FSSP Protein Index
The FSSP database
The FSSP database includes all protein chains from the Protein Data Bank which are longer than 30 residues. The chains are divided into a representative set and sequence homologs of structures in the representative set. Sequence homologs have more than 25 % sequence identity, and the representative set contains no pair of such sequence homologs. An all-against-all structure comparison is performed on the representative set. The resulting alignments are reported in the FSSP entries for individual chains. In addition, FSSP entries include the structure alignments of the search structure with its sequence homologs.
Reference
L. Holm and C. Sander (1996) Mapping the protein universe. Science 273:595-602.
Availability
Free academic use. No commercial use. No incorporation into other databases.
This table
lists the PDB identifiers with appended chain identifiers in
alphabetical order. The second column gives the closest structure from the
representative set, in terms of % sequence identity. Columns 3-6 give
the rms deviation in Angstroms from the reference structure, the length
of the structural alignment, the length of the protein, the sequence
identity and the name of the protein indicated in column 1.
Related tables
FOLDTREE shows the structural classification of the representative set.
Hyperlinks
Click on the representative to view the structural alignments.
PDBid Repre Rmsd Lali Lseq %ide Compound
101m 1a6m 0.5 151 154 99 myoglobin Mutant
102l 1l92 0.2 162 163 99 Lysozyme insertion mutant with ala inserted after asn 4
102m 1a6m 0.5 151 154 99 myoglobin Mutant
103l 1l92 0.4 158 159 99 Phage t4 lysozyme insertion mutant with ser, leu, and a
103m 1a6m 0.4 151 154 99 myoglobin Mutant
104lA 1l92 0.8 162 164 95 Lysozyme insertion mutant with ala, ala inserted after
104lB 1l92 0.7 162 164 94 Lysozyme insertion mutant with ala, ala inserted after
104m 1a6m 0.3 151 153 100 myoglobin
105m 1a6m 0.8 151 153 100 myoglobin
106m 1a6m 0.4 151 154 99 myoglobin Mutant
107l 1l92 0.1 162 162 99 Lysozyme mutant with ser 44 replaced by gly, cys 54 rep
107m 1a6m 0.5 151 154 99 myoglobin Mutant
108l 1l92 0.1 162 162 99 Lysozyme mutant with ser 44 replaced by ile, cys 54 rep
108m 1a6m 0.4 151 154 99 myoglobin Mutant
109l 1l92 0.1 162 162 99 Lysozyme mutant with ser 44 replaced by lys, cys 54 rep
109m 1a6m 0.4 151 154 99 myoglobin Mutant
10gsA 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
10gsB 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
10mhA 6mhtA 0.2 327 327 100 cytosine-specific methyltransferase hhai biological_uni
110l 1l92 0.1 162 162 99 Lysozyme mutant with ser 44 replaced by leu, cys 54 rep
110m 1a6m 0.4 151 154 99 myoglobin Mutant
111l 1l92 0.2 162 162 99 Lysozyme mutant with ser 44 replaced by asn, cys 54 rep
111m 1a6m 0.4 151 154 99 myoglobin Mutant
112l 1l92 0.2 162 162 99 Lysozyme mutant with ser 44 replaced by pro, cys 54 rep
112m 1a6m 0.4 151 154 99 myoglobin Mutant
113l 1l92 0.1 162 162 99 Lysozyme mutant with ser 44 replaced by arg, cys 54 rep
114l 1l92 0.1 162 162 99 Lysozyme mutant with ser 44 replaced by thr, cys 54 rep
115l 1l92 0.1 162 162 99 Lysozyme mutant with ser 44 replaced by val, cys 54 rep
117eA 1wgjA 0.2 282 282 98 inorganic pyrophosphatase (ppase) Mutant biological_uni
117eB 1wgjA 0.4 282 282 98 inorganic pyrophosphatase (ppase) Mutant biological_uni
118l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
119l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
11asA 12asA 0.3 327 327 100 asparagine synthetase Mutant biological_unit l-asparagi
11asB 12asA 0.5 327 327 100 asparagine synthetase Mutant biological_unit l-asparagi
11baA 7rsa 0.9 104 124 83 ribonuclease, seminal biological_unit
11baB 7rsa 0.9 104 124 83 ribonuclease, seminal biological_unit
11gsA 1pgtA 0.3 208 208 99 glutathione s-transferase (gst) biological_unit
11gsB 1pgtA 0.3 208 208 99 glutathione s-transferase (gst) biological_unit
120l 1l92 0.1 162 162 99 Lysozyme mutant with ala 41 replaced by ser, cys 54 rep
121p 1mh1 1.6 163 166 33 H-ras p21 protein complex with guanosine-5'-[b,G-methyl
122l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, ala 73 rep
123l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, ala 82 rep
125l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
126l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
127l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, val 75 rep
128l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, val 87 rep
129l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, ala 93 rep
12asA 12asA 0.0 327 327 100 asparagine synthetase (l-aspartate:ammonia ligase (amp-
12asB 12asA 0.4 327 327 100 asparagine synthetase (l-aspartate:ammonia ligase (amp-
12ca 2cba 0.2 255 255 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
12e8H 1igtB 2.7 216 221 67 2e8 (igg1=kappa=) antibody fragment
12e8L 8fabA 4.0 202 214 42 2e8 (igg1=kappa=) antibody fragment
12e8M 8fabA 4.4 202 214 42 2e8 (igg1=kappa=) antibody fragment
12e8P 1igtB 2.6 217 221 67 2e8 (igg1=kappa=) antibody fragment
12gsA 1pgtA 0.2 208 208 99 glutathione s-transferase (gst) biological_unit s-nonyl
12gsB 1pgtA 0.2 208 208 99 glutathione s-transferase (gst) biological_unit s-nonyl
130l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
131l 1l92 0.2 162 162 99 Lysozyme mutant with thr 26 replaced by ser, cys 54 rep
132l 3lzt 0.6 128 129 100 Lysozyme
133l 3lzt 0.8 129 130 60 Lysozyme mutant with arg 115 replaced by his (r115h)
134l 3lzt 0.9 129 130 60 Lysozyme mutant with arg 115 replaced by glu (r115e)
135l 3lzt 0.9 129 129 94 Lysozyme
137lA 1l92 0.5 162 162 99 Lysozyme mutant with ser 44 replaced by phe, cys 54 rep
137lB 1l92 1.0 162 164 99 Lysozyme mutant with ser 44 replaced by phe, cys 54 rep
138l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, ala 93 rep
139l 1l92 0.2 162 162 98 Lysozyme mutant with cys 54 replaced by thr, asn 68 rep
13gsA 1pgtA 0.2 210 210 99 glutathione s-transferase (gst) biological_unit sulfasa
13gsB 1pgtA 0.2 208 208 99 glutathione s-transferase (gst) biological_unit sulfasa
13pkA 16pk 3.4 389 415 100 3-phosphoglycerate kinase (pgk) Mutant biological_unit
13pkB 16pk 3.5 389 415 100 3-phosphoglycerate kinase (pgk) Mutant biological_unit
13pkC 16pk 3.6 389 415 100 3-phosphoglycerate kinase (pgk) Mutant biological_unit
13pkD 16pk 3.2 389 415 100 3-phosphoglycerate kinase (pgk) Mutant biological_unit
140l 1l92 0.2 162 162 97 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
141l 1l92 0.2 162 162 97 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
142l 1l92 0.2 162 162 97 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
143l 1l92 0.2 162 162 97 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
144l 1l92 0.3 162 162 97 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
145l 1l92 0.7 162 162 97 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
146l 1l92 0.2 162 162 96 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
147l 1l92 0.3 162 162 97 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
148lE 1l92 0.6 162 162 99 Lysozyme mutant with thr 26 replaced by glu, cys 54 rep
149l 1l92 1.7 162 164 97 Lysozyme mutant with ile 3 replaced by leu (i3l)
14gsA 1pgtA 0.4 194 194 99 glutathione s-transferase (gstp1-1) biological_unit
14gsB 1pgtA 0.4 194 194 99 glutathione s-transferase (gstp1-1) biological_unit
14psA 14psA 0.0 226 226 100 14-3-3 protein zetaDELTA biological_unit phosphopeptide
14psB 14psA 0.6 226 228 100 14-3-3 protein zetaDELTA biological_unit phosphopeptide
150lA 1l92 0.9 162 164 97 Lysozyme mutant with met 6 replaced by ile (m6i)
150lB 1l92 2.1 162 162 97 Lysozyme mutant with met 6 replaced by ile (m6i)
150lC 1l92 2.2 162 162 97 Lysozyme mutant with met 6 replaced by ile (m6i)
150lD 1l92 2.6 162 162 97 Lysozyme mutant with met 6 replaced by ile (m6i)
151l 1l92 2.9 162 162 95 Lysozyme mutant with thr 34, lys 35, ser 36 and pro 37
152l 1l92 0.9 162 164 96 Lysozyme mutant with ile 3 replaced by cys, ile 9 repla
153l 153l 0.0 185 185 100 Lysozyme
154l 153l 0.2 185 185 100 Lysozyme
155c 1ycc 1.6 98 134 35 Cytochrome c550
155l 1l92 0.2 162 162 98 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
156l 1l92 0.2 162 162 98 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
157l 1l92 0.2 162 162 95 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
158l 1l92 0.2 162 162 98 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
159l 1l92 0.1 162 162 98 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
15c8H 8fabA 5.1 193 217 29 igg 5c8 fragment
15c8L 8fabA 5.1 202 213 42 igg 5c8 fragment
160l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
161l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
162l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
163l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
164l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
165l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
166l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
167lA 1l92 0.5 162 164 97 Lysozyme mutant with ile 3 replaced by cys, ile 9 repla
167lB 1l92 1.6 162 164 97 Lysozyme mutant with ile 3 replaced by cys, ile 9 repla
168lA 1l92 2.4 162 164 94 Lysozyme mutant with glu 128 replaced by ala, val 131 r
168lB 1l92 3.1 152 164 93 Lysozyme mutant with glu 128 replaced by ala, val 131 r
168lC 1l92 2.4 162 164 94 Lysozyme mutant with glu 128 replaced by ala, val 131 r
168lD 1l92 3.0 160 164 92 Lysozyme mutant with glu 128 replaced by ala, val 131 r
168lE 1l92 2.9 162 164 94 Lysozyme mutant with glu 128 replaced by ala, val 131 r
169lA 1l92 2.9 160 162 90 Lysozyme mutant with glu 128 replaced by ala, val 131 r
169lB 1l92 2.4 162 162 92 Lysozyme mutant with glu 128 replaced by ala, val 131 r
169lC 1l92 2.9 162 162 92 Lysozyme mutant with glu 128 replaced by ala, val 131 r
169lD 1l92 2.9 156 162 87 Lysozyme mutant with glu 128 replaced by ala, val 131 r
169lE 1l92 3.0 158 162 90 Lysozyme mutant with glu 128 replaced by ala, val 131 r
16gsA 1pgtA 0.2 208 208 99 glutathione s-transferase (gstp1-1) biological_unit
16gsB 1pgtA 0.3 208 208 99 glutathione s-transferase (gstp1-1) biological_unit
16pk 16pk 0.0 415 415 100 3-phosphoglycerate kinase (pgk) Mutant biological_unit
170l 1l92 0.6 162 164 97 Lysozyme mutant with cys 54 replaced by ser, cys 97 rep
171l 1l92 0.6 162 162 99 Lysozyme mutant with glu 45 replaced by ala, cys 54 rep
172l 1l92 3.1 154 164 95 Lysozyme mutant with ile 3 replaced by cys (i3c)
173l 1l92 2.1 136 162 89 Lysozyme mutant with lys 16 replaced by glu, arg 119 re
174lA 1l92 3.3 162 164 93 Lysozyme mutant with thr 34 replaced by ala, lys 35 rep
174lB 1l92 3.1 162 162 93 Lysozyme mutant with thr 34 replaced by ala, lys 35 rep
175lA 1l92 0.8 162 162 99 Lysozyme mutant with cys 54 replaced by thr, arg 96 rep
175lB 1l92 0.6 162 164 99 Lysozyme mutant with cys 54 replaced by thr, arg 96 rep
176lA 1l92 0.7 162 164 95 Lysozyme mutant with leu 32 replaced by thr, thr 34 rep
176lB 1l92 0.7 162 164 95 Lysozyme mutant with leu 32 replaced by thr, thr 34 rep
177l 1l92 0.6 162 162 98 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
178l 1l92 2.7 140 162 88 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
179l 1l92 1.1 162 162 98 Lysozyme mutant with cys 54 replaced by ala, cys 97 rep
17gsA 1pgtA 0.2 210 210 99 glutathione s-transferase (gstp1-1) Mutant biological_u
17gsB 1pgtA 0.2 208 208 99 glutathione s-transferase (gstp1-1) Mutant biological_u
180lA 1l92 0.4 162 162 99 lysozyme Mutant substrate cleaved from cell wall of esc
180lB 1l92 0.5 162 164 99 lysozyme Mutant substrate cleaved from cell wall of esc
181l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
182l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
183l 1l92 0.4 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
184l 1l92 0.4 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
185l 1l92 0.3 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
186l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
187l 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
188l 1l92 0.4 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
189l 1l92 1.9 162 164 94 Lysozyme mutant with ile 3 replaced by leu, ser 38 repl
18gsA 1pgtA 0.3 208 208 99 glutathione s-transferase (gstp1-1) biological_unit
18gsB 1pgtA 0.3 208 208 99 glutathione s-transferase (gstp1-1) biological_unit
190l 1l92 0.2 162 162 96 lysozyme Mutant
1914 1914 0.0 171 171 100 signal recognition particle srp914 HETERODIMER fragment
191l 1l92 0.2 162 162 94 lysozyme Mutant
192l 1l92 0.5 162 162 94 lysozyme Mutant
193l 3lzt 0.7 129 129 100 lysozyme
194l 3lzt 0.7 129 129 100 lysozyme
195l 1l92 0.2 162 162 99 lysozyme Mutant
196l 1l92 0.3 162 162 99 lysozyme Mutant
197l 1l92 0.4 162 162 98 lysozyme Mutant
198l 1l92 0.2 162 162 98 lysozyme Mutant
199l 1l92 0.2 162 162 98 lysozyme Mutant
19gsA 1pgtA 0.3 208 208 99 glutathione s-transferase (gstp1-1) biological_unit
19gsB 1pgtA 0.3 208 208 99 glutathione s-transferase (gstp1-1) biological_unit
1a00A 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a00B 1abwA 1.5 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a00C 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a00D 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a01A 1abwA 0.3 139 141 99 deoxyhemoglobin a Mutant biological_unit
1a01B 1abwA 1.5 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a01C 1abwA 1.4 134 141 89 deoxyhemoglobin a Mutant biological_unit
1a01D 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a02F 1a02F 0.0 53 53 100 nfat fragment (nf-at) biological_unit c-fos Mutant c-ju
1a02J 1a02J 0.0 52 52 100 nfat fragment (nf-at) biological_unit c-fos Mutant c-ju
1a02N 1a02N 0.0 280 280 100 nfat fragment (nf-at) biological_unit c-fos Mutant c-ju
1a03A 1a03A 0.0 90 90 100 calcyclin (rabbit, ca2+) (2a9, cacy, s100a6, pra) biolo
1a03B 1a03A 3.3 87 90 100 calcyclin (rabbit, ca2+) (2a9, cacy, s100a6, pra) biolo
1a04A 1a04A 0.0 205 205 100 nitrateNITRITE RESPONSE REGULATOR PROTEIN NARL fragment
1a04B 1a04A 0.4 205 205 100 nitrateNITRITE RESPONSE REGULATOR PROTEIN NARL fragment
1a05A 1xaa 2.9 345 357 54 3-isopropylmalate dehydrogenase (ipmdh, imdh) biologica
1a05B 1xaa 2.9 345 357 54 3-isopropylmalate dehydrogenase (ipmdh, imdh) biologica
1a06 1kobA 2.1 265 279 34 calciumCALMODULIN-DEPENDENT PROTEIN KINASE
1a07A 1fmk 0.7 105 105 100 c-src tyrosine kinase fragment ace-malonyl tyr-glu-(n,N
1a07B 1fmk 0.7 104 104 100 c-src tyrosine kinase fragment ace-malonyl tyr-glu-(n,N
1a08A 1fmk 0.8 105 105 100 c-src tyrosine kinase fragment ace-difluoro phosphotyr-
1a08B 1fmk 0.6 104 104 100 c-src tyrosine kinase fragment ace-difluoro phosphotyr-
1a09A 1fmk 1.0 106 106 100 c-src tyrosine kinase fragment ace-formyl phosphotyr-gl
1a09B 1fmk 0.8 102 102 100 c-src tyrosine kinase fragment ace-formyl phosphotyr-gl
1a0aA 1a0aA 0.0 63 63 100 phosphate system positive regulatory protein pho4 fragm
1a0aB 1a0aA 2.4 60 63 82 phosphate system positive regulatory protein pho4 fragm
1a0b 2a0b 0.2 117 117 100 aerobic respiration control sensor protein arcb fragmen
1a0cA 1a0cA 0.0 437 437 100 xylose isomerase (glucose isomerase) biological_unit
1a0cB 1a0cA 0.1 437 437 100 xylose isomerase (glucose isomerase) biological_unit
1a0cC 1a0cA 0.1 437 437 100 xylose isomerase (glucose isomerase) biological_unit
1a0cD 1a0cA 0.1 437 437 100 xylose isomerase (glucose isomerase) biological_unit
1a0dA 1a0cA 0.6 435 437 74 xylose isomerase (glucose isomerase) biological_unit
1a0dB 1a0cA 0.6 435 437 74 xylose isomerase (glucose isomerase) biological_unit
1a0dC 1a0cA 0.6 435 437 74 xylose isomerase (glucose isomerase) biological_unit
1a0dD 1a0cA 0.6 435 437 74 xylose isomerase (glucose isomerase) biological_unit
1a0eA 1a0cA 0.5 437 443 70 xylose isomerase (glucose isomerase) biological_unit
1a0eD 1a0cA 0.5 437 443 70 xylose isomerase (glucose isomerase) biological_unit
1a0fA 1a0fA 0.0 201 201 100 glutathione s-transferase fragment (gst, glutathione tr
1a0fB 1a0fA 0.5 201 201 100 glutathione s-transferase fragment (gst, glutathione tr
1a0gA 1daaA 0.5 277 280 99 d-amino acid aminotransferase (d-alanine aminotransfera
1a0gB 1daaA 0.5 277 282 99 d-amino acid aminotransferase (d-alanine aminotransfera
1a0hA 1a0hA 0.0 159 159 100 meizothrombin fragment (desf1) d-phe-pro-arg (ppack)
1a0hB 5ptp 1.4 222 259 37 meizothrombin fragment (desf1) d-phe-pro-arg (ppack)
1a0hD 1a0hA 0.5 159 159 100 meizothrombin fragment (desf1) d-phe-pro-arg (ppack)
1a0hE 5ptp 1.4 222 259 37 meizothrombin fragment (desf1) d-phe-pro-arg (ppack)
1a0i 1a0i 0.0 332 332 100 DNA ligase Mutant
1a0jA 5ptp 0.9 223 223 73 trypsin
1a0jB 5ptp 0.6 223 223 73 trypsin
1a0jC 5ptp 1.0 223 223 73 trypsin
1a0jD 5ptp 0.9 223 223 73 trypsin
1a0k 3nul 0.3 130 130 98 profilin biological_unit
1a0lA 5ptp 1.6 200 244 40 beta-tryptase biological_unit
1a0lB 5ptp 1.6 200 244 40 beta-tryptase biological_unit
1a0lC 5ptp 1.6 200 244 40 beta-tryptase biological_unit
1a0lD 5ptp 1.6 200 244 40 beta-tryptase biological_unit
1a0nB 1bbzA 1.6 55 58 48 pro-pro-arg-pro-leu-pro-val-ala-pro-gly-ser-ser- lys-th
1a0oA 3chy 0.5 128 128 100 chey chea fragment
1a0oB 1eayC 1.4 67 70 100 chey chea fragment
1a0oC 3chy 0.5 128 128 100 chey chea fragment
1a0oD 1eayC 1.4 66 67 100 chey chea fragment
1a0oE 3chy 0.5 128 128 100 chey chea fragment
1a0oF 1eayC 1.4 67 69 100 chey chea fragment
1a0oG 3chy 0.5 128 128 100 chey chea fragment
1a0oH 1eayC 1.3 66 67 100 chey chea fragment
1a0p 1a0p 0.0 271 271 100 site-specific recombinase xerd
1a0qH 1mfa 0.9 112 205 65 29g11 fab fragment
1a0qL 8fabA 6.7 151 211 43 29g11 fab fragment
1a0rB 1tbgA 1.3 338 339 98 transducin (gt beta-gamma) phosducin (meka, pp33)
1a0rG 1tbgE 1.5 64 65 100 transducin (gt beta-gamma) phosducin (meka, pp33)
1a0rP 1b9yC 0.9 167 188 90 transducin (gt beta-gamma) phosducin (meka, pp33)
1a0sP 1a0tP 0.2 413 413 100 sucrose-specific porin biological_unit
1a0sQ 1a0tP 0.2 413 413 100 sucrose-specific porin biological_unit
1a0sR 1a0tP 0.2 413 413 100 sucrose-specific porin biological_unit
1a0tP 1a0tP 0.0 413 413 100 sucrose-specific porin biological_unit
1a0tQ 1a0tP 0.1 413 413 100 sucrose-specific porin biological_unit
1a0tR 1a0tP 0.1 413 413 100 sucrose-specific porin biological_unit
1a0uA 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0uB 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0uC 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0uD 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0vA 1abwA 0.4 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0vB 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0vC 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0vD 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0wA 1abwA 0.4 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0wB 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0wC 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0wD 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0xA 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0xB 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0xC 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0xD 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0yA 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0yB 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0yC 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0yD 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0zA 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0zB 1abwA 1.5 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a0zC 1abwA 0.3 141 141 99 deoxyhemoglobin a Mutant biological_unit
1a0zD 1abwA 1.4 139 146 43 deoxyhemoglobin a Mutant biological_unit
1a10E 1gci 0.8 268 274 62 alcalase (subtilisin) subtilisin-chymotrypsin inhibitor
1a10I 1a1yI 0.2 63 63 99 alcalase (subtilisin) subtilisin-chymotrypsin inhibitor
1a12A 1a12A 0.0 401 401 100 regulator of chromosome condensation 1 fragment (rcc1)
1a12B 1a12A 0.8 398 401 98 regulator of chromosome condensation 1 fragment (rcc1)
1a12C 1a12A 0.9 398 401 99 regulator of chromosome condensation 1 fragment (rcc1)
1a14H 1mfa 1.0 114 120 68 neuraminidase fragment single chain antibody fragment
1a14L 8fabA 1.3 99 104 43 neuraminidase fragment single chain antibody fragment
1a14N 2qwc 0.3 388 388 99 neuraminidase fragment single chain antibody fragment
1a15A 1a15A 0.0 67 67 100 stromal derived factor-1alpha (sdf-1) Mutant
1a15B 1a15A 1.5 57 57 100 stromal derived factor-1alpha (sdf-1) Mutant
1a16 1az9 0.2 439 439 100 aminopeptidase p (ampp) biological_unit inhibitor dipep
1a17 1a17 0.0 159 159 100 serineTHREONINE PROTEIN PHOSPHATASE 5 fragment (tetratr
1a18 1hmt 0.7 131 131 64 adipocyte lipid binding protein (albp-phen)
1a19A 1ay7B 0.6 86 89 99 barstar Mutant biological_unit
1a19B 1ay7B 0.6 86 89 99 barstar Mutant biological_unit
1a1aA 1fmk 1.0 106 106 99 c-src tyrosine kinase fragment Mutant biological_unit a
1a1aB 1fmk 0.8 102 102 99 c-src tyrosine kinase fragment Mutant biological_unit a
1a1bA 1fmk 0.7 105 105 100 c-src tyrosine kinase fragment ace-phosphotyr-glu-(n,N-
1a1bB 1fmk 0.6 104 104 100 c-src tyrosine kinase fragment ace-phosphotyr-glu-(n,N-
1a1cA 1fmk 0.7 105 105 100 c-src tyrosine kinase fragment ace-phosphotyr-glu-(n-me
1a1cB 1fmk 0.5 104 104 100 c-src tyrosine kinase fragment ace-phosphotyr-glu-(n-me
1a1d 1a1d 0.0 146 146 100 RNA polymerase fragment
1a1eA 1fmk 0.8 104 104 100 c-src tyrosine kinase fragment ace-phosphotyr-glu-(3-bu
1a1eB 1fmk 0.6 104 104 100 c-src tyrosine kinase fragment ace-phosphotyr-glu-(3-bu
1a1fA 1aayA 0.7 84 84 97 dsnr zinc finger peptide fragment duplex oligonucleotid
1a1gA 1aayA 0.4 84 84 97 dsnr zinc finger peptide fragment duplex oligonucleotid
1a1hA 1aayA 0.6 85 85 97 qgsr zinc finger peptide fragment duplex oligonucleotid
1a1iA 1aayA 0.5 85 85 98 radr zinc finger peptide fragment duplex oligonucleotid
1a1jA 1aayA 0.4 84 84 98 radr zinc finger peptide fragment duplex oligonucleotid
1a1kA 1aayA 0.8 85 85 98 radr zinc finger peptide fragment duplex oligonucleotid
1a1lA 1aayA 0.5 85 85 100 zif268 zinc finger peptide fragment duplex oligonucleot
1a1mA 1agdA 0.6 276 278 92 b*5301 (b53) biological_unit peptide typdinqml
1a1mB 1agdB 0.3 99 99 100 b*5301 (b53) biological_unit peptide typdinqml
1a1nB 1agdB 0.3 99 99 100 b*3501 (b35) biological_unit peptide vplrpmty
1a1oA 1agdA 0.6 276 276 92 b*5301 (b53) biological_unit peptide ls6 (kpivqydnf)
1a1oB 1agdB 0.3 99 99 100 b*5301 (b53) biological_unit peptide ls6 (kpivqydnf)
1a1qA 1jxpA 2.1 148 183 96 ns3 proteinase biological_unit
1a1qB 1jxpA 2.4 156 170 95 ns3 proteinase biological_unit
1a1qC 1jxpA 2.1 148 178 96 ns3 proteinase biological_unit
1a1rA 1jxpA 1.2 150 152 88 ns3 protein fragment Mutant biological_unit ns4a protei
1a1rB 1jxpA 1.0 177 179 89 ns3 protein fragment Mutant biological_unit ns4a protei
1a1s 2otcA 1.2 300 313 41 ornithine carbamoyltransferase (ornithine transcarbamyl
1a1tA 1a1tA 0.0 55 55 100 nucleocapsid protein sl3 stem-loop RNA
1a1vA 1heiA 1.0 430 432 96 helicase (ns3 domain) Mutant biological_unit 5'-d(UpUpU
1a1w 1a1z 2.9 63 83 69 fadd protein fragment (fas-associating death domain-con
1a1x 1a1x 0.0 106 106 100 hmtcp-1
1a1yE 1gci 0.9 269 274 62 alcalase (subtilisin) subtilisin-chymotrypsin inhibitor
1a1yI 1a1yI 0.0 63 63 100 alcalase (subtilisin) subtilisin-chymotrypsin inhibitor
1a1z 1a1z 0.0 83 83 100 fadd protein fragment (fas-associating death domain-con
1a21A 1boy 1.5 194 194 76 tissue factor fragment
1a21B 1boy 1.8 193 197 76 tissue factor fragment
1a22A 1huw 2.3 161 180 85 growth hormone Mutant growth hormone receptor fragment
1a22B 1axiB 0.7 185 192 99 growth hormone Mutant growth hormone receptor fragment
1a23 1fvkA 2.3 188 189 100 dsba biological_unit
1a24 1fvkA 2.3 187 189 100 dsba biological_unit
1a25A 1rsy 1.7 122 132 30 protein kinase c (beta) fragment (calb)
1a25B 1rsy 1.7 122 132 30 protein kinase c (beta) fragment (calb)
1a26 1a26 0.0 351 351 100 poly (adp-ribose) polymerase fragment (parp-cf, poly(ad
1a27 1equ 0.8 279 285 99 17-beta-hydroxysteroid-dehydrogenase Mutant biological_
1a28A 1a28A 0.0 251 251 100 progesterone receptor fragment
1a28B 1a28A 0.6 248 249 98 progesterone receptor fragment
1a29 1cll 5.5 76 144 92 calmodulin biological_unit
1a2aA 1poa 1.2 112 122 40 phospholipase a2 (agkistrotoxin, atx)
1a2aB 1poa 1.2 112 122 40 phospholipase a2 (agkistrotoxin, atx)
1a2aC 1poa 1.2 112 122 40 phospholipase a2 (agkistrotoxin, atx)
1a2aD 1poa 1.2 112 122 40 phospholipase a2 (agkistrotoxin, atx)
1a2aE 1poa 1.2 112 122 40 phospholipase a2 (agkistrotoxin, atx)
1a2aF 1poa 1.2 112 122 40 phospholipase a2 (agkistrotoxin, atx)
1a2aG 1poa 1.2 112 122 40 phospholipase a2 (agkistrotoxin, atx)
1a2aH 1poa 1.2 112 122 40 phospholipase a2 (agkistrotoxin, atx)
1a2b 1mh1 0.8 177 178 58 transforming protein rhoa fragment Mutant biological_un
1a2cH 5ptp 1.3 220 252 38 alpha-thrombin hirugen aeruginosin298-a
1a2cL 1ppbL 3.0 32 36 100 alpha-thrombin hirugen aeruginosin298-a
1a2dA 1hmt 0.7 131 131 64 adipocyte lipid binding protein (albp-px)
1a2dB 1hmt 0.7 131 131 64 adipocyte lipid binding protein (albp-px)
1a2f 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpM172K) Mutant biological_un
1a2g 1ryc 0.8 291 291 99 cytochrome c peroxidase (ccpM231H) Mutant biological_un
1a2i 3cyr 1.5 106 107 45 cytochrome c3 (tetraheme cytochrome)
1a2j 1fvkA 0.9 188 188 100 disulfide bond formation protein (dsba)
1a2kA 1ounA 0.9 123 124 100 nuclear transport factor 2 (ntf2, p10, pp15) biological
1a2kB 1ounA 1.0 123 124 100 nuclear transport factor 2 (ntf2, p10, pp15) biological
1a2kC 1byuA 1.0 195 196 98 nuclear transport factor 2 (ntf2, p10, pp15) biological
1a2kD 1byuA 0.9 194 197 99 nuclear transport factor 2 (ntf2, p10, pp15) biological
1a2kE 1byuA 0.7 193 205 99 nuclear transport factor 2 (ntf2, p10, pp15) biological
1a2lA 1fvkA 0.9 186 186 100 disulfide bond formation protein (dsba) biological_unit
1a2lB 1fvkA 0.6 186 186 100 disulfide bond formation protein (dsba) biological_unit
1a2mA 1fvkA 0.7 188 188 100 disulfide bond formation protein (dsba) biological_unit
1a2mB 1fvkA 0.5 188 188 100 disulfide bond formation protein (dsba) biological_unit
1a2n 1uae 0.6 418 418 99 udp-n-acetylglucosamine enolpyruvyl transferase (mura)
1a2oA 1chd 1.1 196 347 100 cheb methylesterase biological_unit
1a2oB 1chd 1.1 196 347 97 cheb methylesterase biological_unit
1a2pA 1b20A 0.3 107 108 99 barnase
1a2pB 1b20A 0.4 107 108 99 barnase
1a2pC 1b20A 0.4 107 108 99 barnase
1a2q 1gci 0.8 266 275 59 subtilisin bpn' Mutant biological_unit
1a2s 1cyj 1.0 88 89 66 cytochrome c6 (cytochrome c552) biological_unit
1a2t 1snc 0.2 135 135 99 staphylococcal nuclease Mutant biological_unit
1a2u 1snc 0.2 135 135 99 staphylococcal nuclease Mutant biological_unit
1a2vA 1a2vA 0.0 654 655 100 methylamine oxidase biological_unit
1a2vB 1a2vA 0.1 654 655 100 methylamine oxidase biological_unit
1a2vC 1a2vA 0.1 654 655 100 methylamine oxidase biological_unit
1a2vD 1a2vA 0.1 654 655 100 methylamine oxidase biological_unit
1a2vE 1a2vA 0.1 654 655 100 methylamine oxidase biological_unit
1a2vF 1a2vA 0.1 654 655 100 methylamine oxidase biological_unit
1a2wA 7rsa 0.5 104 124 100 ribonuclease a fragment
1a2wB 7rsa 0.7 104 124 100 ribonuclease a fragment
1a2xA 1ncx 2.4 96 158 86 troponin c biological_unit troponin i fragment
1a2xB 1a2xB 0.0 31 31 100 troponin c biological_unit troponin i fragment
1a2yA 8fabA 1.5 103 107 46 monoclonal antibody d1.3 lysozyme Mutant
1a2yB 1mfa 1.3 115 116 39 monoclonal antibody d1.3 lysozyme Mutant
1a2yC 3lzt 1.0 127 129 99 monoclonal antibody d1.3 lysozyme Mutant
1a2zA 1a2zA 0.0 220 220 100 pyrrolidone carboxyl peptidase (pyroglutamyl aminopepti
1a2zB 1a2zA 0.3 220 220 100 pyrrolidone carboxyl peptidase (pyroglutamyl aminopepti
1a2zC 1a2zA 0.5 220 220 100 pyrrolidone carboxyl peptidase (pyroglutamyl aminopepti
1a2zD 1a2zA 0.3 220 220 100 pyrrolidone carboxyl peptidase (pyroglutamyl aminopepti
1a30A 1hvc 0.6 99 99 94 hiv-1 protease Mutant biological_unit tripeptide glu-as
1a30B 1hvc 0.6 99 99 94 hiv-1 protease Mutant biological_unit tripeptide glu-as
1a31A 1a36A 1.0 458 458 99 topoisomerase i fragment DNA
1a32 1a32 0.0 85 85 100 ribosomal protein s15
1a33 2cpl 1.2 164 174 49 peptidylprolyl isomerase fragment
1a34A 1a34A 0.0 147 147 100 satellite tobacco mosaic virus (stmv) RNA
1a35A 1a36A 1.0 473 474 99 topoisomerase i fragment Mutant biological_unit DNA
1a36A 1a36A 0.0 544 544 100 topoisomerase i fragment Mutant biological_unit DNA
1a37A 14psA 1.3 193 195 99 14-3-3 protein zeta biological_unit ps-raf259 peptide l
1a37B 14psA 1.3 193 195 99 14-3-3 protein zeta biological_unit ps-raf259 peptide l
1a38A 14psA 1.6 216 216 100 14-3-3 protein zeta biological_unit r18 peptide (phcvpr
1a38B 14psA 1.6 216 216 100 14-3-3 protein zeta biological_unit r18 peptide (phcvpr
1a39 1celA 2.1 384 402 41 endoglucanase i (cellulase, family 7 endoglucanase) Mut
1a3aA 1a3aA 0.0 145 145 100 mannitol-specific eii fragment
1a3aB 1a3aA 0.4 141 141 100 mannitol-specific eii fragment
1a3aC 1a3aA 0.8 145 146 100 mannitol-specific eii fragment
1a3aD 1a3aA 0.8 144 144 100 mannitol-specific eii fragment
1a3bH 5ptp 1.3 221 251 38 alpha-thrombin boronate inhibitor borolog1
1a3c 1a3c 0.0 166 166 100 pyrimidine operon regulatory protein pyrr (pyrr) biolog
1a3d 1poa 0.8 118 119 96 phospholipase a2 biological_unit
1a3eH 5ptp 1.4 221 251 38 alpha-thrombin boronate inhibitor borolog2
1a3fA 1poa 0.8 118 119 96 phospholipase a2 biological_unit
1a3fB 1poa 0.8 118 119 96 phospholipase a2 biological_unit
1a3fC 1poa 0.8 118 119 96 phospholipase a2 biological_unit
1a3gA 1daaA 1.4 267 295 27 branched-chain amino acid aminotransferase biological_u
1a3gB 1daaA 1.3 267 295 27 branched-chain amino acid aminotransferase biological_u
1a3gC 1daaA 1.4 267 295 27 branched-chain amino acid aminotransferase biological_u
1a3h 1a3h 0.0 300 300 100 endoglucanase fragment (cellulase) biological_unit
1a3k 1a3k 0.0 137 137 100 galectin-3 fragment
1a3lH 1mfa 0.9 117 218 68 immunoglobulin fab 13g5 fragment
1a3lL 8fabA 6.6 192 217 42 immunoglobulin fab 13g5 fragment
1a3nA 1abwA 0.3 141 141 99 hemoglobin biological_unit
1a3nB 1abwA 1.4 138 145 43 hemoglobin biological_unit
1a3nC 1abwA 0.2 141 141 99 hemoglobin biological_unit
1a3nD 1abwA 1.4 138 145 43 hemoglobin biological_unit
1a3oA 1abwA 0.3 141 141 98 hemoglobin Mutant biological_unit
1a3oB 1abwA 1.4 138 145 43 hemoglobin Mutant biological_unit
1a3oC 1abwA 0.3 141 141 98 hemoglobin Mutant biological_unit
1a3oD 1abwA 1.5 139 145 43 hemoglobin Mutant biological_unit
1a3p 1egf 3.9 39 45 88 epidermal growth factor fragment ([abu6, 20] megf4-48)
1a3qA 1a3qA 0.0 285 285 100 nuclear factor-kappa-b p52 fragment mhc h-2 DNA biologi
1a3qB 1a3qA 1.4 285 285 100 nuclear factor-kappa-b p52 fragment mhc h-2 DNA biologi
1a3rH 1igtB 2.0 209 212 74 igg2a fragment (antibody 8f5) human rhinovirus capsid p
1a3rL 8fabA 7.1 203 220 44 igg2a fragment (antibody 8f5) human rhinovirus capsid p
1a3s 1u9aA 0.6 157 158 100 ubc9 (ubch9, ube9, ubci)
1a3t 1snc 0.2 135 135 99 staphylococcal nuclease Mutant biological_unit
1a3u 1snc 0.3 135 135 99 staphylococcal nuclease Mutant biological_unit
1a3v 1snc 0.2 135 135 99 staphylococcal nuclease Mutant biological_unit
1a3wA 1a49A 2.9 479 492 50 pyruvate kinase biological_unit
1a3wB 1a49A 2.9 478 489 50 pyruvate kinase biological_unit
1a3xA 1a49A 2.9 480 489 50 pyruvate kinase biological_unit
1a3xB 1a49A 3.5 479 485 50 pyruvate kinase biological_unit
1a3yA 1obpA 1.8 115 149 42 odorant binding protein biological_unit
1a3yB 1obpA 1.8 115 147 42 odorant binding protein biological_unit
1a3z 1rcy 0.2 150 150 100 rusticyanin biological_unit
1a40 1ixh 0.2 321 321 99 phosphate-binding periplasmic protein precursor (pbp a1
1a42 2cba 0.2 255 255 100 carbonic anhydrase ii
1a43 1a8o 0.7 69 72 94 hiv-1 capsid fragment
1a44 1a44 0.0 185 185 100 phosphatidylethanolamine-binding protein (pebp, pbp)
1a45 1amm 1.1 172 173 80 gammaf crystallin
1a46H 5ptp 1.3 219 250 38 alpha-thrombin hirugen (3r, 9s)-3-amino-3-benzyl-9-[1-[
1a47 1pamA 1.0 681 683 69 cyclodextrin glycosyltransferase (cgtase) biological_un
1a48 1a48 0.0 298 298 100 phosphoribosylaminoimidazole-succinocarboxamide synthas
1a49A 1a49A 0.0 476 519 100 pyruvate kinase biological_unit
1a49B 1a49A 2.4 458 519 97 pyruvate kinase biological_unit
1a49C 1a49A 0.4 519 519 100 pyruvate kinase biological_unit
1a49D 1a49A 0.3 519 519 100 pyruvate kinase biological_unit
1a49E 1a49A 0.3 519 519 100 pyruvate kinase biological_unit
1a49F 1a49A 1.0 519 519 100 pyruvate kinase biological_unit
1a49G 1a49A 0.3 519 519 100 pyruvate kinase biological_unit
1a49H 1a49A 3.4 478 519 100 pyruvate kinase biological_unit
1a4aA 1nwpA 0.8 127 129 58 azurin Mutant
1a4aB 1nwpA 0.8 127 129 58 azurin Mutant
1a4bA 1nwpA 0.9 127 129 58 azurin Mutant
1a4bB 1nwpA 0.9 127 129 58 azurin Mutant
1a4cA 1nwpA 0.9 127 129 58 azurin Mutant
1a4cB 1nwpA 0.9 127 129 58 azurin Mutant
1a4cC 1nwpA 1.0 127 129 58 azurin Mutant
1a4cD 1nwpA 0.9 127 129 58 azurin Mutant
1a4fA 1abwA 0.8 141 141 68 hemoglobin
1a4fB 1abwA 1.4 139 146 39 hemoglobin
1a4gA 2qwc 1.9 376 390 30 neuraminidase fragment (sialidase) biological_unit
1a4gB 2qwc 1.9 376 390 30 neuraminidase fragment (sialidase) biological_unit
1a4h 1yer 1.5 207 214 70 heat shock protein 90 fragment (hsp90) biological_unit
1a4iA 1a4iA 0.0 285 285 100 methylenetetrahydrofolate dehydrogenase methenyltetrahy
1a4iB 1a4iA 1.4 285 295 100 methylenetetrahydrofolate dehydrogenase methenyltetrahy
1a4jA 8fabA 4.4 203 217 42 immunoglobulin, diels alder catalytic antibody fragment
1a4jB 1igtB 2.9 214 217 55 immunoglobulin, diels alder catalytic antibody fragment
1a4jH 1igtB 2.7 214 217 55 immunoglobulin, diels alder catalytic antibody fragment
1a4kB 1igtB 2.0 198 219 56 antibody fab fragment
1a4kH 1igtB 2.0 198 217 56 antibody fab fragment
1a4lA 1a4mA 0.2 348 348 100 adenosine deaminase (ada)
1a4lB 1a4mA 0.3 348 348 100 adenosine deaminase (ada)
1a4lC 1a4mA 0.3 348 348 100 adenosine deaminase (ada)
1a4lD 1a4mA 0.3 348 348 100 adenosine deaminase (ada)
1a4mA 1a4mA 0.0 349 349 100 adenosine deaminase (ada)
1a4mB 1a4mA 0.2 349 349 100 adenosine deaminase (ada)
1a4mC 1a4mA 0.3 349 349 100 adenosine deaminase (ada)
1a4mD 1a4mA 0.2 349 349 100 adenosine deaminase (ada)
1a4oA 14psA 1.6 197 197 100 14-3-3 protein zeta biological_unit
1a4oB 14psA 1.6 197 197 100 14-3-3 protein zeta biological_unit
1a4oC 14psA 1.6 197 197 100 14-3-3 protein zeta biological_unit
1a4oD 14psA 1.7 197 197 100 14-3-3 protein zeta biological_unit
1a4pA 1b4cA 2.8 78 92 33 s100a10 (p11, calpactin light chain) biological_unit
1a4pB 4icb 2.0 71 91 31 s100a10 (p11, calpactin light chain) biological_unit
1a4qA 2qwc 1.9 377 390 30 neuraminidase fragment (sialidase) biological_unit
1a4qB 2qwc 1.9 377 390 30 neuraminidase fragment (sialidase) biological_unit
1a4rA 1mh1 2.1 180 190 68 g25k gtp-binding protein (g25k, cdc42 homolog) Mutant b
1a4rB 1mh1 2.0 180 190 68 g25k gtp-binding protein (g25k, cdc42 homolog) Mutant b
1a4sA 1a4sA 0.0 503 503 100 betaine aldehyde dehydrogenase (aldh) biological_unit
1a4sB 1a4sA 0.1 503 503 100 betaine aldehyde dehydrogenase (aldh) biological_unit
1a4sC 1a4sA 0.1 503 503 100 betaine aldehyde dehydrogenase (aldh) biological_unit
1a4sD 1a4sA 0.1 503 503 100 betaine aldehyde dehydrogenase (aldh) biological_unit
1a4uA 1a4uA 0.0 254 254 100 alcohol dehydrogenase biological_unit
1a4uB 1a4uA 0.2 254 254 100 alcohol dehydrogenase biological_unit
1a4v 3lzt 1.6 123 123 36 alpha-lactalbumin fragment (alpha-la)
1a4wH 5ptp 1.3 218 248 38 alpha-thrombin hirugen n-[4-(aminoiminomethyl)amino-1-[
1a4xA 1a3c 0.7 162 167 99 pyrimidine operon regulatory protein pyrr (pyrr) biolog
1a4xB 1a3c 0.7 162 167 100 pyrimidine operon regulatory protein pyrr (pyrr) biolog
1a4yA 1a4yA 0.0 460 460 100 ribonuclease inhibitor angiogenin
1a4yB 7rsa 1.9 114 123 33 ribonuclease inhibitor angiogenin
1a4yD 1a4yA 0.3 460 460 100 ribonuclease inhibitor angiogenin
1a4yE 7rsa 2.0 114 123 33 ribonuclease inhibitor angiogenin
1a4zA 1a4sA 1.5 482 493 40 aldehyde dehydrogenase fragment
1a4zB 1a4sA 1.5 482 493 40 aldehyde dehydrogenase fragment
1a4zC 1a4sA 1.5 482 493 40 aldehyde dehydrogenase fragment
1a4zD 1a4sA 1.5 482 493 40 aldehyde dehydrogenase fragment
1a50A 2tysA 0.5 251 260 100 tryptophan synthase biological_unit
1a50B 2tysB 1.0 389 390 99 tryptophan synthase biological_unit
1a52A 3erdA 1.2 201 239 95 estrogen receptor fragment (erlbd) biological_unit
1a52B 3erdA 1.2 201 240 95 estrogen receptor fragment (erlbd) biological_unit
1a53 1a53 0.0 247 247 100 indole-3-glycerolphosphate synthase (igps) biological_u
1a54A 1ixh 0.2 321 321 99 phosphate-binding protein Mutant biological_unit
1a55A 1ixh 0.3 321 321 99 phosphate-binding protein Mutant biological_unit
1a56 451c 2.2 78 81 55 ferricytochrome c-552 (c-551) biological_unit
1a57 1hmt 3.2 105 116 35 intestinal fatty acid-binding protein (delta17sg, ifabp
1a58 2cpl 1.1 164 177 49 cyclophilin fragment
1a59 1aj8A 1.3 361 377 39 citrate synthase biological_unit
1a5aA 2tysA 0.9 255 255 99 tryptophan synthase Mutant biological_unit
1a5aB 2tysB 1.3 389 389 99 tryptophan synthase Mutant biological_unit
1a5bA 2tysA 0.5 249 249 99 tryptophan synthase Mutant biological_unit
1a5bB 2tysB 1.4 389 389 99 tryptophan synthase Mutant biological_unit
1a5cA 1fbaA 0.9 339 342 56 fructose-1,6-bisphosphate aldolase (pfaldo) biological_
1a5cB 1fbaA 0.9 339 342 56 fructose-1,6-bisphosphate aldolase (pfaldo) biological_
1a5dA 1amm 1.0 173 173 80 gammae crystallin
1a5dB 1amm 1.0 173 173 80 gammae crystallin
1a5fH 1igtB 2.5 209 212 72 monoclonal anti-e-selectin 7a9 antibody fragment
1a5fL 8fabA 5.3 152 220 43 monoclonal anti-e-selectin 7a9 antibody fragment
1a5gH 5ptp 1.3 219 250 38 alpha-thrombin biological_unit hirugen biological_unit
1a5hA 5ptp 1.7 221 252 39 dansyl-glu-gly-arg chloromethyl ketone two chain plasmi
1a5hB 5ptp 1.7 221 252 39 dansyl-glu-gly-arg chloromethyl ketone two chain plasmi
1a5iA 5ptp 1.8 213 265 41 plasminogen activator fragment ((deltafek)dspaalpha1) M
1a5j 1a5j 0.0 110 110 100 b-myb fragment
1a5kA 1ubpA 0.5 100 100 73 urease Mutant biological_unit
1a5kB 1ubpB 0.7 101 101 54 urease Mutant biological_unit
1a5kC 1ubpC 0.9 565 566 64 urease Mutant biological_unit
1a5lA 1ubpA 0.5 100 100 73 urease Mutant biological_unit
1a5lB 1ubpB 0.7 101 101 54 urease Mutant biological_unit
1a5lC 1ubpC 0.7 536 536 63 urease Mutant biological_unit
1a5mA 1ubpA 0.5 100 100 73 urease Mutant biological_unit
1a5mB 1ubpB 0.7 101 101 54 urease Mutant biological_unit
1a5mC 1ubpC 1.0 565 566 64 urease Mutant biological_unit
1a5nA 1ubpA 0.5 100 100 73 urease Mutant biological_unit
1a5nB 1ubpB 0.7 101 101 54 urease Mutant biological_unit
1a5nC 1ubpC 0.7 551 551 64 urease Mutant biological_unit
1a5oA 1ubpA 0.5 100 100 73 urease Mutant biological_unit
1a5oB 1ubpB 0.7 101 101 54 urease Mutant biological_unit
1a5oC 1ubpC 0.9 565 566 64 urease Mutant biological_unit
1a5p 7rsa 0.5 124 124 98 ribonuclease a Mutant
1a5q 7rsa 0.4 124 124 99 ribonuclease a Mutant
1a5r 1a5r 0.0 103 103 100 sumo-1 (pic1, gmp1, ubl1, sentrin)
1a5sA 2tysA 0.5 249 258 100 tryptophan synthase biological_unit peptide
1a5sB 2tysB 0.8 387 387 99 tryptophan synthase biological_unit peptide
1a5t 1a5t 0.0 323 323 100 delta prime (holb) biological_unit
1a5uA 1a49A 0.1 476 519 100 pyruvate kinase biological_unit
1a5uB 1a49A 2.4 460 519 98 pyruvate kinase biological_unit
1a5uC 1a49A 0.4 519 519 100 pyruvate kinase biological_unit
1a5uD 1a49A 0.3 519 519 100 pyruvate kinase biological_unit
1a5uE 1a49A 0.3 519 519 100 pyruvate kinase biological_unit
1a5uF 1a49A 0.9 519 519 100 pyruvate kinase biological_unit
1a5uG 1a49A 0.3 519 519 100 pyruvate kinase biological_unit
1a5uH 1a49A 3.3 476 519 100 pyruvate kinase biological_unit
1a5v 1vsd 1.0 145 146 100 integrase fragment
1a5w 1vsd 1.2 145 146 100 integrase fragment
1a5x 1vsd 0.9 145 146 97 integrase fragment
1a5y 1pty 0.4 284 284 98 protein tyrosine phosphatase 1b fragment
1a5z 1ceqA 1.6 296 312 36 l-lactate dehydrogenase biological_unit
1a61H 5ptp 1.3 219 250 38 alpha-thrombin hirugen (3r, 9s)-3-amino-3-benzyl-9-[1-(
1a62 1a62 0.0 125 125 100 rho fragment
1a63 1a62 1.8 125 130 98 rho fragment
1a64A 1cdcA 6.7 89 94 100 cd2 fragment Mutant
1a64B 1cdcA 6.7 89 94 100 cd2 fragment Mutant
1a65A 1a65A 0.0 504 504 100 laccase biological_unit
1a66A 1a02N 2.9 166 178 70 core nfatc1 fragment Mutant biological_unit arre2 DNA f
1a67 1cewI 4.1 98 107 86 cystatin
1a68 1t1dA 0.4 87 87 100 potassium channel kv1.1 fragment Mutant biological_unit
1a69A 1ecpA 1.3 237 237 100 purine nucleoside phosphorylase biological_unit
1a69B 1ecpA 0.3 237 237 100 purine nucleoside phosphorylase biological_unit
1a69C 1ecpA 0.6 233 233 100 purine nucleoside phosphorylase biological_unit
1a6aA 1iakA 0.9 176 176 57 hla-dr3 biological_unit clip fragment
1a6aB 1iakB 1.2 184 187 62 hla-dr3 biological_unit clip fragment
1a6cA 1a6cA 0.0 513 513 100 tobacco ringspot virus capsid protein (trsv) biological
1a6dA 1a6dA 0.0 503 503 100 thermosome biological_unit
1a6dB 1a6dA 1.2 498 502 60 thermosome biological_unit
1a6eA 1a6dA 0.7 502 503 98 thermosome biological_unit
1a6eB 1a6dA 1.3 498 502 60 thermosome biological_unit
1a6f 1a6f 0.0 113 113 100 ribonuclease p protein (rnase p protein) Mutant
1a6g 1a6m 0.1 151 151 99 myoglobin biological_unit
1a6i 2tct 1.0 193 193 95 tetracycline repressor protein class d (tet repressor,
1a6jA 1a6jA 0.0 150 150 100 nitrogen regulatory iia protein (iia-nitrogen, enzyme i
1a6jB 1a6jA 0.7 150 157 100 nitrogen regulatory iia protein (iia-nitrogen, enzyme i
1a6k 1a6m 0.1 151 151 100 myoglobin biological_unit
1a6l 7fd1 0.2 106 106 99 ferredoxin Mutant biological_unit
1a6m 1a6m 0.0 151 151 100 myoglobin biological_unit
1a6n 1a6m 0.2 151 151 100 myoglobin biological_unit
1a6o 1a6o 0.0 327 327 100 protein kinase ck2ALPHA-SUBUNIT
1a6pA 1cdcA 6.7 89 94 100 t-cell surface antigen cd2 fragment Mutant
1a6pB 1cdcA 2.3 62 94 87 t-cell surface antigen cd2 fragment Mutant
1a6q 1a6q 0.0 363 363 100 phosphatase 2c
1a6r 3gcb 0.4 458 459 99 gal6 (yeast bleomycin hydrolase, ybh, cysteine proteina
1a6s 1a6s 0.0 87 87 100 gag polyprotein fragment Mutant
1a6tA 8fabA 6.7 202 210 44 fab1-ia fragment (igg1 immunoglobulin) biological_unit
1a6tB 1igtB 1.9 216 217 69 fab1-ia fragment (igg1 immunoglobulin) biological_unit
1a6tC 8fabA 6.5 202 210 44 fab1-ia fragment (igg1 immunoglobulin) biological_unit
1a6tD 1igtB 2.0 216 217 69 fab1-ia fragment (igg1 immunoglobulin) biological_unit
1a6uH 1mfa 1.3 115 120 65 b1-8 fragment
1a6uL 1mfa 0.6 108 108 90 b1-8 fragment
1a6vH 1mfa 1.3 114 118 65 b1-8 fragment
1a6vI 1mfa 1.1 114 119 65 b1-8 fragment
1a6vJ 1mfa 1.5 114 120 65 b1-8 fragment
1a6vL 1mfa 1.0 110 110 89 b1-8 fragment
1a6vM 1mfa 0.6 109 109 90 b1-8 fragment
1a6vN 1mfa 0.7 109 109 90 b1-8 fragment
1a6wH 1mfa 1.1 117 120 65 b1-8 fragment
1a6wL 1mfa 0.5 109 109 89 b1-8 fragment
1a6x 1bdo 1.6 78 87 100 apo-biotin carboxyl carrier protein of acetyl-coa carbo
1a6yA 2nllB 1.4 73 78 55 reverba orphan nuclear receptor fragment (reverb) Mutan
1a6yB 2nllB 1.4 73 84 55 reverba orphan nuclear receptor fragment (reverb) Mutan
1a6zA 1agdA 2.7 268 272 38 hfe beta-2-microglobulin
1a6zB 1agdB 0.6 99 99 100 hfe beta-2-microglobulin
1a6zC 1agdA 2.7 268 272 38 hfe beta-2-microglobulin
1a6zD 1agdB 0.6 99 99 100 hfe beta-2-microglobulin
1a70 1awd 0.6 94 97 66 ferredoxin Mutant
1a71A 2ohxA 0.3 374 374 99 liver alcohol dehydrogenase Mutant biological_unit
1a71B 2ohxA 0.3 374 374 99 liver alcohol dehydrogenase Mutant biological_unit
1a72 2ohxA 1.2 374 374 99 horse liver alcohol dehydrogenase Mutant biological_uni
1a73A 1a73A 0.0 162 162 100 intron 3 (i-ppo) encoded endonuclease (intron-encoded e
1a73B 1a73A 0.6 161 162 100 intron 3 (i-ppo) encoded endonuclease (intron-encoded e
1a74A 1a73A 0.2 161 162 100 intron-encoded endonuclease i-ppoi biological_unit DNA
1a74B 1a73A 0.5 161 162 100 intron-encoded endonuclease i-ppoi biological_unit DNA
1a75A 2pvb 1.1 101 106 73 parvalbumin
1a75B 2pvb 1.0 101 108 73 parvalbumin
1a78A 1sltA 0.8 132 134 49 galectin-1 (s-lectin galectin) biological_unit
1a78B 1sltA 0.8 132 134 49 galectin-1 (s-lectin galectin) biological_unit
1a7aA 1b3rA 3.0 428 431 93 s-adenosylhomocysteine hydrolase biological_unit
1a7aB 1b3rA 3.0 428 430 93 s-adenosylhomocysteine hydrolase biological_unit
1a7bA 1cdcA 5.7 62 93 100 cd2 fragment Mutant
1a7bB 1cdcA 3.3 60 93 89 cd2 fragment Mutant
1a7bC 1cdcA 5.7 62 93 100 cd2 fragment Mutant
1a7bD 1cdcA 5.7 62 93 100 cd2 fragment Mutant
1a7cA 1sek 2.4 344 364 30 plasminogen activator inhibitor type 1 (pai-1) Mutant p
1a7d 2mhr 0.2 118 118 100 myohemerythrin biological_unit
1a7e 2mhr 0.3 118 118 99 myohemerythrin Mutant biological_unit
1a7gE 2bopA 1.5 77 82 31 regulatory protein e2 fragment (e2 dbd) biological_unit
1a7hA 1amm 0.7 86 86 54 gammas crystallin fragment Mutant
1a7hB 1amm 0.7 86 86 54 gammas crystallin fragment Mutant
1a7i 1qli 2.9 58 60 45 qcrp2 (lim1) fragment
1a7j 1a7j 0.0 279 279 100 phosphoribulokinase biological_unit
1a7kA 1dssG 1.2 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh) biolog
1a7kB 1dssG 1.2 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh) biolog
1a7kC 1dssG 1.1 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh) biolog
1a7kD 1dssG 1.2 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh) biolog
1a7lA 4mbp 0.8 366 380 98 male-b363
1a7lB 4mbp 0.8 366 372 98 male-b363
1a7lC 4mbp 0.5 362 362 99 male-b363
1a7m 1lki 2.4 167 180 88 leukemia inhibitory factor (lif) Mutant
1a7nH 1mfa 1.2 115 116 38 monoclonal antibody d1.3 fragment Mutant
1a7nL 8fabA 1.4 103 107 45 monoclonal antibody d1.3 fragment Mutant
1a7oH 1mfa 1.2 115 116 38 monoclonal antibody d1.3 fragment Mutant
1a7oL 8fabA 1.3 102 106 45 monoclonal antibody d1.3 fragment Mutant
1a7pH 1mfa 1.2 115 116 38 monoclonal antibody d1.3 fragment Mutant
1a7pL 8fabA 1.3 103 107 45 monoclonal antibody d1.3 fragment Mutant
1a7qH 1mfa 1.2 115 115 39 monoclonal antibody d1.3 fragment Mutant
1a7qL 8fabA 1.4 102 106 45 monoclonal antibody d1.3 fragment Mutant
1a7rH 1mfa 1.2 115 116 39 monoclonal antibody d1.3 fragment Mutant
1a7rL 8fabA 1.4 103 107 45 monoclonal antibody d1.3 fragment Mutant
1a7s 1a7s 0.0 221 221 100 heparin binding protein (cap37, azurocidin) biological_
1a7tA 1a7tA 0.0 227 227 100 metallo-beta-lactamase (class b beta-lactamase) Mutant
1a7tB 1a7tA 0.3 227 227 100 metallo-beta-lactamase (class b beta-lactamase) Mutant
1a7uA 1brt 0.3 277 277 99 chloroperoxidase t (haloperoxidase t)
1a7uB 1brt 0.3 277 277 99 chloroperoxidase t (haloperoxidase t)
1a7vA 1cpq 2.1 121 125 27 cytochrome c'
1a7vB 1cpq 2.2 121 125 27 cytochrome c'
1a7w 1a7w 0.0 68 68 100 histone hmfb biological_unit
1a7xA 1fkj 0.6 107 107 100 fkbp12
1a7xB 1fkj 0.7 107 107 100 fkbp12
1a80 1frb 1.8 271 277 36 2,5-diketo-d-gluconic acid reductase a (2,5-dkg reducta
1a81A 1a81A 0.0 254 254 100 syk kinase fragment t-cell surface glycoprotein cd3 eps
1a81C 1a81A 1.6 254 254 100 syk kinase fragment t-cell surface glycoprotein cd3 eps
1a81E 1a81A 0.5 220 220 100 syk kinase fragment t-cell surface glycoprotein cd3 eps
1a81G 1a81A 1.4 220 220 100 syk kinase fragment t-cell surface glycoprotein cd3 eps
1a81I 1a81A 1.0 254 254 100 syk kinase fragment t-cell surface glycoprotein cd3 eps
1a81K 1a81A 0.6 220 220 100 syk kinase fragment t-cell surface glycoprotein cd3 eps
1a85A 1hfc 0.6 154 157 67 mmp-8 (matrix metalloproteinase-8) malonic acid-based i
1a87 1a87 0.0 297 297 100 colicin n fragment
1a88A 1brt 1.5 270 275 42 chloroperoxidase l (bromoperoxidase l, haloperoxidase l
1a88B 1brt 1.5 270 275 42 chloroperoxidase l (bromoperoxidase l, haloperoxidase l
1a88C 1brt 1.5 270 275 42 chloroperoxidase l (bromoperoxidase l, haloperoxidase l
1a8a 1avc 1.6 314 318 55 annexin v (placental anticoagulant protein) biological_
1a8b 1avc 1.6 314 318 55 annexin v (placental anticoagulant protein) biological_
1a8c 451c 2.2 77 81 56 ferrocytochrome c-552 (c-551) biological_unit
1a8d 1a8d 0.0 452 452 100 tetanus neurotoxin fragment Mutant
1a8e 1cb6A 5.2 249 329 58 serum transferrin fragment
1a8gA 1hvc 0.7 99 99 98 hiv-1 protease biological_unit inhibitor sdz283-910
1a8gB 1fmb 1.7 98 99 33 hiv-1 protease biological_unit inhibitor sdz283-910
1a8i 1a8i 0.0 813 813 100 glycogen phosphorylase b biological_unit
1a8jH 8fabA 3.2 189 216 77 immunoglobulin lambda light chain dimer (mcg) biologica
1a8jL 8fabA 9.4 202 216 74 immunoglobulin lambda light chain dimer (mcg) biologica
1a8kA 1fmb 1.7 97 99 33 hiv protease Mutant biological_unit peptide
1a8kB 1fmb 1.7 97 99 33 hiv protease Mutant biological_unit peptide
1a8kD 1fmb 1.7 97 99 33 hiv protease Mutant biological_unit peptide
1a8kE 1fmb 1.7 97 99 33 hiv protease Mutant biological_unit peptide
1a8l 1a8l 0.0 226 226 100 protein disulfide oxidoreductase
1a8mA 4tsvA 1.3 144 152 94 tumor necrosis factor alpha (tnf-alpha) Mutant biologic
1a8mB 4tsvA 1.1 144 152 94 tumor necrosis factor alpha (tnf-alpha) Mutant biologic
1a8mC 4tsvA 1.3 144 152 94 tumor necrosis factor alpha (tnf-alpha) Mutant biologic
1a8o 1a8o 0.0 70 70 100 hiv capsid fragment Mutant biological_unit
1a8p 1fdr 1.9 241 257 32 nadph:ferredoxin oxidoreductase (ferredoxin reductase)
1a8q 1brt 1.4 270 274 38 bromoperoxidase a1 (chloroperoxidase a1, haloperoxidase
1a8s 1brt 1.6 270 273 43 chloroperoxidase f (haloperoxidase f)
1a8tA 1a7tA 0.7 227 230 100 metallo-beta-lactamase (class b beta-lactamase) Mutant
1a8tB 1a7tA 0.6 227 228 100 metallo-beta-lactamase (class b beta-lactamase) Mutant
1a8uA 1brt 0.3 277 277 99 chloroperoxidase t (bromoperoxidase t)
1a8uB 1brt 0.4 277 277 99 chloroperoxidase t (bromoperoxidase t)
1a8y 1a8y 0.0 338 338 100 calsequestrin
1a8z 1rcy 0.2 151 153 95 rusticyanin biological_unit
1a90 1cewI 2.3 104 107 94 cystatin Mutant
1a91 1a91 0.0 79 79 100 f1fo atpase subunit c (proteolipid, dccd-binding protei
1a93A 1a93A 0.0 32 32 100 c-myc-max fragment (coiled coil, lz) biological_unit
1a93B 1a93B 0.0 32 32 100 c-myc-max fragment (coiled coil, lz) biological_unit
1a94A 1fmb 1.6 97 99 34 hiv protease Mutant biological_unit peptide
1a94B 1fmb 1.7 97 99 34 hiv protease Mutant biological_unit peptide
1a94D 1fmb 1.7 97 99 34 hiv protease Mutant biological_unit peptide
1a94E 1fmb 1.7 97 99 34 hiv protease Mutant biological_unit peptide
1a95A 1nulA 0.6 139 145 100 xanthine-guanine phosphoribosyltransferase (xprt) biolo
1a95B 1nulA 0.7 139 150 100 xanthine-guanine phosphoribosyltransferase (xprt) biolo
1a95C 1nulA 0.7 139 150 100 xanthine-guanine phosphoribosyltransferase (xprt) biolo
1a95D 1nulA 0.6 139 145 100 xanthine-guanine phosphoribosyltransferase (xprt) biolo
1a96A 1nulA 0.6 139 145 100 xanthine-guanine phosphoribosyltransferase (xprt) biolo
1a96B 1nulA 0.6 139 150 100 xanthine-guanine phosphoribosyltransferase (xprt) biolo
1a96C 1nulA 0.6 139 150 100 xanthine-guanine phosphoribosyltransferase (xprt) biolo
1a96D 1nulA 0.6 139 145 100 xanthine-guanine phosphoribosyltransferase (xprt) biolo
1a97A 1nulA 0.7 140 144 99 xanthine-guanine phosphoribosyltransferase (xprt) Mutan
1a97B 1nulA 0.8 140 148 99 xanthine-guanine phosphoribosyltransferase (xprt) Mutan
1a97C 1nulA 0.7 140 148 99 xanthine-guanine phosphoribosyltransferase (xprt) Mutan
1a97D 1nulA 0.8 140 141 99 xanthine-guanine phosphoribosyltransferase (xprt) Mutan
1a98A 1nulA 0.8 129 129 99 xanthine-guanine phosphoribosyltransferase (xprt) Mutan
1a98B 1nulA 0.7 125 127 99 xanthine-guanine phosphoribosyltransferase (xprt) Mutan
1a99A 1pot 1.7 320 341 34 putrescine-binding protein (potf) biological_unit
1a99B 1pot 1.8 320 341 34 putrescine-binding protein (potf) biological_unit
1a99C 1pot 1.8 320 341 34 putrescine-binding protein (potf) biological_unit
1a99D 1pot 1.8 320 341 34 putrescine-binding protein (potf) biological_unit
1a9bA 1agdA 1.2 276 277 94 hla b3501 biological_unit peptide lpplditpy
1a9bB 1agdB 0.4 99 100 100 hla b3501 biological_unit peptide lpplditpy
1a9bD 1agdA 1.2 276 277 94 hla b3501 biological_unit peptide lpplditpy
1a9bE 1agdB 0.4 99 100 100 hla b3501 biological_unit peptide lpplditpy
1a9eA 1agdA 1.2 276 277 94 hla b3501 biological_unit peptide lpplditpy
1a9eB 1agdB 0.3 99 100 100 hla b3501 biological_unit peptide lpplditpy
1a9mA 1hvc 0.6 99 99 96 hiv-1 protease Mutant
1a9mB 1fmb 1.5 97 99 30 hiv-1 protease Mutant
1a9nA 1a9nA 0.0 162 162 100 u2 RNA hairpin iv fragment u2 a' fragment Mutant u2 b''
1a9nB 1urnA 0.7 92 94 74 u2 RNA hairpin iv fragment u2 a' fragment Mutant u2 b''
1a9nC 1a9nA 0.2 162 174 100 u2 RNA hairpin iv fragment u2 a' fragment Mutant u2 b''
1a9nD 1urnA 0.7 92 93 74 u2 RNA hairpin iv fragment u2 a' fragment Mutant u2 b''
1a9o 1b8oA 0.8 279 289 98 purine nucleoside phosphorylase
1a9p 1b8oA 0.5 279 289 98 purine nucleoside phosphorylase
1a9q 1b8oA 0.8 280 282 99 purine nucleoside phosphorylase
1a9r 1b8oA 0.9 280 282 99 purine nucleoside phosphorylase
1a9s 1b8oA 0.4 280 282 99 purine nucleoside phosphorylase
1a9t 1b8oA 0.4 280 284 99 purine nucleoside phosphorylase
1a9u 1p38 0.5 351 351 99 map kinase p38 (mitogen activated protein kinase) Mutan
1a9v 1a9v 0.0 129 129 100 mite allergen der p 2 Mutant
1a9wA 1abwA 1.3 141 141 99 hemoglobin
1a9wC 1abwA 1.3 141 141 99 hemoglobin
1a9wE 1cg5B 1.9 135 145 32 hemoglobin
1a9wF 1cg5B 1.9 135 145 32 hemoglobin
1a9y 1xel 0.2 338 338 99 udp-galactose 4-epimerase Mutant biological_unit
1a9z 1xel 0.1 338 338 99 udp-galactose 4-epimerase Mutant biological_unit
1aa0 1aa0 0.0 113 113 100 fibritin fragment (gpwac e) biological_unit
1aa1B 1burA 0.6 438 438 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1aa1C 1rboC 0.7 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1aa1E 1burA 0.6 438 438 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1aa1F 1rboC 0.7 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1aa1H 1burA 0.6 438 438 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1aa1I 1rboC 0.7 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1aa1L 1burA 0.6 438 438 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1aa1S 1rboC 0.7 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1aa2 1bkrA 0.2 108 108 100 beta-spectrin fragment (calponin homology (ch) domain)
1aa3 2reb 2.0 61 63 100 reca fragment
1aa4 1ryc 0.5 289 291 100 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aa6 1aa6 0.0 697 697 100 formate dehydrogenase h (fdh-h) biological_unit
1aa7A 1aa7A 0.0 158 158 100 influenza virus matrix protein biological_unit
1aa7B 1aa7A 0.7 157 157 100 influenza virus matrix protein biological_unit
1aa8A 1an9A 0.3 340 340 100 d-amino acid oxidase
1aa8B 1an9A 0.4 340 340 100 d-amino acid oxidase
1aa9 1mh1 2.1 161 171 31 c-ha-ras fragment
1aab 1aab 0.0 83 83 100 high mobility group protein fragment (hmga DNA-binding
1aac 1aac 0.0 104 104 100 amicyanin
1aaf 1aaf 0.0 55 55 100 Hiv-1 nucleocapsid protein (mn isolate) (NMR, 20 struct
1aaj 1aac 0.2 104 105 100 Amicyanin (apo form)
1aalA 1bpi 0.7 58 58 97 Bovine pancreatic trypsin inhibitor (bpti, basic) mutan
1aalB 1bpi 0.5 57 57 97 Bovine pancreatic trypsin inhibitor (bpti, basic) mutan
1aam 1ajsA 1.7 396 396 39 Aspartate aminotransferase mutant with arg 292 replaced
1aan 1aac 0.2 104 105 100 Amicyanin
1aapA 1bpi 1.1 56 56 45 Protease inhibitor domain of alzheimer's amyloid beta-p
1aapB 1bpi 1.2 56 56 45 Protease inhibitor domain of alzheimer's amyloid beta-p
1aaqA 1fmb 1.6 97 99 31 Hiv-1 protease complexed with hydroxyethylene isostere
1aaqB 1fmb 1.7 98 99 33 Hiv-1 protease complexed with hydroxyethylene isostere
1aarA 1bt0 0.7 73 76 62 Di-ubiquitin
1aarB 1bt0 0.7 73 76 62 Di-ubiquitin
1aat 1ajsA 1.3 395 404 82 Cytosolic aspartate aminotransferase complex with 2-oxo
1aaw 1ajsA 1.3 396 396 39 Aspartate aminotransferase wild type complex with pyrid
1aax 1pty 0.2 297 297 100 protein tyrosine phosphatase 1b Mutant
1aayA 1aayA 0.0 85 85 100 zif268 zinc finger peptide fragment (ngfi-a, krox-24, e
1aazA 1aba 0.9 87 87 98 Glutaredoxin
1aazB 1aba 0.9 87 87 98 Glutaredoxin
1ab0 1hmt 0.9 131 131 62 adipocyte lipid binding protein (albp) Mutant
1ab1 1cbn 0.1 46 46 98 crambin
1ab2 1lkkA 2.4 96 109 42 Proto-oncogene tyrosine kinase (src homology 2 domain)
1ab3 1a32 3.2 69 88 67 ribosomal RNA binding protein s15
1ab4 1ab4 0.0 477 477 100 gyrase a fragment
1ab5A 3chy 0.7 125 125 98 chey Mutant
1ab5B 3chy 0.9 125 125 98 chey Mutant
1ab6A 3chy 0.5 125 125 98 chemotaxis protein chey (chey) Mutant
1ab6B 3chy 0.6 124 125 98 chemotaxis protein chey (chey) Mutant
1ab7 1ay7B 1.5 86 89 98 barstar Mutant
1ab8A 1azsA 1.7 163 177 29 adenylyl cyclase fragment
1ab8B 1azsA 1.6 162 176 29 adenylyl cyclase fragment
1ab9B 5ptp 1.1 126 131 44 gamma-chymotrypsin pentapeptide (tpgvy)
1ab9C 5ptp 1.3 91 96 47 gamma-chymotrypsin pentapeptide (tpgvy)
1aba 1aba 0.0 87 87 100 Glutaredoxin mutant with val 15 replaced by gly and tyr
1abbA 1a8i 1.1 790 823 99 Glycogen phosphorylase complex with pyridoxal-5'-diphos
1abbB 1a8i 1.2 791 823 99 Glycogen phosphorylase complex with pyridoxal-5'-diphos
1abbC 1a8i 1.2 791 823 99 Glycogen phosphorylase complex with pyridoxal-5'-diphos
1abbD 1a8i 1.1 790 823 99 Glycogen phosphorylase complex with pyridoxal-5'-diphos
1abe 8abp 0.4 305 305 99 L-arabinose-binding protein complex with l-arabinose
1abf 8abp 0.4 304 304 99 L-arabinose-binding protein complex with d-fucose
1abiH 5ptp 1.3 212 252 39 Alpha-thrombin complex with hirulog 3
1abiL 1ppbL 2.3 31 33 100 Alpha-thrombin complex with hirulog 3
1abjH 5ptp 1.5 214 258 39 Alpha-thrombin complex with d-phe-pro-arg chloromethylk
1abmA 1avmA 1.5 186 198 46 Manganese superoxide dismutase
1abmB 1avmA 1.5 186 198 46 Manganese superoxide dismutase
1abn 1frb 0.9 300 301 69 Aldose reductase mutant with cys 298 replaced by ser (c
1aboA 1bbzA 0.9 57 58 100 abl tyrosine kinase (p150) 3bp-1 synthetic peptide, 10
1aboB 1bbzA 0.8 57 58 100 abl tyrosine kinase (p150) 3bp-1 synthetic peptide, 10
1abq 1bbzA 1.0 56 56 100 abl tyrosine kinase src-homology 3 (sh3) domain (p150)
1abrA 1mrj 1.3 238 251 38 Abrin-a complexed with two sugar chains
1abrB 1abrB 0.0 267 267 100 Abrin-a complexed with two sugar chains
1abs 1a6m 0.5 151 154 99 myoglobin Mutant biological_unit
1abtA 3ebx 3.3 58 74 40 Alpha-bungarotoxin complexed with the 185 - 196 fragmen
1abv 1abv 0.0 105 105 100 delta subunit of the f1f0-atp synthase fragment
1abwA 1abwA 0.0 283 283 100 hemoglobin-based blood substitute Mutant peptide
1abwB 1abwA 1.5 139 146 43 hemoglobin-based blood substitute Mutant peptide
1abwD 1abwA 1.4 138 146 43 hemoglobin-based blood substitute Mutant peptide
1abyA 1abwA 0.5 141 283 100 hemoglobin Mutant
1abyB 1abwA 1.4 139 146 43 hemoglobin Mutant
1abyD 1abwA 1.5 139 146 43 hemoglobin Mutant
1abz 1abz 0.0 38 38 100 alpha-t-alpha (ata)
1ac0 1kum 3.0 103 108 97 glucoamylase fragment (1,4-alpha-d-glucan glucohydrolas
1ac1A 1fvkA 0.2 188 188 99 dsba (disulfide bond formation protein) Mutant
1ac1B 1fvkA 0.6 187 188 99 dsba (disulfide bond formation protein) Mutant
1ac4 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1ac5 1ac5 0.0 483 483 100 kex1(delta)p
1ac6A 1tcrA 1.3 110 110 50 t-cell receptor alpha fragment
1ac6B 1tcrA 1.3 110 110 50 t-cell receptor alpha fragment
1ac8 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aca 1aca 0.0 86 86 100 Acyl-coenzyme a binding protein (acbp) complex with pal
1acbE 5ptp 1.2 207 241 45 Alpha-chymotrypsin complex with eglin c
1acbI 1egpA 2.9 35 63 98 Alpha-chymotrypsin complex with eglin c
1acc 1acc 0.0 665 665 100 anthrax protective antigen (pa)
1acd 1hmt 0.8 131 131 62 adipocyte lipid binding protein (albp) Mutant
1acf 3nul 1.7 125 125 38 Profilin i
1aci 1fow 3.7 71 76 79 l11 ribosomal protein fragment
1acj 2bce 2.1 488 528 32 Acetylcholinesterase complexed with tacrine
1acl 2bce 2.0 488 527 32 Acetylcholinesterase complexed with decamethonium
1acmA 8atcA 0.4 310 310 99 Aspartate carbamoyltransferase (aspartate transcarbamyl
1acmB 8atcB 1.5 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
1acmC 8atcA 0.2 310 310 99 Aspartate carbamoyltransferase (aspartate transcarbamyl
1acmD 8atcB 0.7 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
1aco 1amj 0.4 752 753 100 Aconitase (mitochondrial) complex with transaconitate
1acp 1acp 0.0 77 77 100 Acyl carrier protein (NMR, 2 structures)
1acvA 1fvkA 0.2 188 188 99 dsba (disulfide bond formation protein) Mutant
1acvB 1fvkA 0.6 187 188 99 dsba (disulfide bond formation protein) Mutant
1acx 2mcm 1.6 107 107 35 Actinoxanthin
1acyH 1igtB 2.8 216 221 65 Igg1 fab fragment (59.1) complexed with hiv-1 gp120 (mn
1acyL 8fabA 7.6 202 215 43 Igg1 fab fragment (59.1) complexed with hiv-1 gp120 (mn
1acz 1kum 3.2 104 108 100 glucoamylase fragment (1,4-alpha-d-glucan glucohydrolas
1ad0A 8fabA 7.1 203 213 44 fab fragment, antibody a5b7
1ad0B 1igtB 2.5 206 220 69 fab fragment, antibody a5b7
1ad0C 8fabA 7.1 203 213 44 fab fragment, antibody a5b7
1ad0D 1igtB 2.5 206 220 69 fab fragment, antibody a5b7
1ad1A 1aj2 1.9 246 264 35 dihydropteroate synthetase (dhps)
1ad1B 1aj2 1.7 241 251 35 dihydropteroate synthetase (dhps)
1ad2 1ad2 0.0 224 224 100 ribosomal protein l1 (tl2) Mutant
1ad3A 1ad3A 0.0 446 446 100 aldehyde dehydrogenase (class 3) (aldh) biological_unit
1ad3B 1ad3A 0.2 446 446 100 aldehyde dehydrogenase (class 3) (aldh) biological_unit
1ad4A 1aj2 1.8 246 251 35 dihydropteroate synthetase (dhps)
1ad4B 1aj2 1.7 239 248 34 dihydropteroate synthetase (dhps)
1ad5A 1fmk 2.3 433 438 61 haematopoetic cell kinase hck fragment
1ad5B 1fmk 2.3 433 438 61 haematopoetic cell kinase hck fragment
1ad6 1guxA 1.2 158 185 100 retinoblastoma tumor suppressor fragment
1ad8H 5ptp 1.4 220 250 38 thrombin hirudin==53-65== peptide
1ad9A 8fabA 4.3 205 219 40 fab fragment ctm01 fragment
1ad9B 1mfa 0.9 115 219 62 fab fragment ctm01 fragment
1ad9H 1mfa 1.0 115 219 62 fab fragment ctm01 fragment
1ad9L 8fabA 4.4 204 219 40 fab fragment ctm01 fragment
1adbA 2ohxA 0.5 374 374 100 Alcohol dehydrogenase (adh) complexed with 5-beta-d-rib
1adbB 2ohxA 0.5 374 374 100 Alcohol dehydrogenase (adh) complexed with 5-beta-d-rib
1adcA 2ohxA 0.5 374 374 100 Alcohol dehydrogenase (adh) complexed with 5-beta-d-rib
1adcB 2ohxA 0.5 374 374 100 Alcohol dehydrogenase (adh) complexed with 5-beta-d-rib
1add 1a4mA 0.3 348 349 100 Adenosine deaminase complexed with 1-deaza-adenosine (d
1adeA 1adeA 0.0 431 431 100 adenylosuccinate synthetase
1adeB 1adeA 1.1 429 431 98 adenylosuccinate synthetase
1adf 2ohxA 1.3 374 374 100 Alcohol dehydrogenase complexed with inhibitor
1adg 2ohxA 1.3 374 374 100 Alcohol dehydrogenase complexed with inhibitor
1adiA 1adeA 0.9 430 431 99 adenylosuccinate synthetase
1adiB 1adeA 1.0 430 431 100 adenylosuccinate synthetase
1adjA 1adjA 0.0 420 420 100 histidyl-trna synthetase biological_unit histidine
1adjB 1adjA 0.8 420 420 100 histidyl-trna synthetase biological_unit histidine
1adjC 1adjA 0.7 420 420 100 histidyl-trna synthetase biological_unit histidine
1adjD 1adjA 0.9 420 420 100 histidyl-trna synthetase biological_unit histidine
1adl 1hmt 0.7 130 131 65 Adipocyte lipid-binding protein complexed with arachido
1adn 1adn 0.0 92 92 100 N-ada 10 (DNA methylphosphotriester repair domain, resi
1adoA 1fbaA 1.0 350 363 69 aldolase biological_unit
1adoB 1fbaA 1.0 350 363 69 aldolase biological_unit
1adoC 1fbaA 1.1 346 363 70 aldolase biological_unit
1adoD 1fbaA 1.1 345 363 70 aldolase biological_unit
1adqA 1igtB 2.0 204 206 62 igg4 rea fragment rf-an igmLAMBDA fragment
1adqH 1igtB 5.9 203 225 52 igg4 rea fragment rf-an igmLAMBDA fragment
1adqL 8fabA 0.8 102 213 70 igg4 rea fragment rf-an igmLAMBDA fragment
1adr 1r69 1.4 63 76 34 P22 c2 repressor (amino-terminal DNA-binding domain, re
1ads 1frb 0.9 314 315 70 Aldose reductase complex with nadph
1adt 1anv 1.1 296 301 97 adenovirus single-stranded DNA-binding protein fragment
1aduA 1anv 7.3 285 287 98 adenovirus single-stranded DNA-binding protein fragment
1aduB 1anv 7.9 283 286 98 adenovirus single-stranded DNA-binding protein fragment
1advA 1anv 7.3 285 287 98 adenovirus single-stranded DNA-binding protein fragment
1advB 1anv 7.9 283 286 98 adenovirus single-stranded DNA-binding protein fragment
1adwA 7paz 1.3 123 123 58 pseudoazurin
1adwB 7paz 1.4 123 123 58 pseudoazurin
1adx 1adx 0.0 40 40 100 thrombomodulin fragment (tmegf5)
1adyA 1adjA 0.8 420 421 100 histidyl-trna synthetase biological_unit
1adyB 1adjA 1.2 420 421 100 histidyl-trna synthetase biological_unit
1adyC 1adjA 1.0 420 421 100 histidyl-trna synthetase biological_unit
1adyD 1adjA 1.0 420 421 100 histidyl-trna synthetase biological_unit
1adz 1bpi 1.5 58 71 42 tissue factor pathway inhibitor fragment (tfpi, epi, la
1ae1A 1bdb 1.8 235 245 31 tropinone reductase-i biological_unit
1ae1B 1bdb 1.8 235 258 31 tropinone reductase-i biological_unit
1ae2 1gvp 0.2 86 86 99 gene v protein (gvp) Mutant biological_unit
1ae3 1gvp 0.5 86 86 99 gene v protein Mutant biological_unit
1ae4 1frb 1.1 312 324 49 aldehyde reductase (alr1) biological_unit
1ae5 1a7s 0.5 211 223 100 heparin binding protein (cap37, azurocidin) biological_
1ae6H 1igtB 1.5 215 218 67 antibody ctm01 fragment
1ae6L 8fabA 5.5 205 219 40 antibody ctm01 fragment
1ae7 1poa 1.4 114 119 54 phospholipase a2 (pla2, phosphatide sn-2 acylhydrolase)
1ae8H 5ptp 1.3 221 253 38 alpha-thrombin hirugen (n-acetylhirudin 53 - 64 with su
1ae8L 1ppbL 3.0 32 36 100 alpha-thrombin hirugen (n-acetylhirudin 53 - 64 with su
1ae9A 1ae9A 0.0 171 171 100 lambda integrase fragment Mutant
1ae9B 1ae9A 0.2 163 164 100 lambda integrase fragment Mutant
1aeb 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aec 1ppn 0.9 209 217 50 Actinidin complex with the inhibitor ([n-(l-3-trans-car
1aed 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aee 1ryc 0.7 290 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aef 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aeg 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aeh 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aeiA 1avc 1.3 314 315 45 annexin xii biological_unit
1aeiB 1avc 1.3 314 315 45 annexin xii biological_unit
1aeiC 1avc 1.3 314 315 45 annexin xii biological_unit
1aeiD 1avc 1.3 314 315 45 annexin xii biological_unit
1aeiE 1avc 1.3 314 315 45 annexin xii biological_unit
1aeiF 1avc 1.3 314 315 45 annexin xii biological_unit
1aej 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aek 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1ael 1hmt 2.3 128 131 30 fatty acid-binding protein (ifabp, i-fabp)
1aem 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aen 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aeo 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aep 1aep 0.0 153 153 100 Apolipophorin iii
1aeq 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aerA 1aerA 0.0 205 205 100 exotoxin a fragment
1aerB 1aerA 1.2 189 195 96 exotoxin a fragment
1aes 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aet 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aeu 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aev 1ryc 0.5 288 291 99 cytochrome c peroxidase (ccpW191G) Mutant biological_un
1aew 2fha 0.7 168 170 55 ferritin fragment
1aex 1snc 0.2 135 135 99 staphylococcal nuclease Mutant biological_unit
1aey 1tuc 1.3 42 58 100 alpha-spectrin fragment
1af0A 1sat 0.3 468 470 99 serratia protease n-carbobenzyloxy-l-leucyl-l-alanine -
1af2A 1ctt 0.2 294 294 100 cytidine deaminase biological_unit uridine
1af3 1maz 0.6 140 145 98 apoptosis regulator bcl-x fragment
1af4 1gci 0.9 265 274 61 subtilisin carlsberg
1af5 1bp7A 2.2 126 126 91 i-crei (DNA endonuclease i-crei) Mutant
1af6A 2mprA 1.2 406 421 81 maltoporin (lamb) biological_unit
1af6B 2mprA 1.2 406 421 81 maltoporin (lamb) biological_unit
1af6C 2mprA 1.2 406 421 81 maltoporin (lamb) biological_unit
1af7 1af7 0.0 275 275 100 chemotaxis receptor methyltransferase cher biological_u
1af8 2af8 1.8 84 86 100 actinorhodin polyketide synthase acyl carrier protein (
1af9 1a8d 1.2 440 441 99 tetanus neurotoxin fragment Mutant biological_unit
1afa1 1rtm1 0.6 149 154 96 mannose-binding protein-a fragment (cl-qpdwg) Mutant
1afa2 1rtm1 1.0 149 154 96 mannose-binding protein-a fragment (cl-qpdwg) Mutant
1afa3 1rtm1 0.6 149 154 96 mannose-binding protein-a fragment (cl-qpdwg) Mutant
1afb1 1rtm1 0.6 149 154 96 mannose-binding protein-a fragment (cl-qpdwg) Mutant
1afb2 1rtm1 0.9 149 154 96 mannose-binding protein-a fragment (cl-qpdwg) Mutant
1afb3 1rtm1 0.6 149 154 96 mannose-binding protein-a fragment (cl-qpdwg) Mutant
1afcA 1bfg 0.6 125 127 56 Acidic fibroblast growth factor (afgf) mutant with cys
1afcB 1bfg 0.6 125 127 56 Acidic fibroblast growth factor (afgf) mutant with cys
1afcC 1bfg 0.7 125 127 56 Acidic fibroblast growth factor (afgf) mutant with cys
1afcD 1bfg 0.6 125 127 56 Acidic fibroblast growth factor (afgf) mutant with cys
1afcE 1bfg 0.6 125 127 56 Acidic fibroblast growth factor (afgf) mutant with cys
1afcF 1bfg 0.6 125 127 56 Acidic fibroblast growth factor (afgf) mutant with cys
1afcG 1bfg 0.6 125 127 56 Acidic fibroblast growth factor (afgf) mutant with cys
1afcH 1bfg 0.6 125 127 56 Acidic fibroblast growth factor (afgf) mutant with cys
1afd1 1rtm1 0.5 149 154 96 mannose-binding protein-a fragment (cl-qpdwg) Mutant
1afd2 1rtm1 0.7 149 154 96 mannose-binding protein-a fragment (cl-qpdwg) Mutant
1afd3 1rtm1 0.6 149 154 96 mannose-binding protein-a fragment (cl-qpdwg) Mutant
1afeH 5ptp 1.3 221 253 38 alpha-thrombin hirugen (n-acetylhirudin 53 - 64 with su
1afeL 1ppbL 3.0 32 36 100 alpha-thrombin hirugen (n-acetylhirudin 53 - 64 with su
1afh 1rzl 1.5 91 93 78 maize nonspecific lipid transfer protein
1afi 1aw0 1.5 71 72 27 merp (mercuric transport protein) biological_unit
1afj 1aw0 1.9 72 72 27 merp fragment (mercuric transport protein) biological_u
1afkA 7rsa 0.4 124 124 100 ribonuclease a biological_unit
1afkB 7rsa 0.5 124 124 100 ribonuclease a biological_unit
1aflA 7rsa 0.4 124 124 100 ribonuclease a biological_unit
1aflB 7rsa 0.5 124 124 100 ribonuclease a biological_unit
1afoA 1afoA 0.0 40 40 100 glycophorin a fragment
1afoB 1afoA 3.7 37 40 87 glycophorin a fragment
1afp 1afp 0.0 51 51 100 Antifungal protein from aspergillus giganteus (agafp) (
1afqB 5ptp 1.1 126 131 44 bovine gamma-chymotrypsin d-leucyl-l-phenylalanyl-p-flu
1afqC 5ptp 1.3 91 96 47 bovine gamma-chymotrypsin d-leucyl-l-phenylalanyl-p-flu
1afrA 1afrA 0.0 345 345 100 delta9 stearoyl-acyl carrier protein desaturase (fatty
1afrB 1afrA 0.3 345 345 100 delta9 stearoyl-acyl carrier protein desaturase (fatty
1afrC 1afrA 0.2 345 345 100 delta9 stearoyl-acyl carrier protein desaturase (fatty
1afrD 1afrA 0.2 345 345 100 delta9 stearoyl-acyl carrier protein desaturase (fatty
1afrE 1afrA 0.3 345 345 100 delta9 stearoyl-acyl carrier protein desaturase (fatty
1afrF 1afrA 0.3 345 345 100 delta9 stearoyl-acyl carrier protein desaturase (fatty
1afsA 1frb 1.5 310 319 44 3-alpha-hydroxysteroid dehydrogenase (3-alpha-hsd)
1afsB 1frb 1.5 310 319 44 3-alpha-hydroxysteroid dehydrogenase (3-alpha-hsd)
1afuA 7rsa 0.4 124 124 100 ribonuclease a biological_unit
1afuB 7rsa 0.5 124 124 100 ribonuclease a biological_unit
1afvA 1ak4C 1.7 139 151 96 human immunodeficiency virus type 1 capsid protein frag
1afvB 1ak4C 1.8 139 151 96 human immunodeficiency virus type 1 capsid protein frag
1afvH 1mfa 1.2 116 220 68 human immunodeficiency virus type 1 capsid protein frag
1afvK 1mfa 1.2 116 220 68 human immunodeficiency virus type 1 capsid protein frag
1afvM 8fabA 6.0 155 217 38 human immunodeficiency virus type 1 capsid protein frag
1afwA 1afwA 0.0 390 390 100 3-ketoacetyl-coa thiolase biological_unit
1afwB 1afwA 0.4 390 393 100 3-ketoacetyl-coa thiolase biological_unit
1ag0A 1nwpA 0.8 127 127 66 azurin Mutant
1ag0B 1nwpA 0.8 127 127 66 azurin Mutant
1ag1O 1amk 1.0 244 249 70 triosephosphate isomerase biological_unit
1ag1T 1amk 0.5 244 249 70 triosephosphate isomerase biological_unit
1ag2 1b10 2.7 98 103 93 major prion protein fragment (prp(121-231))
1ag4 1ag4 0.0 103 103 100 spherulin 3a (s3a)
1ag6 1plc 0.7 99 99 79 plastocyanin Mutant biological_unit
1ag7 1ag7 0.0 34 34 100 conotoxin gs
1ag8A 1a4sA 1.5 482 493 40 aldehyde dehydrogenase biological_unit
1ag8B 1a4sA 1.5 482 493 40 aldehyde dehydrogenase biological_unit
1ag8C 1a4sA 1.5 482 493 40 aldehyde dehydrogenase biological_unit
1ag8D 1a4sA 1.5 482 493 40 aldehyde dehydrogenase biological_unit
1ag9A 1rcf 1.2 168 175 46 flavodoxin biological_unit
1ag9B 1rcf 1.2 168 175 46 flavodoxin biological_unit
1agbA 1agdA 0.3 270 276 100 b*0801 fragment (b8) beta-2 microglobulin fragment (b2m
1agbB 1agdB 0.2 99 99 100 b*0801 fragment (b8) beta-2 microglobulin fragment (b2m
1agcA 1agdA 0.2 276 276 100 b*0801 fragment (b8) beta-2 microglobulin fragment (b2m
1agcB 1agdB 0.2 99 99 100 b*0801 fragment (b8) beta-2 microglobulin fragment (b2m
1agdA 1agdA 0.0 276 276 100 b*0801 fragment (b8) beta-2 microglobulin fragment (b2m
1agdB 1agdB 0.0 99 99 100 b*0801 fragment (b8) beta-2 microglobulin fragment (b2m
1ageA 1agdA 0.1 276 276 100 b*0801 fragment (b8) beta-2 microglobulin fragment (b2m
1ageB 1agdB 0.1 99 99 100 b*0801 fragment (b8) beta-2 microglobulin fragment (b2m
1agfA 1agdA 0.3 276 276 100 b*0801 fragment (b8) beta-2 microglobulin fragment (b2m
1agfB 1agdB 0.2 99 99 100 b*0801 fragment (b8) beta-2 microglobulin fragment (b2m
1agg 1agg 0.0 48 48 100 omega-agatoxin-ivb (omega-aga-ivb)
1agi 7rsa 2.1 115 125 36 angiogenin
1agjA 1agjA 0.0 242 242 100 epidermolytic toxin a
1agjB 1agjA 0.3 242 242 100 epidermolytic toxin a
1agm 1ayx 1.9 422 470 36 Glucoamylase-471 (glucan 1,4-alpha-glucosidase, residue
1agnA 2ohxA 0.6 373 373 70 human sigma alcohol dehydrogenase (sigma adh)
1agnB 2ohxA 0.6 373 373 70 human sigma alcohol dehydrogenase (sigma adh)
1agnC 2ohxA 0.6 373 373 70 human sigma alcohol dehydrogenase (sigma adh)
1agnD 2ohxA 0.6 373 373 70 human sigma alcohol dehydrogenase (sigma adh)
1agp 1mh1 1.5 163 166 32 C-h-ras p21 protein mutant with gly 12 replaced by asp
1agqA 1agqA 0.0 91 91 100 glial cell-derived neurotrophic factor (gdnf) biologica
1agqB 1agqA 0.6 91 96 100 glial cell-derived neurotrophic factor (gdnf) biologica
1agqC 1agqA 1.6 89 91 100 glial cell-derived neurotrophic factor (gdnf) biologica
1agqD 1agqA 1.6 89 95 100 glial cell-derived neurotrophic factor (gdnf) biologica
1agrA 1cipA 1.0 310 349 98 guanine nucleotide-binding protein g(i) fragment (gi-al
1agrD 1cipA 1.0 310 343 98 guanine nucleotide-binding protein g(i) fragment (gi-al
1agrE 1agrE 0.0 128 128 100 guanine nucleotide-binding protein g(i) fragment (gi-al
1agrH 1agrE 0.4 116 116 100 guanine nucleotide-binding protein g(i) fragment (gi-al
1agsA 1pgtA 2.2 201 221 29 Alpha glutathione s-transferase 1-2-1 chimera consistin
1agsB 1pgtA 2.2 202 221 28 Alpha glutathione s-transferase 1-2-1 chimera consistin
1agt 1sco 1.6 38 38 77 Agitoxin 2 (NMR, 17 structures)
1agwA 1fgkA 1.3 220 278 91 fgf receptor 1 fragment (fgfr1k) Mutant
1agwB 1fgkA 1.3 220 271 91 fgf receptor 1 fragment (fgfr1k) Mutant
1agx 4pgaA 0.9 306 331 60 Glutaminase-asparaginase
1agy 1cex 0.1 197 197 99 cutinase
1ah0 1frb 0.8 314 315 68 aldose reductase
1ah1 1ah1 0.0 129 129 100 ctla-4 fragment (cd152) biological_unit
1ah2 1gci 1.8 265 269 98 serine protease pb92 biological_unit
1ah3 1frb 0.8 314 315 68 aldose reductase
1ah4 1frb 0.9 314 315 68 aldose reductase
1ah5 1pda 0.3 293 299 98 hydroxymethylbilane synthase fragment (porphobilinogen
1ah6 1yer 1.5 207 213 70 heat shock protein 90 fragment (hsp90) biological_unit
1ah7 1ah7 0.0 245 245 100 phospholipase c (phosphatidylcholine-hydrolyzing phosph
1ah8A 1yer 1.4 207 215 70 heat shock protein 90 fragment (hsp90) biological_unit
1ah8B 1yer 1.3 207 218 70 heat shock protein 90 fragment (hsp90) biological_unit
1ah9 1ah9 0.0 71 71 100 initiation factor 1 (if1)
1aha 1mrj 0.6 246 246 65 Alpha-momorcharin complexed with adenine
1ahb 1mrj 0.6 246 246 65 Alpha-momorcharin complexed with formycin 5'-monophosph
1ahc 1mrj 0.6 246 246 65 Alpha-momorcharin (type i ribosome- inactivating protei
1ahdP 2hddA 1.0 55 68 50 Antennapedia protein (homeodomain) mutant with cys 39 r
1aheA 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1aheB 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ahfA 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ahfB 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ahgA 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ahgB 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ahhA 1cydA 2.1 236 253 31 7 alpha-hydroxysteroid dehydrogenase
1ahhB 1cydA 2.2 236 253 31 7 alpha-hydroxysteroid dehydrogenase
1ahiA 1cydA 1.5 237 255 31 7 alpha-hydroxysteroid dehydrogenase
1ahiB 1cydA 1.6 237 255 31 7 alpha-hydroxysteroid dehydrogenase
1ahjA 2ahjA 0.4 191 198 98 nitrile hydratase biological_unit
1ahjB 2ahjB 0.4 211 212 99 nitrile hydratase biological_unit
1ahjC 2ahjA 0.4 191 198 98 nitrile hydratase biological_unit
1ahjD 2ahjB 0.4 211 212 99 nitrile hydratase biological_unit
1ahjE 2ahjA 0.4 191 198 98 nitrile hydratase biological_unit
1ahjF 2ahjB 0.4 211 212 99 nitrile hydratase biological_unit
1ahjG 2ahjA 0.4 191 198 98 nitrile hydratase biological_unit
1ahjH 2ahjB 0.4 211 212 99 nitrile hydratase biological_unit
1ahk 1a9v 4.6 118 129 84 der f 2 (der f ii)
1ahl 1ahl 0.0 49 49 100 anthopleurin-a (ap-a)
1ahm 1a9v 4.6 118 129 84 der f 2 (der f ii)
1ahn 1rcf 1.2 168 169 46 flavodoxin biological_unit
1aho 1aho 0.0 64 64 100 toxin ii
1ahpA 1ahpA 0.0 796 796 100 e.Coli maltodextrin phosphorylase (malp) Mutant biologi
1ahpB 1ahpA 0.1 795 796 100 e.Coli maltodextrin phosphorylase (malp) Mutant biologi
1ahq 1cof 1.2 131 133 43 actophorin
1ahr 1cll 5.8 76 146 92 calmodulin Mutant
1ahsA 1ahsA 0.0 126 126 100 african horse sickness virus (serotype 4) vp7 fragment
1ahsB 1ahsA 0.4 126 126 100 african horse sickness virus (serotype 4) vp7 fragment
1ahsC 1ahsA 0.4 126 126 100 african horse sickness virus (serotype 4) vp7 fragment
1ahtH 5ptp 1.3 212 251 39 alpha-thrombin hirugen
1ahuA 1vaoA 0.4 550 555 100 vanillyl-alcohol oxidase biological_unit
1ahuB 1vaoA 0.4 550 555 100 vanillyl-alcohol oxidase biological_unit
1ahvA 1vaoA 0.4 550 555 100 vanillyl-alcohol oxidase biological_unit
1ahvB 1vaoA 0.4 550 555 100 vanillyl-alcohol oxidase biological_unit
1ahwA 8fabA 7.3 174 214 42 immunoglobulin fab 5g9 fragment (fab, fab light chain,
1ahwB 1igtB 3.4 211 214 70 immunoglobulin fab 5g9 fragment (fab, fab light chain,
1ahwC 1boy 0.8 198 200 100 immunoglobulin fab 5g9 fragment (fab, fab light chain,
1ahwD 8fabA 7.4 178 214 42 immunoglobulin fab 5g9 fragment (fab, fab light chain,
1ahwE 1igtB 3.4 211 214 70 immunoglobulin fab 5g9 fragment (fab, fab light chain,
1ahwF 1boy 0.9 188 200 99 immunoglobulin fab 5g9 fragment (fab, fab light chain,
1ahxA 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ahxB 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ahyA 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ahyB 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ahzA 1vaoA 0.4 550 555 100 vanillyl-alcohol oxidase biological_unit
1ahzB 1vaoA 0.4 550 555 100 vanillyl-alcohol oxidase biological_unit
1ai1H 1igtB 2.8 217 221 66 fab59.1 aib142
1ai2 1iso 0.1 413 414 98 isocitrate dehydrogenase (oxalosuccinate decarboxylase,
1ai3 1iso 0.1 413 414 98 isocitrate dehydrogenase (oxalosuccinate decarboxylase,
1ai4A 1ajqA 0.3 193 206 100 penicillin amidohydrolase biological_unit
1ai4B 1ajqB 0.2 557 557 100 penicillin amidohydrolase biological_unit
1ai5A 1ajqA 0.3 193 206 100 penicillin amidohydrolase biological_unit
1ai5B 1ajqB 0.1 557 557 100 penicillin amidohydrolase biological_unit
1ai6A 1ajqA 0.1 193 195 100 penicillin amidohydrolase biological_unit
1ai6B 1ajqB 0.1 557 557 100 penicillin amidohydrolase biological_unit
1ai7A 1ajqA 0.1 193 206 100 penicillin amidohydrolase biological_unit
1ai7B 1ajqB 0.1 557 557 100 penicillin amidohydrolase biological_unit
1ai8H 5ptp 1.4 221 251 38 alpha-thrombin biological_unit hirudin iiib biological_
1ai9A 1aoeA 0.3 154 192 100 dihydrofolate reductase (dhfr)
1ai9B 1aoeA 0.8 154 192 100 dihydrofolate reductase (dhfr)
1aiaA 1ajsA 1.2 396 396 39 Aspartate aminotransferase (holo form) mutant with lys
1aiaB 1ajsA 1.2 396 396 39 Aspartate aminotransferase (holo form) mutant with lys
1aibA 1ajsA 1.2 396 396 39 Aspartate aminotransferase mutant with lys 258 replaced
1aibB 1ajsA 1.2 396 396 39 Aspartate aminotransferase mutant with lys 258 replaced
1aicA 1ajsA 1.3 396 396 39 Aspartate aminotransferase mutant with lys 258 replaced
1aicB 1ajsA 1.3 396 396 39 Aspartate aminotransferase mutant with lys 258 replaced
1aidA 1fmb 1.9 97 99 31 human immunodeficiency virus protease (hiv protease, hi
1aidB 1fmb 1.9 97 99 31 human immunodeficiency virus protease (hiv protease, hi
1aie 1aie 0.0 31 31 100 p53 fragment
1aifA 8fabA 7.0 200 215 43 anti-idiotypic fab 409.5.3 (igg2a) fab
1aifB 1igtB 2.3 205 218 72 anti-idiotypic fab 409.5.3 (igg2a) fab
1aifH 1igtB 2.2 205 218 72 anti-idiotypic fab 409.5.3 (igg2a) fab
1aifL 8fabA 7.1 204 215 42 anti-idiotypic fab 409.5.3 (igg2a) fab
1aigH 6prcH 1.8 228 248 42 photosynthetic reaction center
1aigL 6prcL 1.0 247 281 56 photosynthetic reaction center
1aigM 6prcM 1.2 244 299 49 photosynthetic reaction center
1aigN 6prcL 1.0 247 281 56 photosynthetic reaction center
1aigO 6prcM 1.1 244 299 49 photosynthetic reaction center
1aigP 6prcH 1.7 228 248 42 photosynthetic reaction center
1aihA 1aihA 0.0 170 170 100 hp1 integrase fragment
1aihB 1aihA 1.2 168 168 100 hp1 integrase fragment
1aihC 1aihA 1.2 168 168 100 hp1 integrase fragment
1aihD 1aihA 1.3 170 170 100 hp1 integrase fragment
1aii 1avc 1.3 314 322 52 annexin iii
1aijH 6prcH 1.8 228 246 42 photosynthetic reaction center
1aijL 6prcL 1.0 247 281 56 photosynthetic reaction center
1aijM 6prcM 1.2 243 301 49 photosynthetic reaction center
1aijR 6prcL 1.0 247 281 56 photosynthetic reaction center
1aijS 6prcM 1.1 242 299 49 photosynthetic reaction center
1aijT 6prcH 1.8 228 246 42 photosynthetic reaction center
1aikC 2sivB 0.6 34 34 48 hiv-1 gp41 glycoprotein fragment
1aikN 1szt 0.7 36 36 95 hiv-1 gp41 glycoprotein fragment
1ail 1ail 0.0 70 70 100 nonstructural protein ns1 fragment
1aim 1ppn 1.3 204 215 37 cruzain fragment Mutant biological_unit
1ain 1avc 1.3 312 314 46 Annexin i
1aipA 1efcA 4.5 237 373 62 elongation factor tu (ef-tu) elongation factor ts (ef-t
1aipB 1efcA 4.4 236 373 62 elongation factor tu (ef-tu) elongation factor ts (ef-t
1aipC 1tfe 1.5 141 195 100 elongation factor tu (ef-tu) elongation factor ts (ef-t
1aipD 1tfe 1.1 141 195 100 elongation factor tu (ef-tu) elongation factor ts (ef-t
1aipE 1efcA 4.5 237 372 62 elongation factor tu (ef-tu) elongation factor ts (ef-t
1aipF 1efcA 4.4 237 372 62 elongation factor tu (ef-tu) elongation factor ts (ef-t
1aipG 1tfe 1.2 141 195 100 elongation factor tu (ef-tu) elongation factor ts (ef-t
1aipH 1tfe 1.1 141 194 100 elongation factor tu (ef-tu) elongation factor ts (ef-t
1aiqA 1bkpA 1.8 259 265 36 thymidylate synthase (transferase) Mutant biological_un
1aiqB 1bkpA 1.7 259 265 36 thymidylate synthase (transferase) Mutant biological_un
1air 1air 0.0 352 352 100 pectate lyase c (pelc)
1aisA 1ytbA 2.2 176 181 40 tata-binding protein fragment (tbp) biological_unit tra
1aisB 1aisB 0.0 193 193 100 tata-binding protein fragment (tbp) biological_unit tra
1aiu 1erv 0.2 105 105 98 thioredoxin Mutant
1aiv 1cb6A 4.9 577 686 49 ovotransferrin (conalbumin)
1aiw 1aiw 0.0 62 62 100 endoglucanase z fragment (cbdegz) Mutant biological_uni
1aixH 5ptp 1.4 221 251 38 alpha-thrombin biological_unit hirugen fragment
1aizA 1nwpA 0.7 127 129 61 Azurin (cadmium form) (cadmium-azurin)
1aizB 1nwpA 0.7 127 129 61 Azurin (cadmium form) (cadmium-azurin)
1aj0 1aj2 0.3 282 282 100 dihydropteroate synthase (dhps) biological_unit
1aj2 1aj2 0.0 282 282 100 dihydropteroate synthase (dhps) biological_unit
1aj3 1aj3 0.0 98 98 100 alpha spectrin fragment
1aj4 1ncx 10.1 138 160 67 troponin c (ctnc) Mutant biological_unit
1aj5A 1alvA 1.7 170 173 87 calpain fragment
1aj5B 1alvA 1.8 170 173 87 calpain fragment
1aj6 1aj6 0.0 194 194 100 gyrase fragment Mutant biological_unit
1aj7H 1mfa 0.9 113 217 61 immunoglobulin 48g7 germline fab fragment
1aj8A 1aj8A 0.0 371 371 100 citrate synthase biological_unit
1aj8B 1aj8A 0.3 370 370 100 citrate synthase biological_unit
1aj9A 1abwA 0.7 138 141 98 carboxyhemoglobin (carbonmonoxyhemoglobin) Mutant biolo
1aj9B 1abwA 1.6 138 146 43 carboxyhemoglobin (carbonmonoxyhemoglobin) Mutant biolo
1ajaA 1b8jA 0.3 435 435 99 alkaline phosphatase Mutant
1ajaB 1b8jA 0.4 434 434 99 alkaline phosphatase Mutant
1ajbA 1b8jA 0.2 449 449 99 alkaline phosphatase Mutant
1ajbB 1b8jA 0.3 449 449 99 alkaline phosphatase Mutant
1ajcA 1b8jA 0.3 446 446 99 alkaline phosphatase Mutant
1ajcB 1b8jA 0.3 449 449 99 alkaline phosphatase Mutant
1ajdA 1b8jA 0.3 449 449 99 alkaline phosphatase intermediate ii of holo enzyme Mut
1ajdB 1b8jA 0.3 449 449 99 alkaline phosphatase intermediate ii of holo enzyme Mut
1aje 1mh1 3.5 166 194 63 cdc42hs biological_unit
1ajg 1a6m 0.2 151 153 100 myoglobin biological_unit
1ajh 1a6m 0.2 151 153 100 myoglobin biological_unit
1ajj 1ajj 0.0 37 37 100 low-density lipoprotein receptor fragment (lr5)
1ajkA 2ayh 1.1 123 212 95 circularly permuted (1-3,1-4)-beta-d-glucan 4-glucanohy
1ajkB 2ayh 0.3 116 201 100 circularly permuted (1-3,1-4)-beta-d-glucan 4-glucanohy
1ajm 1bkpA 1.6 259 264 36 thymidylate synthase Mutant biological_unit
1ajnA 1ajqA 0.2 193 206 100 penicillin amidohydrolase (penicillin acylase) biologic
1ajnB 1ajqB 0.1 557 557 100 penicillin amidohydrolase (penicillin acylase) biologic
1ajoA 2ayh 0.6 123 212 100 circularly permuted (1-3,1-4)-beta-d-glucan 4-glucanohy
1ajoB 2ayh 0.6 123 213 100 circularly permuted (1-3,1-4)-beta-d-glucan 4-glucanohy
1ajpA 1ajqA 0.2 193 206 100 penicillin amidohydrolase (penicillin acylase) biologic
1ajpB 1ajqB 0.2 557 557 100 penicillin amidohydrolase (penicillin acylase) biologic
1ajqA 1ajqA 0.0 206 206 100 penicillin amidohydrolase (penicillin acylase) biologic
1ajqB 1ajqB 0.0 557 557 100 penicillin amidohydrolase (penicillin acylase) biologic
1ajrA 1ajsA 1.2 412 412 99 aspartate aminotransferase biological_unit
1ajrB 1ajsA 1.3 412 412 99 aspartate aminotransferase biological_unit
1ajsA 1ajsA 0.0 413 413 100 aspartate aminotransferase biological_unit
1ajsB 1ajsA 1.4 412 412 99 aspartate aminotransferase biological_unit
1ajvA 1fmb 1.7 97 99 31 hiv-1 protease biological_unit
1ajvB 1fmb 1.6 97 99 31 hiv-1 protease biological_unit
1ajw 1rhoA 1.7 144 145 93 rhogdi fragment
1ajxA 1hvc 0.5 99 99 97 hiv-1 protease biological_unit
1ajxB 1fmb 1.5 97 99 31 hiv-1 protease biological_unit
1ajyA 1zmeC 6.2 59 71 38 put3 fragment
1ajyB 1zmeC 5.1 66 71 56 put3 fragment
1ajz 1aj2 0.4 282 282 100 dihydropteroate synthase (dhps) biological_unit
1ak0 1ak0 0.0 264 264 100 p1 nuclease
1ak1 1ak1 0.0 308 308 100 ferrochelatase (protoheme ferro-lyase)
1ak2 1zin 4.0 207 220 40 adenylate kinase isoenzyme-2 (atp:amp phosphotransferas
1ak4A 2cpl 0.5 164 165 100 cyclophilin a biological_unit hiv-1 capsid fragment Mut
1ak4B 2cpl 0.3 163 163 100 cyclophilin a biological_unit hiv-1 capsid fragment Mut
1ak4C 1ak4C 0.0 145 145 100 cyclophilin a biological_unit hiv-1 capsid fragment Mut
1ak4D 1ak4C 1.1 145 145 100 cyclophilin a biological_unit hiv-1 capsid fragment Mut
1ak5 1zfjA 1.4 312 329 36 inosine-5'-monophosphate dehydrogenase (impdh) biologic
1ak6 1ak7 2.1 173 174 96 destrin
1ak7 1ak7 0.0 174 174 100 destrin
1ak8 1cll 1.4 70 76 100 calmodulin fragment (calmodulin cerium tr1c-domain, res
1ak9 1gci 0.8 266 275 60 subtilisin 8321 Mutant biological_unit
1akaA 1ajsA 1.6 401 401 46 Aspartate aminotransferase mutant with lys 258 replaced
1akaB 1ajsA 1.4 401 401 46 Aspartate aminotransferase mutant with lys 258 replaced
1akbA 1ajsA 1.0 401 401 46 Aspartate aminotransferase mutant with lys 258 replaced
1akcA 1ajsA 1.0 401 401 46 Aspartate aminotransferase mutant with lys 258 replaced
1akd 1phd 0.5 405 405 99 cytochrome p450cam (camphor monooxygenase) biological_u
1akeA 1zin 1.3 178 214 47 Adenylate kinase complex with the inhibitor ap=5=a
1akeB 1zin 2.1 209 214 46 Adenylate kinase complex with the inhibitor ap=5=a
1akhA 1akhA 0.0 49 49 100 mating-type protein a-1 mating-type protein alpha-2 (ma
1akhB 1akhB 0.0 78 78 100 mating-type protein a-1 mating-type protein alpha-2 (ma
1aki 3lzt 0.6 129 129 100 lysozyme biological_unit
1akjA 1agdA 1.1 275 276 84 mhc class i histocompatibility antigen fragment (hla-a2
1akjB 1agdB 0.6 98 98 100 mhc class i histocompatibility antigen fragment (hla-a2
1akjD 1cd8 0.8 114 114 100 mhc class i histocompatibility antigen fragment (hla-a2
1akjE 1cd8 1.0 114 114 100 mhc class i histocompatibility antigen fragment (hla-a2
1akk 1ycc 1.6 103 104 62 cytochrome c
1akl 1sat 1.7 444 470 56 alkaline protease
1akmA 2otcA 1.1 320 322 99 ornithine transcarbamylase (ornithine carbamoyltransfer
1akmB 2otcA 1.1 300 322 99 ornithine transcarbamylase (ornithine carbamoyltransfer
1akmC 2otcA 1.0 300 322 99 ornithine transcarbamylase (ornithine carbamoyltransfer
1akn 2bce 1.3 485 547 94 bile-salt activated lipase (carboxyl ester lipase, ster
1ako 1ako 0.0 268 268 100 exonuclease iii biological_unit
1akp 2mcm 2.6 109 114 37 Apokedarcidin (apo form of kedarcidin) (NMR, 15 structu
1akq 5nul 1.9 137 147 28 flavodoxin Mutant biological_unit
1akr 1rcf 1.7 134 147 33 flavodoxin Mutant
1aksA 5ptp 0.4 124 125 81 alpha trypsin
1aksB 5ptp 0.4 98 98 81 alpha trypsin
1akt 5nul 1.9 136 147 29 flavodoxin Mutant
1aku 5nul 1.9 137 147 28 flavodoxin Mutant
1akv 5nul 1.9 137 147 28 flavodoxin Mutant
1akw 5nul 1.9 136 147 29 flavodoxin Mutant
1aky 1zin 1.5 214 218 42 adenylate kinase (atp:amp phosphotransferase, myokinase
1akz 1akz 0.0 223 223 100 uracil-DNA glycosylase (udg, ung) Mutant biological_uni
1al01 1cd31 0.7 136 143 96 scaffolding protein gpd capsid protein gpf spike protei
1al02 1cd31 2.4 118 133 80 scaffolding protein gpd capsid protein gpf spike protei
1al03 1cd31 1.4 137 140 97 scaffolding protein gpd capsid protein gpf spike protei
1al04 1cd31 3.7 108 146 91 scaffolding protein gpd capsid protein gpf spike protei
1al0B 1cd3B 0.8 46 49 100 scaffolding protein gpd capsid protein gpf spike protei
1al0F 2bpa1 1.4 413 418 100 scaffolding protein gpd capsid protein gpf spike protei
1al0G 2bpa2 0.3 175 175 100 scaffolding protein gpd capsid protein gpf spike protei
1al21 1pov1 0.5 235 283 99 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1al22 1aym2 1.6 250 268 53 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1al23 1aym3 0.9 234 235 48 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1al24 1pvc4 0.5 60 60 94 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1al3 1al3 0.0 237 237 100 cys regulon transcriptional activator cysb fragment
1al6 1csh 0.1 435 435 100 citrate synthase biological_unit
1al7 1gox 0.3 350 350 100 glycolate oxidase biological_unit
1al8 1gox 1.2 344 344 100 glycolate oxidase biological_unit
1ala 1avc 2.0 310 316 58 Annexin v
1alb 1hmt 0.8 131 131 64 Adipocyte lipid-binding protein
1alc 3lzt 1.5 121 122 35 Alpha-Lactalbumin
1ald 1fbaA 1.0 353 363 68 Aldolase A
1alhA 1b8jA 0.2 446 446 99 Alkaline phosphatase mutant with asp 369 replaced by as
1alhB 1b8jA 0.2 446 446 99 Alkaline phosphatase mutant with asp 369 replaced by as
1aliA 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1aliB 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1aljA 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1aljB 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1alkA 1b8jA 0.2 449 449 98 Alkaline phosphatase
1alkB 1b8jA 0.3 449 449 98 Alkaline phosphatase
1allA 1phnB 1.8 155 160 34 allophycocyanin (apc)
1allB 1phnB 1.4 161 161 37 allophycocyanin (apc)
1aln 1ctt 0.2 294 294 100 cytidine deaminase biological_unit
1alo 1alo 0.0 907 907 100 aldehyde oxidoreductase (molybdenum iron sulfur protein
1alq 1btl 2.0 219 259 34 cp254 beta-lactamase Mutant biological_unit
1alu 1alu 0.0 157 157 100 interleukin-6
1alvA 1alvA 0.0 173 173 100 calpain fragment (s-camld)
1alvB 1alvA 0.6 173 173 100 calpain fragment (s-camld)
1alwA 1alvA 0.4 173 173 100 calpain fragment (s-camld)
1alwB 1alvA 0.6 173 173 100 calpain fragment (s-camld)
1aly 1aly 0.0 146 146 100 cd40 ligand fragment
1am1 1yer 1.5 207 213 70 heat shock protein 90 fragment (hsp90) biological_unit
1am2 1am2 0.0 181 181 100 mxe gyra intein Mutant
1am4A 1tx4A 0.9 186 199 99 p50-rhogap cdc42hs Mutant
1am4B 1tx4A 0.9 186 199 99 p50-rhogap cdc42hs Mutant
1am4C 1tx4A 0.9 186 199 99 p50-rhogap cdc42hs Mutant
1am4D 1mh1 0.8 174 174 72 p50-rhogap cdc42hs Mutant
1am4E 1mh1 0.8 174 174 72 p50-rhogap cdc42hs Mutant
1am4F 1mh1 0.8 174 174 72 p50-rhogap cdc42hs Mutant
1am5 1smrA 2.0 323 324 41 pepsin (acid proteinase)
1am6 2cba 0.2 257 257 100 carbonic anhydrase biological_unit
1am7A 1am7A 0.0 154 154 100 lysozyme ec
1am7B 1am7A 1.1 146 154 100 lysozyme ec
1am7C 1am7A 0.3 154 154 100 lysozyme ec
1am9A 1am9A 0.0 80 80 100 sterol regulatory element binding protein 1a fragment (
1am9B 1am9A 1.4 75 75 100 sterol regulatory element binding protein 1a fragment (
1am9C 1am9A 0.6 80 82 100 sterol regulatory element binding protein 1a fragment (
1am9D 1am9A 1.3 76 76 100 sterol regulatory element binding protein 1a fragment (
1ama 1ajsA 1.0 401 402 46 Aspartate aminotransferase complex with alpha-methyl as
1ame 1msi 0.3 66 66 99 type iii antifreeze protein isoform hplc 12 Mutant biol
1amf 1wod 0.1 231 231 100 molybdate transport protein moda fragment
1amhA 5ptp 0.9 222 223 73 anionic trypsin Mutant
1amhB 5ptp 0.9 222 223 73 anionic trypsin Mutant
1ami 1amj 0.3 752 753 100 Aconitase complexed with alpha-methyl-isocitrate
1amj 1amj 0.0 753 753 100 Aconitase complexed with sulfate and hydroxide
1amk 1amk 0.0 250 250 100 triose phosphate isomerase biological_unit
1aml 1aml 0.0 40 40 100 amyloid a4
1amm 1amm 0.0 174 174 100 gamma b-crystallin (gamma ii-crystallin)
1amn 2bce 2.0 488 526 32 acetylcholinesterase
1amoA 1amoA 0.0 601 601 100 nadph-cytochrome p450 reductase fragment (cpr, p450r)
1amoB 1amoA 0.1 600 601 100 nadph-cytochrome p450 reductase fragment (cpr, p450r)
1amp 1amp 0.0 291 291 100 Aminopeptidase (aeromonas proteolytica)
1amq 1ajsA 1.2 396 396 39 Aspartate aminotransferase complexed with pyridoxamine
1amr 1ajsA 1.1 396 396 39 Aspartate aminotransferase complexed with pyridoxamine
1ams 1ajsA 1.2 396 396 39 Aspartate aminotransferase complexed with pyridoxamine
1amuA 1amuA 0.0 509 509 100 gramicidin synthetase 1 fragment (grsa) biological_unit
1amuB 1amuA 0.5 508 508 99 gramicidin synthetase 1 fragment (grsa) biological_unit
1amw 1yer 1.2 205 213 70 heat shock protein 90 fragment (hsp90) biological_unit
1amx 1amx 0.0 150 150 100 collagen adhesin fragment (cbd19) biological_unit
1amy 1jdc 2.1 354 403 30 Alpha-1,4 glycan-4-glucanohydrolase (alpha-amylase, hig
1amz 1csh 0.1 435 435 100 citrate synthase biological_unit
1an0A 1mh1 2.1 179 189 68 cdc42hs-gdp (g25k gtp-binding protein)
1an0B 1mh1 1.9 178 187 68 cdc42hs-gdp (g25k gtp-binding protein)
1an1E 5ptp 0.5 223 223 81 tryptase inhibitor (ldti) trypsin Mutant
1an1I 1tgsI 0.9 36 40 51 tryptase inhibitor (ldti) trypsin Mutant
1an2A 1an2A 0.0 86 86 100 max protein fragment (myn protein) biological_unit DNA
1an2C 1an2A 0.0 86 86 100 max protein fragment (myn protein) biological_unit DNA
1an4A 1an4A 0.0 65 65 100 usf fragment (upstream stimulatory factor 1) Mutant bio
1an4B 1an4A 3.6 61 65 84 usf fragment (upstream stimulatory factor 1) Mutant bio
1an5A 1bkpA 1.7 259 265 36 thymidylate synthase (ts, thymidylate synthetase)
1an5B 1bkpA 1.7 259 265 36 thymidylate synthase (ts, thymidylate synthetase)
1an7A 1seiA 1.5 127 136 61 ribosomal protein s8
1an7B 1seiA 1.6 127 136 61 ribosomal protein s8
1an8 1an8 0.0 206 206 100 streptococcal pyrogenic exotoxin c (spe-c) biological_u
1an9A 1an9A 0.0 340 340 100 d-amino acid oxidase biological_unit
1an9B 1an9A 0.4 340 340 100 d-amino acid oxidase biological_unit
1anb 5ptp 0.5 221 223 73 anionic trypsin Mutant
1anc 5ptp 0.4 221 223 73 anionic trypsin Mutant
1and 5ptp 0.4 221 223 73 anionic trypsin Mutant
1ane 5ptp 0.4 221 223 73 anionic trypsin
1anf 4mbp 0.4 367 369 100 maltodextrin-binding protein biological_unit
1ang 7rsa 2.0 114 123 33 Angiogenin
1aniA 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1aniB 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1anjA 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1anjB 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1ankA 1zin 2.1 209 214 46 Adenylate kinase (adk)
1ankB 1zin 2.1 209 214 46 Adenylate kinase (adk)
1ann 1avc 1.6 312 315 54 annexin iv (32.5 kd calelectrin, endonexin i)
1antI 1ovaA 2.1 364 402 32 Antithrombin
1antL 1ovaA 2.3 349 392 33 Antithrombin
1anu 1aohA 0.7 137 138 71 cohesin-2
1anv 1anv 0.0 314 314 100 adenovirus single-stranded DNA-binding protein fragment
1anwA 1avc 2.2 310 319 57 Annexin v
1anwB 1avc 2.1 310 319 57 Annexin v
1anxA 1avc 1.6 314 316 57 Annexin v
1anxB 1avc 1.6 314 316 57 Annexin v
1anxC 1avc 1.6 314 316 57 Annexin v
1ao0A 1ecfB 2.0 441 455 39 glutamine phosphoribosylpyrophosphate amidotransferase
1ao0B 1ecfB 2.0 441 455 39 glutamine phosphoribosylpyrophosphate amidotransferase
1ao0C 1ecfB 2.0 441 455 39 glutamine phosphoribosylpyrophosphate amidotransferase
1ao0D 1ecfB 2.0 441 455 39 glutamine phosphoribosylpyrophosphate amidotransferase
1ao3A 1atzA 0.6 184 187 100 von willebrand factor fragment
1ao3B 1atzA 0.8 184 187 100 von willebrand factor fragment
1ao5A 5ptp 1.3 222 236 38 glandular kallikrein-13 (prorenin converting enzyme (pr
1ao5B 5ptp 1.2 222 236 38 glandular kallikrein-13 (prorenin converting enzyme (pr
1ao6A 1bj5 4.1 548 578 100 serum albumin
1ao6B 1bj5 4.1 549 578 100 serum albumin
1ao7A 1agdA 0.9 274 274 84 hla-a 0201 fragment (hla-a2 heavy chain) biological_uni
1ao7B 1agdB 0.4 99 100 98 hla-a 0201 fragment (hla-a2 heavy chain) biological_uni
1ao7D 1tcrA 1.4 113 115 37 hla-a 0201 fragment (hla-a2 heavy chain) biological_uni
1ao7E 1bec 1.6 204 209 71 hla-a 0201 fragment (hla-a2 heavy chain) biological_uni
1ao8 3dfr 0.9 144 163 98 dihydrofolate reductase (dhfr) biological_unit
1aoa 1aoa 0.0 247 247 100 t-fimbrin fragment
1aob 1bkpA 1.6 259 264 36 thymidylate synthase (ts, thymidylate synthetase)
1aocA 1aocA 0.0 175 175 100 coagulogen
1aocB 1aocA 1.9 166 175 98 coagulogen
1aod 2plc 0.2 251 274 100 phosphatidylinositol-specific phospholipase c (pi-plc)
1aoeA 1aoeA 0.0 192 192 100 dihydrofolate reductase (dhfr) biological_unit
1aoeB 1aoeA 1.0 191 192 100 dihydrofolate reductase (dhfr) biological_unit
1aofA 1aomB 1.7 526 532 99 nitrite reductase biological_unit
1aofB 1aomB 1.3 526 542 99 nitrite reductase biological_unit
1aogA 3grs 1.3 442 484 36 trypanothione reductase biological_unit
1aogB 3grs 1.3 441 482 37 trypanothione reductase biological_unit
1aohA 1aohA 0.0 143 143 100 cellulosome-integrating protein cipa fragment
1aohB 1aohA 0.3 143 147 100 cellulosome-integrating protein cipa fragment
1aoiA 1aoiA 0.0 98 98 100 histone h3 histone h4 histone h2a histone h2b Mutant DN
1aoiB 1aoiB 0.0 83 83 100 histone h3 histone h4 histone h2a histone h2b Mutant DN
1aoiC 1aoiC 0.0 115 115 100 histone h3 histone h4 histone h2a histone h2b Mutant DN
1aoiD 1aoiD 0.0 99 99 100 histone h3 histone h4 histone h2a histone h2b Mutant DN
1aoiE 1aoiA 2.3 66 116 79 histone h3 histone h4 histone h2a histone h2b Mutant DN
1aoiF 1aoiB 2.0 82 87 100 histone h3 histone h4 histone h2a histone h2b Mutant DN
1aoiG 1aoiC 0.4 107 108 100 histone h3 histone h4 histone h2a histone h2b Mutant DN
1aoiH 1aoiD 1.0 99 99 100 histone h3 histone h4 histone h2a histone h2b Mutant DN
1aojA 1aojA 0.0 60 60 100 eps8 fragment (src homology domain) biological_unit
1aojB 1aojA 1.7 60 60 100 eps8 fragment (src homology domain) biological_unit
1aokA 1poa 1.7 112 122 40 vipoxin complex (phospholipase a2 inhibitor and phospho
1aokB 1poa 1.6 112 122 45 vipoxin complex (phospholipase a2 inhibitor and phospho
1aol 1aol 0.0 227 227 100 gp70 fragment (su)
1aomA 1aomB 0.4 439 439 100 nitrite reductase biological_unit
1aomB 1aomB 0.0 551 559 100 nitrite reductase biological_unit
1aoo 1aoo 0.0 40 40 100 ag-metallothionein (ag-mt) biological_unit
1aop 2aop 0.3 456 456 100 sulfite reductase hemoprotein (sirhp)
1aoqA 1aomB 0.4 551 551 100 nitrite reductase biological_unit
1aoqB 1aomB 0.2 551 559 100 nitrite reductase biological_unit
1aorA 1b25A 1.6 588 605 39 Aldehyde ferredoxin oxidoreductase protein complexed wi
1aorB 1b25A 1.6 588 605 39 Aldehyde ferredoxin oxidoreductase protein complexed wi
1aosA 1auwA 0.8 434 434 71 argininosuccinate lyase biological_unit
1aosB 1auwA 0.8 434 434 71 argininosuccinate lyase biological_unit
1aotF 1lkkA 2.2 101 106 54 fyn protein-tyrosine kinase fragment (src homology 2 do
1aouF 1lkkA 2.1 100 106 55 fyn protein-tyrosine kinase fragment (src homology 2 do
1aov 1cb6A 5.2 543 686 47 apo-ovotransferrin
1aow 1avc 1.5 304 309 54 annexin iv (32.5 kd calelectrin, endonexin i) biologica
1aoxA 1aoxA 0.0 201 201 100 integrin alpha 2 beta fragment
1aoxB 1aoxA 0.8 197 201 100 integrin alpha 2 beta fragment
1aoy 1aoy 0.0 78 78 100 arginine repressor fragment
1aozA 1aozA 0.0 552 552 100 Ascorbate oxidase
1aozB 1aozA 0.3 552 552 100 Ascorbate oxidase
1ap0 1ap0 0.0 73 73 100 modifier protein 1 fragment (momod1, heterochromatin pr
1ap2A 8fabA 1.6 103 112 50 monoclonal antibody c219 fragment (variable domain)
1ap2B 1mfa 1.3 115 120 56 monoclonal antibody c219 fragment (variable domain)
1ap2C 8fabA 1.5 101 113 49 monoclonal antibody c219 fragment (variable domain)
1ap2D 1mfa 1.3 115 123 56 monoclonal antibody c219 fragment (variable domain)
1ap4 1ncx 3.0 86 89 64 cardiac n-troponin c fragment (cntnc)
1ap5A 1avmA 1.4 197 198 45 manganese superoxide dismutase Mutant biological_unit
1ap5B 1avmA 1.5 197 198 45 manganese superoxide dismutase Mutant biological_unit
1ap6A 1avmA 1.5 197 198 45 manganese superoxide dismutase Mutant biological_unit
1ap6B 1avmA 1.5 197 198 45 manganese superoxide dismutase Mutant biological_unit
1ap7 1bd8 1.9 148 168 82 p19-ink4d (cyclin dependent kinase 4 inhibitor d) biolo
1ap8 1ap8 0.0 213 213 100 translation initiation factor eif4e
1ap9 1brx 1.4 202 218 100 bacteriorhodopsin biological_unit
1apa 1mrj 1.8 238 261 28 Pokeweed antiviral protein (alpha)
1apb 8abp 0.4 305 305 99 L-Arabinose-binding protein (mutant with pro 254 replac
1apc 256bA 2.9 96 106 86 Cytochrome b562 (apo form) (NMR, 1 structure)
1apf 1ahl 2.7 48 49 88 anthopleurin-b (ap-b, axii)
1apgA 1mrj 1.3 240 267 38 Ricin (a chain) complex with adenyl(3'-->5')guanosine (
1apj 1apj 0.0 74 74 100 fibrillin fragment
1aplC 1akhB 1.2 59 59 100 Mat alpha2 homeodomain complexed with operator DNA
1aplD 1akhB 0.8 58 58 100 Mat alpha2 homeodomain complexed with operator DNA
1apmE 1cdkA 0.4 341 341 96 c-AMP-dependent protein kinase (cAPK) (catalytic subuni
1apnA 1nls 0.9 224 224 100 concanavalin a (con a)
1apnB 1nls 0.9 225 225 100 concanavalin a (con a)
1apo 1edmB 2.0 39 42 67 Egf-like module of blood coagulation factor x (n-termin
1apq 1apq 0.0 53 53 100 complement protease c1r fragment
1aps 2acy 2.3 94 98 55 Acylphosphatase (NMR, 5 structures)
1aptE 1bxo 0.5 297 323 98 Acid proteinase (penicillopepsin) complex with a tetrah
1apuE 1bxo 0.8 296 323 96 Acid proteinase (penicillopepsin) complex with a tetrah
1apvE 1bxo 0.6 297 323 97 Acid proteinase (penicillopepsin) complex with a tetrah
1apwE 1bxo 0.5 297 323 98 Acid proteinase (penicillopepsin) complex with a tetrah
1apxA 1ryc 1.7 243 249 35 cytosolic ascorbate peroxidase
1apxB 1ryc 1.6 243 249 35 cytosolic ascorbate peroxidase
1apxC 1ryc 1.7 243 249 35 cytosolic ascorbate peroxidase
1apxD 1ryc 1.6 243 249 35 cytosolic ascorbate peroxidase
1apyA 1apyA 0.0 161 161 100 aspartylglucosaminidase (aga, glycosylasparaginase)
1apyB 1apyB 0.0 141 141 100 aspartylglucosaminidase (aga, glycosylasparaginase)
1apyC 1apyA 0.6 161 161 100 aspartylglucosaminidase (aga, glycosylasparaginase)
1apyD 1apyB 0.3 141 141 100 aspartylglucosaminidase (aga, glycosylasparaginase)
1apzA 1apyA 0.5 161 161 100 aspartylglucosaminidase (aga, glycosylasparaginase) asp
1apzB 1apyB 0.3 141 141 100 aspartylglucosaminidase (aga, glycosylasparaginase) asp
1apzC 1apyA 0.6 161 161 100 aspartylglucosaminidase (aga, glycosylasparaginase) asp
1apzD 1apyB 0.3 141 141 100 aspartylglucosaminidase (aga, glycosylasparaginase) asp
1aq0A 1aq0A 0.0 306 306 100 1,3-1,4-beta-glucanase (1,3-1,4-beta-d-glucan 4-glucano
1aq0B 1aq0A 0.4 306 306 100 1,3-1,4-beta-glucanase (1,3-1,4-beta-d-glucan 4-glucano
1aq1 1p38 2.6 259 277 38 cyclin-dependent protein kinase 2 (cdk2)
1aq2 1ayl 0.6 527 534 100 phosphoenolpyruvate carboxykinase (atp-oxaloacetate car
1aq3A 1msc 2.9 127 129 94 ms2 protein capsid Mutant ms2 RNA fragment fragment
1aq3B 1msc 2.2 122 129 93 ms2 protein capsid Mutant ms2 RNA fragment fragment
1aq3C 1msc 2.8 127 129 94 ms2 protein capsid Mutant ms2 RNA fragment fragment
1aq4A 1msc 2.5 125 129 95 ms2 protein capsid Mutant ms2 RNA fragment fragment
1aq4B 1msc 2.1 121 129 92 ms2 protein capsid Mutant ms2 RNA fragment fragment
1aq4C 1msc 2.4 125 129 95 ms2 protein capsid Mutant ms2 RNA fragment fragment
1aq5A 1aq5A 0.0 47 47 100 cartilage matrix protein fragment (matrilin-1, cmp) Mut
1aq5B 1aq5A 0.1 47 47 100 cartilage matrix protein fragment (matrilin-1, cmp) Mut
1aq5C 1aq5A 0.1 47 47 100 cartilage matrix protein fragment (matrilin-1, cmp) Mut
1aq6A 1aq6A 0.0 245 245 100 l-2-haloacid dehalogenase biological_unit
1aq6B 1aq6A 0.3 245 245 100 l-2-haloacid dehalogenase biological_unit
1aq7 5ptp 0.4 222 222 99 trypsin
1aq8A 1nif 0.5 331 331 82 nitrite reductase biological_unit
1aq8B 1nif 0.6 331 331 82 nitrite reductase biological_unit
1aq8C 1nif 0.5 331 331 82 nitrite reductase biological_unit
1aqa 1cyo 1.3 84 84 93 cytochrome b5 fragment
1aqb 1aqb 0.0 175 175 100 retinol-binding protein (rbp)
1aqcA 1x11A 0.4 126 130 100 x11 fragment peptide
1aqcB 1x11A 0.8 110 121 100 x11 fragment peptide
1aqdA 1iakA 0.7 95 179 59 hla-dr1 class ii histocompatibility protein fragment (d
1aqdB 1iakB 0.8 107 187 64 hla-dr1 class ii histocompatibility protein fragment (d
1aqdD 1iakA 1.3 108 177 59 hla-dr1 class ii histocompatibility protein fragment (d
1aqdE 1iakB 0.9 181 187 65 hla-dr1 class ii histocompatibility protein fragment (d
1aqdG 1iakA 1.3 108 177 59 hla-dr1 class ii histocompatibility protein fragment (d
1aqdH 1iakB 1.2 181 187 65 hla-dr1 class ii histocompatibility protein fragment (d
1aqdJ 1iakA 1.3 108 177 59 hla-dr1 class ii histocompatibility protein fragment (d
1aqdK 1iakB 1.0 181 188 65 hla-dr1 class ii histocompatibility protein fragment (d
1aqe 3cyr 2.2 97 110 28 cytochrome c3 Mutant biological_unit
1aqfA 1a49A 2.0 488 519 98 pyruvate kinase biological_unit
1aqfB 1a49A 4.3 488 519 98 pyruvate kinase biological_unit
1aqfC 1a49A 4.3 488 519 98 pyruvate kinase biological_unit
1aqfD 1a49A 4.1 488 519 98 pyruvate kinase biological_unit
1aqfE 1a49A 1.1 398 426 98 pyruvate kinase biological_unit
1aqfF 1a49A 3.9 488 519 98 pyruvate kinase biological_unit
1aqfG 1a49A 3.9 488 519 98 pyruvate kinase biological_unit
1aqfH 1a49A 4.4 488 519 98 pyruvate kinase biological_unit
1aqh 1smd 1.3 436 448 48 alpha-amylase
1aqiA 2admA 0.4 382 383 100 adenine-n6-DNA-methyltransferase taqi
1aqiB 2admA 0.4 382 383 100 adenine-n6-DNA-methyltransferase taqi
1aqjA 2admA 0.3 381 382 99 adenine-n6-DNA-methyltransferase taqi
1aqjB 2admA 0.4 381 384 99 adenine-n6-DNA-methyltransferase taqi
1aqkH 1igtB 2.4 220 226 65 fab b7-15a2 fragment
1aqkL 8fabA 5.4 206 216 76 fab b7-15a2 fragment
1aqlA 2bce 1.3 486 532 96 bile-salt activated lipase (carboxyl ester lipase, ster
1aqlB 2bce 1.3 486 532 96 bile-salt activated lipase (carboxyl ester lipase, ster
1aqm 1smd 1.3 436 448 48 alpha-amylase
1aqn 1gci 0.8 266 275 60 subtilisin 8324 Mutant biological_unit
1aqp 7rsa 0.6 124 124 100 ribonuclease a (rnase a)
1aqq 1aoo 0.6 40 40 100 ag-metallothionein (ag-mt) biological_unit
1aqr 1aoo 2.0 36 40 100 cu-metallothionein (cu-mt) biological_unit
1aqs 1aoo 2.0 36 40 100 cu-metallothionein (cu-mt) biological_unit
1aqt 1aqt 0.0 135 135 100 atp synthase fragment Mutant
1aquA 1aquA 0.0 281 281 100 estrogen sulfotransferase (est)
1aquB 1aquA 0.9 280 280 99 estrogen sulfotransferase (est)
1aqvA 1pgtA 0.5 209 209 99 glutathione s-transferase (gst) biological_unit p-bromo
1aqvB 1pgtA 0.2 209 209 99 glutathione s-transferase (gst) biological_unit p-bromo
1aqwA 1pgtA 0.5 209 209 99 glutathione s-transferase (gst) biological_unit glutath
1aqwB 1pgtA 0.2 209 209 99 glutathione s-transferase (gst) biological_unit glutath
1aqwC 1pgtA 0.5 209 209 99 glutathione s-transferase (gst) biological_unit glutath
1aqwD 1pgtA 0.3 209 209 99 glutathione s-transferase (gst) biological_unit glutath
1aqxA 1pgtA 0.4 208 208 99 glutathione s-transferase (gst) biological_unit meisenh
1aqxB 1pgtA 0.5 208 208 99 glutathione s-transferase (gst) biological_unit meisenh
1aqxC 1pgtA 0.4 208 208 99 glutathione s-transferase (gst) biological_unit meisenh
1aqxD 1pgtA 0.4 208 208 99 glutathione s-transferase (gst) biological_unit meisenh
1aqyA 1aquA 0.2 281 283 100 estrogen sulfotransferase (est)
1aqyB 1aquA 0.2 279 280 100 estrogen sulfotransferase (est)
1aqzA 1aqzA 0.0 142 142 100 restrictocin
1aqzB 1aqzA 0.5 142 143 100 restrictocin
1ar0A 1ounA 0.2 125 125 99 nuclear transport factor 2 (pp15, b2) Mutant biological
1ar0B 1ounA 0.5 121 121 99 nuclear transport factor 2 (pp15, b2) Mutant biological
1ar1A 2occA 1.1 503 529 54 cytochrome c oxidase (cytochrome aa3, complex iv, ferro
1ar1B 2occB 1.5 226 252 34 cytochrome c oxidase (cytochrome aa3, complex iv, ferro
1ar1C 1igtB 0.6 118 118 90 cytochrome c oxidase (cytochrome aa3, complex iv, ferro
1ar1D 8fabA 1.5 103 108 45 cytochrome c oxidase (cytochrome aa3, complex iv, ferro
1ar2 8fabA 1.4 102 109 46 rei fragment (ig kappa chain v-i region) Mutant biologi
1ar4A 1avmA 0.2 201 201 100 superoxide dismutase (sod) biological_unit
1ar4B 1avmA 0.2 201 201 100 superoxide dismutase (sod) biological_unit
1ar5A 1avmA 0.3 201 201 100 superoxide dismutase (sod) biological_unit
1ar5B 1avmA 0.3 201 201 100 superoxide dismutase (sod) biological_unit
1ar61 1pov1 1.0 235 283 99 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar62 1aym2 1.6 250 268 53 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar63 1aym3 0.9 234 235 48 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar64 1pvc4 0.5 60 60 94 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar71 1pov1 1.0 235 283 99 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar72 1aym2 1.6 250 268 53 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar73 1aym3 0.9 234 235 48 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar74 1pvc4 0.5 60 60 94 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar81 1pov1 0.9 235 283 99 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar82 1aym2 1.6 250 268 53 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar83 1aym3 0.9 234 235 48 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar84 1pvc4 0.5 60 60 94 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar91 1pov1 0.5 235 283 100 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar92 1aym2 1.6 250 268 53 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar93 1aym3 0.9 234 235 48 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1ar94 1pvc4 0.5 60 60 94 p1MAHONEY POLIOVIRUS fragment Mutant biological_unit
1arb 1arb 0.0 263 263 100 Achromobacter protease i
1arc 1arb 0.2 263 264 100 Achromobacter protease i complex with n(alpha)-p-tosyl-
1argA 1ajsA 1.1 396 397 39 aspartate aminotransferase (aspartate transaminase)
1argB 1ajsA 1.1 396 397 39 aspartate aminotransferase (aspartate transaminase)
1arhA 1ajsA 1.2 396 397 39 aspartate aminotransferase (aspartate transaminase) Mut
1arhB 1ajsA 1.2 396 397 39 aspartate aminotransferase (aspartate transaminase) Mut
1ariA 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ariB 1ajsA 1.1 396 396 39 aspartate aminotransferase (aspartate transaminase) Mut
1ark 1bb9 1.9 56 60 34 nebulin fragment
1arl 1aye 0.5 301 307 66 apo-carboxypeptidase a=alpha= (cox) (zinc removed cpa)
1arm 1aye 0.5 301 307 66 hg-carboxypeptidase a=alpha= (cox) (mercury replaced cp
1arn 1nwpA 0.7 127 129 62 Azurin ii
1aroL 1lba 0.7 146 149 99 t7 RNA polymerase Mutant biological_unit t7 lysozyme (n
1aroP 1aroP 0.0 769 769 100 t7 RNA polymerase Mutant biological_unit t7 lysozyme (n
1arp 1arv 0.2 336 336 100 Peroxidase
1arqA 1bazA 2.1 47 53 98 Arc repressor (NMR, 16 structures)
1arqB 1bazA 3.1 48 53 98 Arc repressor (NMR, 16 structures)
1arrA 1bazA 3.2 49 53 98 Arc repressor (NMR, minimized average structure)
1arrB 1bazA 2.6 48 53 98 Arc repressor (NMR, minimized average structure)
1ars 1ajsA 1.3 396 396 39 Aspartate aminotransferase complexed with pyridoxal-5'-
1art 1ajsA 1.1 396 397 39 Aspartate aminotransferase complexed with pyridoxal-5'-
1aru 1arv 0.1 336 336 100 peroxidase
1arv 1arv 0.0 336 336 100 peroxidase
1arw 1arv 0.1 336 336 100 peroxidase
1arx 1arv 0.2 336 336 100 peroxidase
1ary 1arv 0.3 336 336 100 peroxidase
1arzA 1drw 1.0 270 270 100 dihydrodipicolinate reductase (dhpr) biological_unit
1arzB 1drw 4.2 269 269 100 dihydrodipicolinate reductase (dhpr) biological_unit
1arzC 1drw 4.2 270 271 100 dihydrodipicolinate reductase (dhpr) biological_unit
1arzD 1drw 4.1 245 271 100 dihydrodipicolinate reductase (dhpr) biological_unit
1as0 1cipA 0.5 310 313 98 gia1 (guanine nucleotide-binding protein g(i), alpha-1
1as2 1cipA 1.2 305 315 97 gia1 Mutant biological_unit
1as3 1cipA 1.1 295 330 98 gia1 Mutant biological_unit
1as4A 1sek 2.1 313 336 32 antichymotrypsin fragment (act) Mutant
1as4B 1as4B 0.0 33 33 100 antichymotrypsin fragment (act) Mutant
1as6A 1nif 0.5 332 335 82 nitrite reductase biological_unit
1as6B 1nif 0.5 332 336 82 nitrite reductase biological_unit
1as6C 1nif 0.5 332 335 82 nitrite reductase biological_unit
1as7A 1nif 0.5 333 337 82 nitrite reductase biological_unit
1as7B 1nif 0.6 333 337 82 nitrite reductase biological_unit
1as7C 1nif 0.5 333 337 82 nitrite reductase biological_unit
1as8A 1nif 0.5 332 336 82 nitrite reductase biological_unit
1as8B 1nif 0.6 332 336 82 nitrite reductase biological_unit
1as8C 1nif 0.5 332 336 82 nitrite reductase biological_unit
1asa 1ajsA 1.1 396 396 39 Aspartate aminotransferase wild type complexed with pyr
1asb 1ajsA 1.1 396 396 39 Aspartate aminotransferase mutant with asp 223 replaced
1asc 1ajsA 1.3 396 396 39 Aspartate aminotransferase mutant with asp 223 replaced
1asd 1ajsA 1.1 396 396 39 Aspartate aminotransferase wild type complexed with n-m
1ase 1ajsA 1.1 396 396 39 Aspartate aminotransferase wild type complexed with pyr
1asf 1ajsA 1.4 396 396 39 Aspartate aminotransferase mutant with tyr 226 replaced
1asg 1ajsA 1.1 396 396 39 Aspartate aminotransferase mutant with tyr 226 replaced
1ash 1ash 0.0 147 147 100 Hemoglobin (domain one)
1asj1 1pov1 0.5 235 283 100 p1MAHONEY POLIOVIRUS fragment
1asj2 1aym2 1.6 250 268 53 p1MAHONEY POLIOVIRUS fragment
1asj3 1aym3 0.9 234 235 48 p1MAHONEY POLIOVIRUS fragment
1asj4 1pvc4 0.5 60 60 94 p1MAHONEY POLIOVIRUS fragment
1askA 1ounA 0.2 125 125 99 nuclear transport factor 2 (pp15, b2) Mutant biological
1askB 1ounA 0.5 120 120 99 nuclear transport factor 2 (pp15, b2) Mutant biological
1aslA 1ajsA 1.1 396 397 39 Aspartate aminotransferase (wild type) complex with 2-m
1aslB 1ajsA 1.1 396 397 39 Aspartate aminotransferase (wild type) complex with 2-m
1asmA 1ajsA 1.1 396 396 39 Aspartate aminotransferase (wild type, pyridoxal-5'-pho
1asmB 1ajsA 1.1 396 396 39 Aspartate aminotransferase (wild type, pyridoxal-5'-pho
1asnA 1ajsA 1.3 396 396 39 Aspartate aminotransferase (wild type, pyridoxal-5'-pho
1asnB 1ajsA 1.3 396 396 39 Aspartate aminotransferase (wild type, pyridoxal-5'-pho
1asoA 1aozA 0.2 552 552 100 Ascorbate oxidase (reduced form)
1asoB 1aozA 0.3 552 552 100 Ascorbate oxidase (reduced form)
1aspA 1aozA 0.2 552 552 100 Ascorbate oxidase (peroxide form)
1aspB 1aozA 0.3 552 552 100 Ascorbate oxidase (peroxide form)
1asqA 1aozA 0.2 552 552 100 Ascorbate oxidase (azide form)
1asqB 1aozA 0.3 552 552 100 Ascorbate oxidase (azide form)
1ass 1ass 0.0 152 152 100 thermosome fragment
1ast 1iae 0.1 200 200 100 Astacin
1asu 1vsd 1.4 145 162 100 avian sarcoma virus integrase Mutant
1asv 1vsd 0.4 146 146 100 avian sarcoma virus integrase Mutant
1asw 1vsd 0.4 146 152 97 avian sarcoma virus integrase Mutant
1asx 1ass 1.5 152 152 100 thermosome fragment
1asyA 1aszB 0.9 490 490 100 Aspartyl trna synthetase (asprs) complexed with transfe
1asyB 1aszB 0.7 394 490 97 Aspartyl trna synthetase (asprs) complexed with transfe
1aszA 1aszB 0.8 490 490 100 Aspartyl trna synthetase (asprs) complexed with transfe
1aszB 1aszB 0.0 490 490 100 Aspartyl trna synthetase (asprs) complexed with transfe
1at0 1at0 0.0 145 145 100 17-hedgehog fragment
1at1A 8atcA 0.4 310 310 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
1at1B 8atcB 1.6 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
1at1C 8atcA 0.3 310 310 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
1at1D 8atcB 0.6 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
1at3A 1at3A 0.0 217 217 100 herpes simplex virus type ii protease biological_unit
1at3B 1at3A 0.2 217 217 100 herpes simplex virus type ii protease biological_unit
1at5 3lzt 0.7 127 127 100 lysozyme
1at6 3lzt 0.8 129 129 99 lysozyme
1at9 1brx 0.8 202 230 100 bacteriorhodopsin
1ata 1eaiC 2.8 56 62 47 Trypsin inhibitor (ph 4.75) (NMR, minimized average str
1atb 1eaiC 2.9 56 62 47 Trypsin inhibitor (ph 2.4) (NMR, minimized average stru
1atd 1eaiC 2.8 56 62 47 Trypsin inhibitor (ph 4.75) (NMR, 32 structures)
1ate 1eaiC 3.1 56 62 47 Trypsin inhibitor (ph 2.4) (NMR, 32 structures)
1atg 1atg 0.0 231 231 100 periplasmic molybdate-binding protein (moda)
1athA 1ovaA 2.0 362 389 32 Antithrombin iii
1athB 1ovaA 2.1 335 362 34 Antithrombin iii
1atiA 1atiA 0.0 437 437 100 glycyl-trna synthetase (glycine-trna ligase)
1atiB 1atiA 1.2 436 436 100 glycyl-trna synthetase (glycine-trna ligase)
1atjA 1bgp 1.4 286 306 42 peroxidase c1a (horseradish peroxidase c1a, hrp c)
1atjB 1bgp 1.4 286 306 42 peroxidase c1a (horseradish peroxidase c1a, hrp c)
1atjC 1bgp 1.4 286 306 42 peroxidase c1a (horseradish peroxidase c1a, hrp c)
1atjD 1bgp 1.4 286 306 42 peroxidase c1a (horseradish peroxidase c1a, hrp c)
1atjE 1bgp 1.4 286 306 42 peroxidase c1a (horseradish peroxidase c1a, hrp c)
1atjF 1bgp 1.4 286 306 42 peroxidase c1a (horseradish peroxidase c1a, hrp c)
1atk 1ppn 1.1 207 215 44 cathepsin k
1atlA 1atlA 0.0 200 200 100 atrolysin c (hemorrhagic toxin c, form d)
1atlB 1atlA 0.2 200 200 100 atrolysin c (hemorrhagic toxin c, form d)
1atnA 2btfA 1.3 371 372 93 Deoxyribonuclease i complex with actin
1atnD 3dni 0.4 258 258 100 Deoxyribonuclease i complex with actin
1atpE 1cdkA 0.4 336 336 97 c-AMP-dependent protein kinase (cAPK) (catalytic subuni
1atr 1ba1 0.4 378 383 99 Heat-shock cognate 70 kd protein (44 kd atpase n-termin
1ats 1ba1 0.5 378 382 99 Heat-shock cognate 70 kd protein (44 kd atpase n-termin
1attA 1ovaA 2.3 356 420 31 Antithrombin iii (atiii) (synchrotron radiation)
1attB 1ovaA 2.4 359 410 31 Antithrombin iii (atiii) (synchrotron radiation)
1atu 1ovaA 2.4 359 374 30 alpha-1-antitrypsin Mutant
1atx 1ahl 3.2 41 46 71 ATX ia (NMR, 8 structures)
1aty 1aty 0.0 46 46 100 F1fo atp synthase subunit c (residues 9 - 26, 52 - 79)
1atzA 1atzA 0.0 184 184 100 von willebrand factor fragment
1atzB 1atzA 0.4 184 189 100 von willebrand factor fragment
1au0 1ppn 1.2 206 215 44 cathepsin k
1au1A 1au1A 0.0 166 166 100 interferon-beta
1au1B 1au1A 1.8 161 163 97 interferon-beta
1au2 1ppn 1.2 206 215 44 cathepsin k
1au3 1ppn 1.1 207 215 44 cathepsin k
1au4 1ppn 1.1 207 215 44 cathepsin k
1au7A 1au7A 0.0 130 130 100 pit-1 fragment (ghf-1) Mutant biological_unit DNA
1au7B 1au7A 1.1 128 128 100 pit-1 fragment (ghf-1) Mutant biological_unit DNA
1au8A 1a7s 1.5 209 224 36 cathepsin g phosphonate inhibitor suc-val-pro-lysp-(oph
1au9 1gci 0.8 266 275 60 subtilisin bpn' Mutant
1aua 1aua 0.0 296 296 100 phosphatidylinositol transfer protein sec14p biological
1aub 1aub 0.0 46 46 100 hiv-2 integrase fragment
1auc 1erv 0.2 105 105 99 thioredoxin
1audA 1urnA 1.5 95 101 96 u1a 102 fragment (u1 small nuclear ribonucleoprotein a)
1aueA 1nsgB 0.7 91 92 100 fkbp-rapamycin associated protein fragment (frap, frb)
1aueB 1nsgB 0.5 91 94 100 fkbp-rapamycin associated protein fragment (frap, frb)
1augA 1a2zA 1.2 209 210 36 pyroglutamyl peptidase-1 (pgp-1, pyrrolidone-carboxylat
1augB 1a2zA 1.2 209 210 36 pyroglutamyl peptidase-1 (pgp-1, pyrrolidone-carboxylat
1augC 1a2zA 1.1 209 210 36 pyroglutamyl peptidase-1 (pgp-1, pyrrolidone-carboxylat
1augD 1a2zA 1.2 209 210 36 pyroglutamyl peptidase-1 (pgp-1, pyrrolidone-carboxylat
1auiA 1auiA 0.0 378 378 100 serineTHREONINE PHOSPHATASE 2B (calcineurin)
1auiB 1auiB 0.0 165 165 100 serineTHREONINE PHOSPHATASE 2B (calcineurin)
1auj 5ptp 0.2 223 223 99 trypsin
1auk 1auk 0.0 481 481 100 arylsulfatase a (cerebroside-3-sulfate-sulfatase)
1aum 1a8o 0.1 70 70 95 hiv capsid fragment (cac146)
1aun 1thv 1.1 200 208 54 pr-5d (osmotin-like protein) biological_unit
1auoA 1auoA 0.0 218 218 100 carboxylesterase biological_unit
1auoB 1auoA 0.5 218 218 100 carboxylesterase biological_unit
1aup 1k89 1.3 427 427 98 nad-specific glutamate dehydrogenase Mutant biological_
1auq 1auq 0.0 208 208 100 a1 domain of von willebrand factor fragment
1aurA 1auoA 0.2 218 218 100 carboxylesterase biological_unit
1aurB 1auoA 0.5 218 218 100 carboxylesterase biological_unit
1ausL 1burA 0.6 439 439 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1ausS 1rboC 0.8 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1autC 5ptp 1.4 218 239 38 activated protein c (autoprothrombin iia) d-phe-pro-mai
1autL 1hcgB 0.9 48 97 48 activated protein c (autoprothrombin iia) d-phe-pro-mai
1auuA 1auuA 0.0 55 55 100 sacy fragment
1auuB 1auuA 0.1 55 55 100 sacy fragment
1auvA 1auvA 0.0 292 292 100 synapsin ia fragment
1auvB 1auvA 0.9 291 293 100 synapsin ia fragment
1auwA 1auwA 0.0 447 447 100 delta 2 crystallin Mutant biological_unit
1auwB 1auwA 0.3 447 447 100 delta 2 crystallin Mutant biological_unit
1auwC 1auwA 0.5 447 447 100 delta 2 crystallin Mutant biological_unit
1auwD 1auwA 0.6 447 447 100 delta 2 crystallin Mutant biological_unit
1auxA 1auvA 0.6 292 292 96 synapsin ia fragment
1auxB 1auvA 0.8 291 292 95 synapsin ia fragment
1auyA 1auyA 0.0 163 163 100 turnip yellow mosaic virus (tymv) biological_unit
1auyB 1auyA 0.9 162 189 96 turnip yellow mosaic virus (tymv) biological_unit
1auyC 1auyA 1.1 162 189 97 turnip yellow mosaic virus (tymv) biological_unit
1auz 1auz 0.0 116 116 100 spoiiaa
1av1A 1av1A 0.0 201 201 100 apolipoprotein a-i fragment (apo a-i) Mutant
1av1B 1av1A 4.0 188 201 90 apolipoprotein a-i fragment (apo a-i) Mutant
1av1C 1av1A 0.1 201 201 100 apolipoprotein a-i fragment (apo a-i) Mutant
1av1D 1av1A 4.1 189 201 88 apolipoprotein a-i fragment (apo a-i) Mutant
1av4 1a2vA 1.9 595 620 33 amine oxidase (agao) biological_unit
1av5A 1kpf 0.6 111 113 100 protein kinase c interacting protein (pkci-1, protein k
1av5B 1kpf 0.5 111 113 100 protein kinase c interacting protein (pkci-1, protein k
1av6A 1v39 0.5 289 289 100 vp39 (poly(a) polymerase regulatory subunit) Mutant bio
1av7 1gci 1.0 265 274 61 subtilisin carlsberg, type viii (subtilopeptidase a) bi
1av8A 1xikA 0.6 340 340 100 ribonucleotide reductase r2 biological_unit
1av8B 1xikA 0.7 340 340 100 ribonucleotide reductase r2 biological_unit
1avaA 1jdc 2.0 352 403 30 barley alpha-amylase 2(cv menuet) (amy2) barley alpha-a
1avaB 1jdc 2.0 352 403 30 barley alpha-amylase 2(cv menuet) (amy2) barley alpha-a
1avaC 1avaC 0.0 181 181 100 barley alpha-amylase 2(cv menuet) (amy2) barley alpha-a
1avaD 1avaC 0.7 181 181 100 barley alpha-amylase 2(cv menuet) (amy2) barley alpha-a
1avbA 1led 1.5 215 226 38 arcelin-1
1avbB 1led 1.6 215 226 38 arcelin-1
1avc 1avc 0.0 642 642 100 annexin vi (p68, protein iii, 67-kda-calcimedin, lipoco
1avdA 2izk 1.4 103 123 36 Avidin complex with biotin
1avdB 2izk 1.4 103 124 36 Avidin complex with biotin
1aveA 2izk 1.4 103 123 37 Avidin (apo form)
1aveB 2izk 1.4 103 123 37 Avidin (apo form)
1avfA 1smrA 2.3 304 320 39 gastricsin (pepsinogen c)
1avfJ 1smrA 2.3 304 322 39 gastricsin (pepsinogen c)
1avgH 5ptp 1.3 218 259 38 thrombin triabin
1avgI 1avgI 0.0 142 142 100 thrombin triabin
1avgL 1ppbL 1.2 32 41 64 thrombin triabin
1avhA 1avc 2.1 310 318 57 Annexin v (hexagonal crystal form)
1avhB 1avc 2.3 311 318 57 Annexin v (hexagonal crystal form)
1avk 1a2vA 1.9 595 620 33 amine oxidase (agao) biological_unit
1avl 1a2vA 1.9 595 620 33 amine oxidase (agao) biological_unit
1avmA 1avmA 0.0 201 201 100 superoxide dismutase (sod) biological_unit
1avmB 1avmA 0.2 201 201 100 superoxide dismutase (sod) biological_unit
1avn 2cba 0.2 257 257 100 carbonic anhydrase ii (hca ii)
1avoA 1avoA 0.0 60 60 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoB 1avoB 0.0 140 140 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoC 1avoA 0.2 60 60 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoD 1avoB 0.1 140 140 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoE 1avoA 0.1 60 60 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoF 1avoB 0.1 140 140 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoG 1avoA 0.2 60 60 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoH 1avoB 0.1 140 140 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoI 1avoA 0.2 60 60 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoJ 1avoB 0.1 140 140 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoK 1avoA 0.2 60 60 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoL 1avoB 0.1 140 140 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoM 1avoA 0.2 60 60 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avoN 1avoB 0.1 140 140 100 11s regulator (reg(alpha), pa28(alpha)) biological_unit
1avpA 1avpA 0.0 204 204 100 adenoviral proteinase fragment (avp) biological_unit ad
1avqA 1avqA 0.0 228 228 100 lambda exonuclease (red alpha) Mutant biological_unit
1avqB 1avqA 0.7 228 228 100 lambda exonuclease (red alpha) Mutant biological_unit
1avqC 1avqA 0.6 225 225 100 lambda exonuclease (red alpha) Mutant biological_unit
1avr 1avc 2.0 310 316 57 Annexin v (rhombohedral crystal form)
1avsA 1cll 0.6 70 81 45 troponin c fragment
1avsB 1cll 0.7 70 82 45 troponin c fragment
1avt 1gci 1.0 265 274 61 subtilisin carlsberg, type viii fragment (subtilopeptid
1avu 1wba 1.7 159 172 40 trypsin inhibitor (sti)
1avv 1efnB 0.6 99 99 100 negative factor fragment (nef, f-protein) Mutant
1avwA 5ptp 0.4 223 223 81 trypsin (ppt) trypsin inhibitor (sti)
1avwB 1wba 1.6 158 171 40 trypsin (ppt) trypsin inhibitor (sti)
1avxA 5ptp 0.5 223 223 81 trypsin (ppt) trypsin inhibitor (sti)
1avxB 1wba 1.5 158 172 40 trypsin (ppt) trypsin inhibitor (sti)
1avyA 1avyB 0.4 54 68 100 fibritin fragment (gpwac m) Mutant biological_unit
1avyB 1avyB 0.0 54 54 100 fibritin fragment (gpwac m) Mutant biological_unit
1avyC 1avyC 0.0 68 68 100 fibritin fragment (gpwac m) Mutant biological_unit
1avzA 1efnB 0.5 100 100 100 negative factor fragment (nef, f-protein) Mutant (sh3 d
1avzB 1efnB 0.6 100 103 100 negative factor fragment (nef, f-protein) Mutant (sh3 d
1avzC 1bbzA 1.5 55 57 48 negative factor fragment (nef, f-protein) Mutant (sh3 d
1aw0 1aw0 0.0 72 72 100 menkes copper-transporting atpase fragment
1aw1A 1amk 1.3 246 255 39 triosephosphate isomerase biological_unit
1aw1B 1amk 1.3 246 254 39 triosephosphate isomerase biological_unit
1aw1D 1amk 1.3 246 255 39 triosephosphate isomerase biological_unit
1aw1E 1amk 1.3 246 254 39 triosephosphate isomerase biological_unit
1aw1G 1amk 1.3 246 255 39 triosephosphate isomerase biological_unit
1aw1H 1amk 1.3 246 254 39 triosephosphate isomerase biological_unit
1aw1J 1amk 1.3 246 255 39 triosephosphate isomerase biological_unit
1aw1K 1amk 1.3 246 254 39 triosephosphate isomerase biological_unit
1aw2A 1amk 1.6 246 255 39 triosephosphate isomerase biological_unit
1aw2B 1amk 1.6 246 254 39 triosephosphate isomerase biological_unit
1aw2D 1amk 1.6 246 255 39 triosephosphate isomerase biological_unit
1aw2E 1amk 1.6 246 254 39 triosephosphate isomerase biological_unit
1aw2G 1amk 1.6 246 255 39 triosephosphate isomerase biological_unit
1aw2H 1amk 1.6 246 254 39 triosephosphate isomerase biological_unit
1aw2J 1amk 1.6 246 255 39 triosephosphate isomerase biological_unit
1aw2K 1amk 1.6 246 254 39 triosephosphate isomerase biological_unit
1aw3 1cyo 1.8 88 94 88 cytochrome b5 fragment
1aw5 1aw5 0.0 326 326 100 5-aminolevulinate dehydratase (porphobilinogen synthase
1aw6 1pyc 2.2 37 43 41 gal4 (cd) fragment
1aw7A 1aw7A 0.0 194 194 100 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1aw7B 1aw7A 0.3 194 194 100 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1aw7C 1aw7A 0.2 194 194 100 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1aw7D 1aw7A 0.2 194 194 100 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1aw8B 1aw8B 0.0 91 91 100 l-aspartate-alpha-decarboxylase biological_unit
1aw8E 1aw8B 0.3 90 90 100 l-aspartate-alpha-decarboxylase biological_unit
1aw9 1gnwA 1.4 200 216 46 glutathione s-transferase iii biological_unit
1awbA 1imbA 0.2 272 272 100 myo-inositol monophosphatase biological_unit
1awbB 1imbA 0.3 272 272 100 myo-inositol monophosphatase biological_unit
1awcA 1awcA 0.0 110 110 100 ga binding protein alpha fragment (gabpalpha) ga bindin
1awcB 1bd8 1.7 149 153 30 ga binding protein alpha fragment (gabpalpha) ga bindin
1awd 1awd 0.0 94 94 100 ferredoxin
1awe 1dbh 3.5 127 130 87 sos1 fragment
1awfH 5ptp 1.3 218 258 38 alpha thrombin (factor ii) hirugen
1awhA 1ppbL 1.2 34 36 86 alpha thrombin (factor ii)
1awhB 5ptp 1.3 218 259 38 alpha thrombin (factor ii)
1awhC 1ppbL 1.7 34 36 86 alpha thrombin (factor ii)
1awhD 5ptp 1.3 218 259 38 alpha thrombin (factor ii)
1awiA 1pne 0.7 138 138 95 profilin biological_unit l-pro10
1awiB 1pne 0.7 138 138 95 profilin biological_unit l-pro10
1awj 1awj 0.0 77 77 100 itk fragment (il-2-inducible t-cell kinase) biological_
1awo 1bbzA 2.3 57 57 97 abl tyrosine kinase fragment Mutant
1awpA 1cyo 1.7 86 86 58 cytochrome b5 fragment Mutant
1awpB 1cyo 1.7 86 86 58 cytochrome b5 fragment Mutant
1awqA 2cpl 0.5 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awrA 2cpl 0.4 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awrB 2cpl 0.5 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awrC 2cpl 0.5 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awrD 2cpl 0.5 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awrE 2cpl 0.4 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awrF 2cpl 0.5 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awsA 2cpl 0.5 164 164 97 cyclophilin a Mutant biological_unit peptide from the h
1awtA 2cpl 0.5 164 164 97 cyclophilin a Mutant biological_unit peptide from the h
1awtB 2cpl 0.6 164 164 97 cyclophilin a Mutant biological_unit peptide from the h
1awtC 2cpl 0.5 164 164 97 cyclophilin a Mutant biological_unit peptide from the h
1awtD 2cpl 0.5 164 164 97 cyclophilin a Mutant biological_unit peptide from the h
1awtE 2cpl 0.4 164 164 97 cyclophilin a Mutant biological_unit peptide from the h
1awtF 2cpl 0.6 164 164 97 cyclophilin a Mutant biological_unit peptide from the h
1awuA 2cpl 0.6 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awvA 2cpl 0.5 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awvB 2cpl 0.6 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awvC 2cpl 0.5 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awvD 2cpl 0.5 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awvE 2cpl 0.4 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1awvF 2cpl 0.6 164 164 100 cyclophilin a biological_unit peptide from the hiv-1 ca
1aww 1bbzA 1.7 56 67 36 bruton's tyrosine kinase fragment (atk, amgx1, bpk)
1awx 1bbzA 1.6 56 67 36 bruton's tyrosine kinase fragment (atk, agmx1, bpk)
1awz 7rsa 1.9 112 123 34 angiogenin
1ax0 1led 1.6 229 239 39 lectin biological_unit
1ax1 1led 1.6 229 239 39 lectin biological_unit
1ax2 1led 1.5 228 239 39 lectin biological_unit
1ax3 1gpr 2.0 153 162 97 glucose permease iia domain fragment (iiaglc) biologica
1ax4A 1ax4A 0.0 465 465 100 tryptophanase (tryptophan indole-lyase) biological_unit
1ax4B 1ax4A 0.6 465 465 100 tryptophanase (tryptophan indole-lyase) biological_unit
1ax4C 1ax4A 0.3 465 465 100 tryptophanase (tryptophan indole-lyase) biological_unit
1ax4D 1ax4A 0.3 465 465 100 tryptophanase (tryptophan indole-lyase) biological_unit
1ax8 1ax8 0.0 130 130 100 obesity protein (leptin) Mutant biological_unit
1ax9 2bce 2.0 488 527 32 acetylcholinesterase
1axaA 1hvc 0.7 99 99 96 hiv-1 protease Mutant biological_unit
1axaB 1fmb 1.7 98 99 32 hiv-1 protease Mutant biological_unit
1axb 1btl 0.5 263 263 100 tem-1 beta lactamase Mutant
1axcA 1plq 1.4 248 249 36 pcna (proliferating cell nuclear antigen) biological_un
1axcC 1plq 1.3 247 248 36 pcna (proliferating cell nuclear antigen) biological_un
1axcE 1plq 1.4 248 253 36 pcna (proliferating cell nuclear antigen) biological_un
1axdA 1gnwA 1.3 204 209 39 glutathione s-transferase i biological_unit lactoylglut
1axdB 1gnwA 1.3 204 209 39 glutathione s-transferase i biological_unit lactoylglut
1axeA 2ohxA 0.2 374 374 99 alcohol dehydrogenase Mutant biological_unit
1axeB 2ohxA 0.2 374 374 99 alcohol dehydrogenase Mutant biological_unit
1axfA 1abwA 0.3 138 141 99 deshis deoxyhemoglobin a Mutant biological_unit
1axfB 1abwA 1.4 138 145 43 deshis deoxyhemoglobin a Mutant biological_unit
1axfC 1abwA 0.3 141 141 99 deshis deoxyhemoglobin a Mutant biological_unit
1axfD 1abwA 1.5 138 145 43 deshis deoxyhemoglobin a Mutant biological_unit
1axgA 2ohxA 0.4 374 374 99 alcohol dehydrogenase Mutant biological_unit
1axgB 2ohxA 0.4 374 374 99 alcohol dehydrogenase Mutant biological_unit
1axgC 2ohxA 0.4 374 374 99 alcohol dehydrogenase Mutant biological_unit
1axgD 2ohxA 0.5 374 374 99 alcohol dehydrogenase Mutant biological_unit
1axh 1axh 0.0 37 37 100 atracotoxin-hvi (actx-hvi)
1axiA 1huw 1.6 159 175 85 growth hormone (hgh) Mutant growth hormone receptor fra
1axiB 1axiB 0.0 191 191 100 growth hormone (hgh) Mutant growth hormone receptor fra
1axj 1axj 0.0 122 122 100 fmn-binding protein biological_unit
1axn 1avc 1.3 304 323 52 annexin iii
1axq 7fd1 0.2 106 106 100 ferredoxin biological_unit
1axr 1a8i 0.5 800 829 99 glycogen phosphorylase biological_unit
1axsA 8fabA 7.3 204 211 39 oxy-cope catalytic antibody fragment
1axsB 1mfa 1.3 114 221 64 oxy-cope catalytic antibody fragment
1axsH 1mfa 1.2 114 221 64 oxy-cope catalytic antibody fragment
1axsL 8fabA 7.3 204 211 39 oxy-cope catalytic antibody fragment
1axtH 1igtB 1.5 211 218 80 immunoglobulin igg2a fragment
1axtL 8fabA 6.5 204 216 42 immunoglobulin igg2a fragment
1axwA 1bkpA 1.8 259 265 36 thymidylate synthase (ts, thymidylate synthetase) biolo
1axwB 1bkpA 1.7 259 265 36 thymidylate synthase (ts, thymidylate synthetase) biolo
1axx 1cyo 1.9 87 94 91 cytochrome b5 fragment
1axy 1led 1.6 229 239 39 lectin biological_unit
1axz 1led 1.5 229 239 39 lectin biological_unit
1ay0A 1trkA 0.3 677 678 99 transketolase Mutant biological_unit
1ay0B 1trkA 0.3 677 678 99 transketolase Mutant biological_unit
1ay1H 1igtB 1.9 211 213 73 tp7 fab fragment
1ay1L 8fabA 5.6 201 210 45 tp7 fab fragment
1ay2 2pil 0.2 158 158 99 type 4 pilin (fimbriae) biological_unit
1ay4A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
1ay4B 1ajsA 1.9 388 389 33 aromatic amino acid aminotransferase (aroat) biological
1ay5A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
1ay5B 1ajsA 1.5 387 388 33 aromatic amino acid aminotransferase (aroat) biological
1ay6H 5ptp 1.3 220 251 38 thrombin (thr-ctam) biological_unit hirugen fragment
1ay7A 1rgeA 0.5 96 96 100 guanyl-specific ribonuclease sa barstar
1ay7B 1ay7B 0.0 89 89 100 guanyl-specific ribonuclease sa barstar
1ay8A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
1ay8B 1ajsA 1.4 387 388 33 aromatic amino acid aminotransferase (aroat) biological
1ay9A 1umuA 0.2 105 108 98 umud protein
1ay9B 1umuA 0.4 105 108 98 umud protein
1ayaA 1lkkA 1.6 95 101 35 Tyrosine phosphatase syp (n-terminal sh2 domain) (ptp1d
1ayaB 1lkkA 1.7 95 101 36 Tyrosine phosphatase syp (n-terminal sh2 domain) (ptp1d
1aybA 1lkkA 1.5 94 100 36 Tyrosine phosphatase syp (n-terminal sh2 domain) (ptp1d
1aycA 1lkkA 1.4 93 99 37 Tyrosine phosphatase syp (n-terminal sh2 domain) (ptp1d
1ayd 1lkkA 1.5 94 101 36 Tyrosine phosphatase syp (n-terminal sh2 domain) (ptp1d
1aye 1aye 0.0 401 401 100 procarboxypeptidase a2 (pcpa2) biological_unit
1ayfA 1ayfA 0.0 103 103 100 adrenodoxin
1ayfB 1ayfA 0.5 103 104 100 adrenodoxin
1ayg 451c 1.1 80 80 56 cytochrome c-552
1ayi 1cei 0.2 84 86 100 colicin e immunity protein 7 (im7) biological_unit
1ayj 1ayj 0.0 51 51 100 antifungal protein 1 (rs-afp1)
1ayk 1hfc 1.3 157 169 100 collagenase (mmp-1, fibroblast collagenase)
1ayl 1ayl 0.0 532 532 100 phosphoenolpyruvate carboxykinase (atp-oxaloacetate car
1aym1 1aym1 0.0 285 285 100 human rhinovirus 16 coat protein (hrv16) Mutant biologi
1aym2 1aym2 0.0 252 252 100 human rhinovirus 16 coat protein (hrv16) Mutant biologi
1aym3 1aym3 0.0 238 238 100 human rhinovirus 16 coat protein (hrv16) Mutant biologi
1ayn1 1aym1 0.1 285 285 100 human rhinovirus 16 coat protein (hrv16) Mutant biologi
1ayn2 1aym2 0.1 252 252 100 human rhinovirus 16 coat protein (hrv16) Mutant biologi
1ayn3 1aym3 0.1 238 238 100 human rhinovirus 16 coat protein (hrv16) Mutant biologi
1ayoA 1ayoA 0.0 130 130 100 alpha-2-macroglobulin fragment
1ayoB 1ayoA 0.7 130 130 100 alpha-2-macroglobulin fragment
1aypA 1poa 1.3 115 124 38 Phospholipase a2 complexed with an acylamino phospholip
1aypB 1poa 1.3 115 124 38 Phospholipase a2 complexed with an acylamino phospholip
1aypC 1poa 1.3 115 124 38 Phospholipase a2 complexed with an acylamino phospholip
1aypD 1poa 1.3 115 124 38 Phospholipase a2 complexed with an acylamino phospholip
1aypE 1poa 1.3 115 124 38 Phospholipase a2 complexed with an acylamino phospholip
1aypF 1poa 1.3 115 124 38 Phospholipase a2 complexed with an acylamino phospholip
1ayrA 1cf1A 1.3 339 368 97 arrestin (retinal s-antigen, 48 kd protein) biological_
1ayrB 1cf1A 1.1 339 363 100 arrestin (retinal s-antigen, 48 kd protein) biological_
1ayrC 1cf1A 1.3 339 368 97 arrestin (retinal s-antigen, 48 kd protein) biological_
1ayrD 1cf1A 1.1 339 363 100 arrestin (retinal s-antigen, 48 kd protein) biological_
1ayu 1ppn 1.1 207 215 44 cathepsin k
1ayv 1ppn 1.1 207 215 44 cathepsin k
1ayw 1ppn 1.2 206 215 44 cathepsin k
1ayx 1ayx 0.0 492 492 100 glucoamylase
1ayyA 1apyA 1.4 137 138 45 glycosylasparaginase (aspartylglucosaminidase) biologic
1ayyB 1apyB 1.2 133 143 37 glycosylasparaginase (aspartylglucosaminidase) biologic
1ayyC 1apyA 1.3 137 140 45 glycosylasparaginase (aspartylglucosaminidase) biologic
1ayyD 1apyB 1.2 133 144 37 glycosylasparaginase (aspartylglucosaminidase) biologic
1ayzA 1u9aA 1.6 148 153 39 ubiquitin-conjugating enzyme rad6 (ubc2)
1ayzB 1u9aA 1.6 148 153 39 ubiquitin-conjugating enzyme rad6 (ubc2)
1ayzC 1u9aA 1.6 148 153 39 ubiquitin-conjugating enzyme rad6 (ubc2)
1az0A 1rvaA 0.2 237 237 100 ecorv endonuclease DNA
1az0B 1rvaA 0.4 227 229 100 ecorv endonuclease DNA
1az1 1frb 0.9 313 314 70 aldose reductase Mutant biological_unit
1az2 1frb 0.9 313 314 70 aldose reductase Mutant biological_unit
1az3A 1rvaA 1.5 185 186 100 ecorv endonuclease
1az3B 1rvaA 0.8 215 215 100 ecorv endonuclease
1az4A 1rvaA 1.5 186 187 99 ecorv endonuclease
1az4B 1rvaA 1.2 215 215 99 ecorv endonuclease
1az5 1hvc 1.4 95 95 48 siv protease (siv proteinase) Mutant biological_unit
1az6 2cbh 2.1 34 36 98 cellobiohydrolase i fragment (cbd) Mutant
1az8 5ptp 0.2 223 223 99 trypsin
1az9 1az9 0.0 440 440 100 aminopeptidase p (ampp) biological_unit
1azbA 1nwpA 0.7 127 129 61 Azurin (copper-removed)
1azbB 1nwpA 0.8 127 129 61 Azurin (copper-removed)
1azcA 1nwpA 0.7 127 129 61 Azurin (apo form)
1azcB 1nwpA 0.8 127 129 61 Azurin (apo form)
1azdA 1nls 0.7 237 237 98 conbr (cbr) biological_unit
1azdB 1nls 0.7 237 237 98 conbr (cbr) biological_unit
1azdC 1nls 0.7 237 237 98 conbr (cbr) biological_unit
1azdD 1nls 0.7 237 237 98 conbr (cbr) biological_unit
1azf 3lzt 0.8 129 129 100 lysozyme
1azgB 1bbzA 1.6 55 58 48 pro-pro-arg-pro-leu-pro-val-ala-pro-gly-ser-ser- lys-th
1azh 1azh 0.0 36 36 100 cellobiohydrolase i fragment (cbd) Mutant
1azi 1a6m 0.8 151 153 87 myoglobin
1azj 2cbh 1.3 36 36 98 cellobiohydrolase i fragment (cbd) Mutant
1azk 2cbh 2.4 36 36 98 cellobiohydrolase i fragment (cbd) Mutant
1azl 5nul 1.9 136 147 29 flavodoxin Mutant
1azm 2cba 1.1 257 258 60 Carbonic anhydrase i complexed with inhibitor 5-acetami
1aznA 1nwpA 0.8 127 128 66 Azurin mutant with phe 114 replaced by ala (f114a)
1aznB 1nwpA 0.7 127 128 66 Azurin mutant with phe 114 replaced by ala (f114a)
1aznC 1nwpA 0.9 127 128 66 Azurin mutant with phe 114 replaced by ala (f114a)
1aznD 1nwpA 0.8 127 128 66 Azurin mutant with phe 114 replaced by ala (f114a)
1azo 1azo 0.0 214 214 100 muth (DNA mismatch repair protein muth)
1azpA 1azpA 0.0 66 66 100 sac7d (7 kd hyperthermophile DNA-binding protein) DNA
1azqA 1azpA 0.6 66 66 100 sac7d (7 kd hyperthermophile DNA-binding protein) DNA
1azrA 1nwpA 0.8 127 128 65 Azurin mutant with asn 47 replaced by asp (N47D)
1azrB 1nwpA 0.8 127 128 65 Azurin mutant with asn 47 replaced by asp (N47D)
1azrC 1nwpA 0.8 127 128 65 Azurin mutant with asn 47 replaced by asp (N47D)
1azrD 1nwpA 0.7 127 128 65 Azurin mutant with asn 47 replaced by asp (N47D)
1azsA 1azsA 0.0 190 190 100 vc1 fragment Mutant iic2 fragment gs-alpha (stimulatory
1azsB 1azsA 2.0 177 189 27 vc1 fragment Mutant iic2 fragment gs-alpha (stimulatory
1azsC 1cipA 1.7 304 339 43 vc1 fragment Mutant iic2 fragment gs-alpha (stimulatory
1aztA 1cipA 1.8 301 335 44 gs-alpha (stimulatory g-protein alpha subunit) Mutant
1aztB 1cipA 1.8 301 340 44 gs-alpha (stimulatory g-protein alpha subunit) Mutant
1azu 1nwpA 0.9 124 124 66 Azurin
1azvA 1mfmA 1.0 150 153 96 copperZINC SUPEROXIDE DISMUTASE (cuznsod) Mutant biolog
1azvB 1mfmA 1.0 150 153 96 copperZINC SUPEROXIDE DISMUTASE (cuznsod) Mutant biolog
1azwA 1azwA 0.0 313 313 100 proline iminopeptidase
1azwB 1azwA 0.1 313 313 100 proline iminopeptidase
1azxI 1ovaA 1.9 365 417 32 antithrombin
1azxL 1ovaA 2.3 347 414 32 antithrombin
1azyA 1brwA 2.5 433 440 42 thymidine phosphorylase biological_unit
1azyB 1brwA 2.5 433 440 42 thymidine phosphorylase biological_unit
1azzA 5ptp 1.4 218 226 36 collagenase biological_unit ecotin (trypsin inhibitor)
1azzB 5ptp 1.4 218 226 36 collagenase biological_unit ecotin (trypsin inhibitor)
1azzC 1sluA 1.2 131 137 99 collagenase biological_unit ecotin (trypsin inhibitor)
1azzD 1sluA 1.2 131 138 99 collagenase biological_unit ecotin (trypsin inhibitor)
1b02A 1bkpA 1.2 278 280 100 thymidylate synthase biological_unit
1b05A 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) peptide lys-cys-ly
1b07A 1ckaA 0.5 56 59 100 crk fragment sh3 peptoid inhibitor
1b0cA 1bpi 0.6 56 56 90 bovine pancreatic trypsin inhibitor biological_unit
1b0cB 1bpi 0.6 56 56 91 bovine pancreatic trypsin inhibitor biological_unit
1b0cC 1bpi 0.6 56 56 97 bovine pancreatic trypsin inhibitor biological_unit
1b0cD 1bpi 0.6 56 56 95 bovine pancreatic trypsin inhibitor biological_unit
1b0cE 1bpi 0.6 56 56 88 bovine pancreatic trypsin inhibitor biological_unit
1b0d 3lzt 0.7 129 129 100 lysozyme (hen (gallus gallus) egg-white lysozyme, mucop
1b0e 5ptp 1.2 221 240 38 elastase (ppe) biological_unit
1b0f 1a7s 1.1 208 218 45 elastase (hne) biological_unit
1b0gA 1agdA 0.8 275 275 84 class i histocompatibility antigen (hla-a2.1) beta 2-mi
1b0gB 1agdB 0.3 99 100 100 class i histocompatibility antigen (hla-a2.1) beta 2-mi
1b0gD 1agdA 0.8 275 275 84 class i histocompatibility antigen (hla-a2.1) beta 2-mi
1b0gE 1agdB 0.3 99 100 100 class i histocompatibility antigen (hla-a2.1) beta 2-mi
1b0hA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys nap lys
1b0j 1amj 0.5 752 753 99 aconitase Mutant biological_unit
1b0k 1amj 0.5 752 753 99 aconitase Mutant biological_unit
1b0l 1cb6A 3.9 609 691 97 lactoferrin Mutant biological_unit
1b0m 1amj 0.3 752 753 99 aconitase Mutant biological_unit
1b0nA 1b0nA 0.0 103 103 100 sinr protein biological_unit sini protein biological_un
1b0nB 1b0nB 0.0 31 31 100 sinr protein biological_unit sini protein biological_un
1b0o 1bebA 0.8 153 161 99 beta-lactoglobulin biological_unit
1b0rA 1agdA 0.9 269 269 84 hla-a*0201 fragment Mutant biological_unit hla-a*0201 f
1b0rB 1agdB 0.4 99 100 100 hla-a*0201 fragment Mutant biological_unit hla-a*0201 f
1b0t 7fd1 0.2 106 106 98 ferredoxin Mutant biological_unit
1b0wA 8fabA 1.5 103 108 48 bence-jones kappa i protein bre fragment (bence-jones)
1b0wB 8fabA 1.5 103 108 48 bence-jones kappa i protein bre fragment (bence-jones)
1b0wC 8fabA 1.5 103 108 48 bence-jones kappa i protein bre fragment (bence-jones)
1b0y 1b0y 0.0 85 85 100 hipip Mutant
1b10 1b10 0.0 104 104 100 prion protein fragment (sha rprp90-231)
1b11 1fmb 1.8 102 113 29 protease
1b1eA 7rsa 2.0 114 123 32 hydrolase angiogenin Mutant biological_unit
1b1gA 1psrA 2.2 71 75 31 calbindin (intestinal calcium-binding protein) Mutant b
1b1hA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys hph lys
1b1iA 7rsa 1.9 114 123 33 hydrolase angiogenin
1b1jA 7rsa 1.9 113 123 33 hydrolase angiogenin Mutant biological_unit
1b1u 1bea 1.6 114 117 68 alpha-amylaseTRYPSIN INHIBITOR RATI (ragi bifunctional
1b1xA 1cb6A 4.7 605 689 72 lactoferrin biological_unit
1b1y 1byb 0.6 484 500 67 beta-amylase Mutant
1b20A 1b20A 0.0 109 109 100 barnase biological_unit
1b20B 1b20A 0.4 108 108 100 barnase biological_unit
1b20C 1b20A 0.9 109 109 100 barnase biological_unit
1b21A 1b20A 0.2 109 109 99 barnase biological_unit
1b21B 1b20A 0.3 108 108 99 barnase biological_unit
1b21C 1b20A 0.9 109 109 99 barnase biological_unit
1b23P 1efcA 5.7 263 405 60 elongation factor tu biological_unit cysteinyl transfer
1b24A 1b24A 0.0 172 172 100 i-dmoi biological_unit
1b25A 1b25A 0.0 611 611 100 formaldehyde ferredoxin oxidoreductase fragment
1b25B 1b25A 0.1 610 611 100 formaldehyde ferredoxin oxidoreductase fragment
1b25C 1b25A 0.1 610 611 100 formaldehyde ferredoxin oxidoreductase fragment
1b25D 1b25A 0.1 610 611 100 formaldehyde ferredoxin oxidoreductase fragment
1b27A 1b20A 0.6 106 109 99 barnase biological_unit barstar Mutant biological_unit
1b27B 1b20A 0.6 106 109 99 barnase biological_unit barstar Mutant biological_unit
1b27C 1b20A 0.6 106 108 99 barnase biological_unit barstar Mutant biological_unit
1b27D 1ay7B 0.6 86 89 98 barnase biological_unit barstar Mutant biological_unit
1b27E 1ay7B 0.7 78 78 98 barnase biological_unit barstar Mutant biological_unit
1b27F 1ay7B 0.6 86 88 98 barnase biological_unit barstar Mutant biological_unit
1b2hA 1jevA 0.2 517 517 100 oligo-peptide binding protein oppa (oppa) lys orn lys
1b2kA 3lzt 1.3 127 129 100 lysozyme (hen (gallus gallus) egg-white lysozyme, mucop
1b2kB 3lzt 0.7 127 129 100 lysozyme (hen (gallus gallus) egg-white lysozyme, mucop
1b2mA 9rnt 0.6 104 104 99 ribonuclease t1 Mutant biological_unit 5'-r(Gp(ch2)u)-3
1b2mB 9rnt 0.6 104 104 99 ribonuclease t1 Mutant biological_unit 5'-r(Gp(ch2)u)-3
1b2nA 1b2nA 0.0 571 571 100 methanol dehydrogenase (medh) biological_unit
1b2nB 1b2nB 0.0 57 57 100 methanol dehydrogenase (medh) biological_unit
1b2nC 1b2nA 0.2 571 571 100 methanol dehydrogenase (medh) biological_unit
1b2nD 1b2nB 0.2 57 57 100 methanol dehydrogenase (medh) biological_unit
1b2sA 1b20A 0.7 108 109 98 barnase Mutant biological_unit barstar Mutant biologica
1b2sB 1b20A 0.8 108 109 98 barnase Mutant biological_unit barstar Mutant biologica
1b2sC 1b20A 0.6 108 109 98 barnase Mutant biological_unit barstar Mutant biologica
1b2sD 1ay7B 0.7 88 89 99 barnase Mutant biological_unit barstar Mutant biologica
1b2sE 1ay7B 0.7 88 89 99 barnase Mutant biological_unit barstar Mutant biologica
1b2sF 1ay7B 0.7 88 88 99 barnase Mutant biological_unit barstar Mutant biologica
1b2tA 1dokA 4.4 69 77 41 fractalkine fragment
1b2uA 1b20A 0.6 107 110 98 barnase Mutant biological_unit barstar Mutant biologica
1b2uB 1b20A 0.6 107 110 98 barnase Mutant biological_unit barstar Mutant biologica
1b2uC 1b20A 0.6 107 108 98 barnase Mutant biological_unit barstar Mutant biologica
1b2uD 1ay7B 0.6 86 90 99 barnase Mutant biological_unit barstar Mutant biologica
1b2uE 1ay7B 0.5 78 80 99 barnase Mutant biological_unit barstar Mutant biologica
1b2uF 1ay7B 0.6 86 89 99 barnase Mutant biological_unit barstar Mutant biologica
1b2wH 1igtB 2.7 178 220 59 antibody fragment (immunoglobulin)
1b2wL 8fabA 4.4 154 214 41 antibody fragment (immunoglobulin)
1b2xA 1b20A 0.3 108 108 99 barnase biological_unit
1b2xB 1b20A 0.4 108 108 99 barnase biological_unit
1b2xC 1b20A 0.5 108 108 99 barnase biological_unit
1b2zA 1b20A 0.3 108 108 98 barnase biological_unit
1b2zB 1b20A 0.4 108 108 98 barnase biological_unit
1b2zC 1b20A 0.5 107 107 98 barnase biological_unit
1b30A 1xyzA 1.7 295 302 39 xylanase biological_unit
1b31A 1xyzA 1.7 295 302 39 xylanase biological_unit
1b32A 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys-met-lys
1b33A 1phnB 2.0 160 160 38 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33B 1phnB 1.5 161 161 39 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33C 1phnB 1.9 160 160 38 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33D 1phnB 1.6 161 161 39 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33E 1phnB 1.9 160 160 38 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33F 1phnB 1.6 161 161 39 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33G 1b33G 0.0 67 67 100 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33H 1phnB 1.9 160 160 38 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33I 1phnB 1.6 161 161 39 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33J 1phnB 1.9 160 160 38 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33K 1phnB 1.6 161 161 39 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33L 1phnB 1.8 160 160 38 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33M 1phnB 1.6 161 161 39 allophycocyanin core-linker complex, apLc7.8 fragment (
1b33N 1b33G 1.0 67 67 100 allophycocyanin core-linker complex, apLc7.8 fragment (
1b38A 1p38 2.8 268 290 37 cell division protein kinase 2 fragment (cdk2)
1b39A 1p38 2.9 268 290 37 cell division protein kinase 2 fragment (cdk2)
1b3aA 1b3aA 0.0 67 67 100 rantes
1b3aB 1b3aA 0.6 67 67 100 rantes
1b3cA 1aho 2.3 57 64 42 cse-i biological_unit
1b3fA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys-his-lys
1b3gA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys-ile-lys
1b3hA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys chx lys
1b3lA 1jevA 0.4 517 517 100 oligo-peptide binding protein (oppa) lys-gly-lys
1b3lC 1jevA 0.5 517 517 100 oligo-peptide binding protein (oppa) lys-gly-lys
1b3nA 1kas 0.2 411 411 100 ketoacyl acyl carrier protein synthase 2 biological_uni
1b3oA 1zfjA 1.4 277 304 39 inosine monophosphate dehydrogenase 2 (impd, impdh) bio
1b3rA 1b3rA 0.0 428 428 100 s-adenosylhomocysteine hydrolase fragment Mutant biolog
1b3rB 1b3rA 0.4 428 428 100 s-adenosylhomocysteine hydrolase fragment Mutant biolog
1b3rC 1b3rA 0.4 428 428 100 s-adenosylhomocysteine hydrolase fragment Mutant biolog
1b3rD 1b3rA 0.1 428 428 100 s-adenosylhomocysteine hydrolase fragment Mutant biolog
1b3sA 1b20A 0.7 108 110 98 barnase Mutant biological_unit barstar Mutant biologica
1b3sB 1b20A 0.6 108 110 98 barnase Mutant biological_unit barstar Mutant biologica
1b3sC 1b20A 0.6 108 108 98 barnase Mutant biological_unit barstar Mutant biologica
1b3sD 1ay7B 0.6 86 90 99 barnase Mutant biological_unit barstar Mutant biologica
1b3sE 1ay7B 0.7 79 80 99 barnase Mutant biological_unit barstar Mutant biologica
1b3sF 1ay7B 0.5 86 89 99 barnase Mutant biological_unit barstar Mutant biologica
1b3tA 1b3tA 0.0 147 147 100 ebna1 fragment (ebna-1 nuclear protein) ebna1 fragment
1b3tB 1b3tA 0.3 147 147 100 ebna1 fragment (ebna-1 nuclear protein) ebna1 fragment
1b3uA 1b3uA 0.0 588 588 100 protein phosphatase pp2a fragment
1b3uB 1b3uA 1.3 574 588 100 protein phosphatase pp2a fragment
1b3vA 1xyzA 1.7 295 302 39 xylanase biological_unit
1b3wA 1xyzA 1.7 295 302 39 xylanase biological_unit
1b3xA 1xyzA 1.7 295 302 39 xylanase biological_unit
1b3yA 1xyzA 1.7 295 302 39 xylanase biological_unit
1b3zA 1xyzA 1.5 293 302 39 xylanase biological_unit
1b40A 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys-phe-lys
1b44D 3chbD 0.5 103 106 83 b-pol subunit of heat-labile enterotoxin fragment (etb-
1b44E 3chbD 0.6 103 107 83 b-pol subunit of heat-labile enterotoxin fragment (etb-
1b44F 3chbD 0.5 103 106 83 b-pol subunit of heat-labile enterotoxin fragment (etb-
1b44G 3chbD 0.5 103 106 83 b-pol subunit of heat-labile enterotoxin fragment (etb-
1b44H 3chbD 0.5 103 106 83 b-pol subunit of heat-labile enterotoxin fragment (etb-
1b46A 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys-pro-lys
1b47A 1b47A 0.0 304 304 100 cbl fragment (proto-oncogene c-cbl)
1b47B 1b47A 0.4 304 304 100 cbl fragment (proto-oncogene c-cbl)
1b47C 1b47A 0.5 304 304 100 cbl fragment (proto-oncogene c-cbl)
1b49A 1b5eA 0.2 241 241 100 deoxycytidylate hydroxymethylase (t4 ch) biological_uni
1b49C 1b5eA 0.2 241 241 100 deoxycytidylate hydroxymethylase (t4 ch) biological_uni
1b4cA 1b4cA 0.0 92 92 100 s-100 protein, beta chain (s100b, s100beta) biological_
1b4cB 1b4cA 0.1 92 92 100 s-100 protein, beta chain (s100b, s100beta) biological_
1b4d 1a8i 0.2 803 804 99 glycogen phosphorylase b biological_unit
1b4fA 1b4fA 0.0 74 74 100 ephb2 fragment
1b4fB 1b4fA 0.5 68 77 100 ephb2 fragment
1b4fC 1b4fA 0.3 74 74 100 ephb2 fragment
1b4fD 1b4fA 0.4 68 75 100 ephb2 fragment
1b4fE 1b4fA 0.4 74 74 100 ephb2 fragment
1b4fF 1b4fA 0.3 68 77 100 ephb2 fragment
1b4fG 1b4fA 0.5 72 72 100 ephb2 fragment
1b4fH 1b4fA 0.4 68 76 100 ephb2 fragment
1b4hA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys dab lys
1b4m 1hmt 2.6 130 134 41 cellular retinol-binding protein ii (crbp ii, crbp-ii)
1b4r 1b4r 0.0 80 80 100 pkd1_human fragment
1b4v 1b4v 0.0 498 498 100 cholesterol oxidase biological_unit
1b4zA 1jevA 0.1 517 517 100 oligo-peptide binding protein (oppa) peptide lys-asp-ly
1b51A 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys-ser-lys
1b52A 1jevA 0.4 515 515 100 oligo-peptide binding protein (oppa) lys-thr-lys
1b54 1b54 0.0 230 230 100 yeast hypothetical protein biological_unit
1b58A 1jevA 0.3 517 517 100 oligo-peptide binding protein (oppa) lys-tyr-lys
1b5a 1cyo 1.2 87 94 92 ferrocytochrome b5
1b5b 1cyo 1.8 88 94 91 ferrocytochrome b5
1b5dA 1b5eA 0.2 241 246 100 deoxycytidylate hydroxymethylase (t4 ch) biological_uni
1b5dC 1b5eA 0.2 241 246 100 deoxycytidylate hydroxymethylase (t4 ch) biological_uni
1b5eA 1b5eA 0.0 241 241 100 deoxycytidylate hydroxymethylase (t4 ch) biological_uni
1b5eC 1b5eA 0.1 241 241 100 deoxycytidylate hydroxymethylase (t4 ch) biological_uni
1b5fA 1smrA 1.6 236 239 47 cardosin a fragment
1b5fB 1b5fB 0.0 87 87 100 cardosin a fragment
1b5fC 1smrA 1.7 235 238 47 cardosin a fragment
1b5fD 1b5fB 0.3 87 87 100 cardosin a fragment
1b5gH 5ptp 1.3 219 250 38 alpha-thrombin biological_unit hirugen biological_unit
1b5hA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys dap lys
1b5iA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys-asn-lys
1b5jA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys-gln-lys
1b5m 1cyo 1.0 84 84 62 cytochrome b5 fragment
1b5sA 1eaf 0.5 242 242 40 dihydrolipoamide acetyltransferase fragment (dihydrolip
1b5sB 1eaf 0.5 242 242 40 dihydrolipoamide acetyltransferase fragment (dihydrolip
1b5sC 1eaf 0.5 242 242 40 dihydrolipoamide acetyltransferase fragment (dihydrolip
1b5sD 1eaf 0.5 242 242 40 dihydrolipoamide acetyltransferase fragment (dihydrolip
1b5sE 1eaf 0.5 242 242 40 dihydrolipoamide acetyltransferase fragment (dihydrolip
1b5tA 1b5tA 0.0 275 275 100 methylenetetrahydrofolate reductase biological_unit
1b5tB 1b5tA 0.6 274 274 93 methylenetetrahydrofolate reductase biological_unit
1b5tC 1b5tA 0.4 267 267 91 methylenetetrahydrofolate reductase biological_unit
1b5u 3lzt 0.9 129 130 60 lysozyme Mutant biological_unit
1b5v 3lzt 0.8 129 130 60 lysozyme Mutant biological_unit
1b5w 3lzt 0.8 129 130 60 lysozyme Mutant
1b5x 3lzt 0.9 129 130 60 lysozyme Mutant
1b5y 3lzt 0.9 129 130 60 lysozyme Mutant biological_unit
1b5zA 3lzt 0.9 129 130 60 lysozyme Mutant
1b5zB 3lzt 0.9 129 130 60 lysozyme Mutant
1b66A 1b66A 0.0 138 138 100 6-pyruvoyl tetrahydropterin synthase
1b66B 1b66A 0.2 138 138 100 6-pyruvoyl tetrahydropterin synthase
1b6dA 8fabA 7.0 171 212 45 immunoglobulin biological_unit
1b6dB 8fabA 2.4 160 212 44 immunoglobulin biological_unit
1b6hA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys nva lys
1b6u 1nkr 2.5 195 199 92 p58 killer cell inhibitory receptor fragment (kir2dl3)
1b72A 1b72A 0.0 68 68 100 homeobox protein hox-b1 fragment Mutant biological_unit
1b72B 1akhA 0.6 49 73 47 homeobox protein hox-b1 fragment Mutant biological_unit
1b76A 1atiA 0.7 437 442 100 glycyl-trna synthetase (glycyl-trna ligase) biological_
1b76B 1atiA 1.4 437 442 100 glycyl-trna synthetase (glycyl-trna ligase) biological_
1b77A 1b77A 0.0 228 228 100 sliding clamp (gp45) biological_unit
1b77B 1b77A 0.3 228 228 100 sliding clamp (gp45) biological_unit
1b77C 1b77A 0.7 228 228 100 sliding clamp (gp45) biological_unit
1b7aA 1a44 0.4 185 186 100 phosphatidylethanolamine-binding protein (pebp) biologi
1b7aB 1a44 0.5 185 186 100 phosphatidylethanolamine-binding protein (pebp) biologi
1b7eA 1b7eA 0.0 372 372 100 transposase inhibitor protein from tn5 biological_unit
1b7hA 1jevA 0.4 517 517 100 oligo-peptide binding protein (oppa) lys nle lys
1b7l 3lzt 0.9 129 130 60 human lysozyme Mutant
1b7m 3lzt 0.9 129 130 60 lysozyme Mutant
1b7n 3lzt 0.9 129 130 60 lysozyme Mutant
1b7o 3lzt 0.9 129 130 60 lysozyme Mutant
1b7p 3lzt 0.9 129 130 60 lysozyme Mutant
1b7q 3lzt 0.9 129 130 60 lysozyme Mutant
1b7r 3lzt 0.9 129 130 60 lysozyme Mutant
1b7s 3lzt 0.9 129 130 60 lysozyme Mutant
1b7uA 1cb6A 4.2 607 689 72 lactoferrin biological_unit
1b7xB 5ptp 1.3 216 246 39 thrombin Mutant biological_unit
1b7zA 1cb6A 4.6 605 689 72 lactoferrin
1b80A 1arv 1.2 335 349 44 recombinant lignin peroxidase h8 fragment
1b80B 1arv 1.2 335 345 44 recombinant lignin peroxidase h8 fragment
1b82A 1arv 1.2 335 349 44 lignin peroxidase fragment
1b82B 1arv 1.3 336 345 43 lignin peroxidase fragment
1b85A 1arv 1.2 335 348 44 lignin peroxidase fragment Mutant biological_unit
1b85B 1arv 1.3 335 345 44 lignin peroxidase fragment Mutant biological_unit
1b86A 1abwA 0.3 141 141 99 hemoglobin alpha chain; hemoglobin beta chain;
1b86B 1cg5B 1.2 135 146 32 hemoglobin alpha chain; hemoglobin beta chain;
1b86C 1abwA 0.3 141 141 99 hemoglobin alpha chain; hemoglobin beta chain;
1b86D 1cg5B 1.2 135 146 32 hemoglobin alpha chain; hemoglobin beta chain;
1b88A 1tcrA 1.4 109 114 37 t cell receptor v-alpha domain fragment (tcr) biologica
1b88B 1tcrA 1.4 109 114 37 t cell receptor v-alpha domain fragment (tcr) biologica
1b8aA 1b8aA 0.0 438 438 100 aspartyl-trna synthetase (aspartyl trna ligase) biologi
1b8aB 1b8aA 0.6 438 438 100 aspartyl-trna synthetase (aspartyl trna ligase) biologi
1b8bA 1b8bA 0.0 533 533 100 anaerobic ribonucleotide-triphosphate reductase large c
1b8cA 2pvb 1.6 107 108 76 parvalbumin Mutant
1b8cB 2pvb 1.6 107 108 76 parvalbumin Mutant
1b8dA 1cpcA 1.1 160 164 35 rhodophytan phycoerythrin (alpha chain) biological_unit
1b8dB 1phnB 1.2 172 177 55 rhodophytan phycoerythrin (alpha chain) biological_unit
1b8dK 1cpcA 1.1 160 164 35 rhodophytan phycoerythrin (alpha chain) biological_unit
1b8dL 1phnB 1.2 172 177 55 rhodophytan phycoerythrin (alpha chain) biological_unit
1b8hA 1b77A 0.4 228 228 100 sliding clamp (gp45) biological_unit DNA polymerase fra
1b8hB 1b77A 0.5 228 228 100 sliding clamp (gp45) biological_unit DNA polymerase fra
1b8hC 1b77A 0.7 228 228 100 sliding clamp (gp45) biological_unit DNA polymerase fra
1b8iA 1b72A 1.0 62 62 58 ultrabithorax fragment Mutant biological_unit extradent
1b8iB 1akhA 0.7 49 58 47 ultrabithorax fragment Mutant biological_unit extradent
1b8jA 1b8jA 0.0 449 449 100 alkaline phosphatase biological_unit
1b8jB 1b8jA 0.1 449 449 100 alkaline phosphatase biological_unit
1b8kA 1bndA 1.0 90 90 67 neurotrophin 3 (nt3) biological_unit
1b8mA 1bndA 1.0 109 109 99 brain derived neurotrophic factor (bdnf) biological_uni
1b8mB 1bndA 1.6 102 115 59 brain derived neurotrophic factor (bdnf) biological_uni
1b8nA 1b8oA 0.3 277 278 100 purine nucleoside phosphorylase biological_unit
1b8oA 1b8oA 0.0 280 280 100 purine nucleoside phosphorylase biological_unit
1b8rA 2pvb 0.7 107 108 78 parvalbumin Mutant
1b8sA 1b4v 0.1 498 498 99 cholesterol oxidase Mutant biological_unit
1b8xA 1b8xA 0.0 260 260 100 aml-1b fragment
1b90A 1b9zA 0.9 516 516 100 beta-amylase
1b93A 1b93A 0.0 148 148 100 methylglyoxal synthase biological_unit
1b93B 1b93A 0.6 148 151 100 methylglyoxal synthase biological_unit
1b93C 1b93A 0.3 144 144 100 methylglyoxal synthase biological_unit
1b94A 1rvaA 0.3 244 244 100 ecorv biological_unit DNA (5'-d(ApApApGpApTpApTpCpTpT)-
1b94B 1rvaA 0.6 243 244 98 ecorv biological_unit DNA (5'-d(ApApApGpApTpApTpCpTpT)-
1b95A 1rvaA 0.3 244 244 100 ecorv biological_unit DNA (5'-d(ApApApGpApTpApTpCpTpT)-
1b95B 1rvaA 0.6 243 244 98 ecorv biological_unit DNA (5'-d(ApApApGpApTpApTpCpTpT)-
1b96A 1rvaA 0.4 244 244 99 ecorv Mutant biological_unit DNA (5'-d(ApApApGpApTpApTp
1b96B 1rvaA 0.7 243 244 98 ecorv Mutant biological_unit DNA (5'-d(ApApApGpApTpApTp
1b97A 1rvaA 0.3 244 244 99 ecorv Mutant biological_unit DNA (5'-d(ApApApGpApTpApTp
1b97B 1rvaA 0.6 243 244 98 ecorv Mutant biological_unit DNA (5'-d(ApApApGpApTpApTp
1b98A 1bndA 1.4 95 103 59 neurotrophin-4 (nt4) biological_unit neurotrophin-4 (nt
1b98M 1bndA 1.7 95 113 60 neurotrophin-4 (nt4) biological_unit neurotrophin-4 (nt
1b9aA 2pvb 1.1 107 108 74 parvalbumin Mutant
1b9gA 2gf1 2.9 43 57 68 growth factor igf-1 biological_unit
1b9jA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) lys-leu-lys
1b9oA 3lzt 1.6 121 123 36 alpha-lactalbumin biological_unit
1b9pA 1b9pA 0.0 34 34 100 collagen alpha 1 fragment (alpha 1 type xiv collagen) M
1b9qA 1b9pA 2.1 31 34 88 collagen alpha 1 fragment (alpha 1 type xiv collagen) M
1b9sA 2qwc 1.9 376 390 31 neuraminidase (sialidase) biological_unit
1b9tA 2qwc 1.9 376 390 30 neuraminidase (sialidase) biological_unit
1b9vA 2qwc 1.9 377 390 31 neuraminidase (sialidase) biological_unit
1b9xA 1tbgA 1.3 337 340 99 transducin fragment (gt beta) biological_unit transduci
1b9xB 1tbgE 1.4 66 68 100 transducin fragment (gt beta) biological_unit transduci
1b9xC 1b9yC 0.3 167 169 100 transducin fragment (gt beta) biological_unit transduci
1b9yA 1tbgA 1.3 337 340 98 transducin fragment (gt beta) biological_unit transduci
1b9yB 1tbgE 1.6 67 68 100 transducin fragment (gt beta) biological_unit transduci
1b9yC 1b9yC 0.0 167 167 100 transducin fragment (gt beta) biological_unit transduci
1b9zA 1b9zA 0.0 516 516 100 beta-amylase
1ba0 1ba1 0.3 378 378 99 heat-shock cognate 70kd protein fragment Mutant
1ba1 1ba1 0.0 378 378 100 heat-shock cognate 70kd protein fragment Mutant
1ba2A 2dri 6.1 263 271 99 d-ribose-binding protein Mutant biological_unit
1ba2B 2dri 4.8 263 271 99 d-ribose-binding protein Mutant biological_unit
1ba3 1lci 0.5 523 540 100 luciferase biological_unit
1ba4 1ba4 0.0 40 40 100 amyloid beta-peptide fragment
1ba5 1ba5 0.0 53 53 100 htrf1 fragment (telomeric repeat binding factor 1)
1ba6 1ba6 0.0 40 40 100 amyloid beta-peptide fragment Mutant
1ba7A 1wba 1.4 152 165 41 trypsin inhibitor (kunitz) biological_unit
1ba7B 1wba 1.4 152 169 41 trypsin inhibitor (kunitz) biological_unit
1ba8B 5ptp 1.3 220 252 38 thrombin (thr-cvs1578) biological_unit hirugen, cvs1578
1ba9 1mfmA 1.7 149 153 97 superoxide dismutase (sod) Mutant biological_unit
1babA 1abwA 0.2 141 142 99 Hemoglobin thionville alpha chain mutant with val 1 rep
1babB 1abwA 1.4 137 146 44 Hemoglobin thionville alpha chain mutant with val 1 rep
1babC 1abwA 0.3 141 142 99 Hemoglobin thionville alpha chain mutant with val 1 rep
1babD 1abwA 1.5 139 146 43 Hemoglobin thionville alpha chain mutant with val 1 rep
1bafH 1igtB 1.7 216 217 63 Fab fragment of murine monoclonal antibody an02 complex
1bafL 8fabA 6.2 203 214 45 Fab fragment of murine monoclonal antibody an02 complex
1bag 1bag 0.0 425 425 100 alpha-1,4-glucan-4-glucanohydrolase (alpha-amylase) Mut
1bah 1cmr 1.8 31 37 69 charybdotoxin (chabii)
1baiA 2rspB 0.7 113 124 92 rous sarcoma virus protease inhibitor
1baiB 2rspB 0.6 113 124 92 rous sarcoma virus protease inhibitor
1baj 1a8o 0.8 68 71 94 gag polyprotein fragment
1bak 1bak 0.0 119 119 100 g-protein coupled receptor kinase 2 fragment (grk-2, be
1bal 1bbl 1.4 37 51 100 Dihydrolipoamide succinyltransferase (e3-binding domain
1bam 1bam 0.0 200 200 100 Restriction endonuclease bamhi
1banA 1b20A 0.4 107 108 98 Barnase (g specific endonuclease) mutant with ser 91 re
1banB 1b20A 0.5 107 108 98 Barnase (g specific endonuclease) mutant with ser 91 re
1banC 1b20A 0.5 107 109 98 Barnase (g specific endonuclease) mutant with ser 91 re
1baoA 1b20A 0.4 107 108 98 Barnase (g specific endonuclease) mutant with tyr 78 re
1baoB 1b20A 0.4 107 107 98 Barnase (g specific endonuclease) mutant with tyr 78 re
1baoC 1b20A 0.4 107 107 98 Barnase (g specific endonuclease) mutant with tyr 78 re
1bap 8abp 0.4 305 305 99 L-Arabinose-binding protein (mutant with pro 254 replac
1baq 1baq 0.0 139 139 100 antitermination factor nusb
1barA 1bfg 0.6 125 127 56 Acidic fibroblast growth factor (afgf) mutant with cys
1barB 1bfg 0.7 126 138 55 Acidic fibroblast growth factor (afgf) mutant with cys
1bas 1bfg 0.2 125 125 100 Basic fibroblast growth factor (bfgf) mutant with cys 7
1bavA 1aye 0.5 301 307 65 carboxypeptidase a
1bavB 1aye 0.5 301 307 65 carboxypeptidase a
1bavC 1aye 0.5 301 307 65 carboxypeptidase a
1bavD 1aye 0.5 301 307 65 carboxypeptidase a
1bawA 1plc 1.1 97 105 43 plastocyanin biological_unit
1bawB 1plc 1.1 97 105 43 plastocyanin biological_unit
1bawC 1plc 1.1 97 105 43 plastocyanin biological_unit
1bax 1bax 0.0 94 94 100 m-pmv matrix protein (m-pmv ma)
1bayA 1pgtA 0.6 193 193 88 glutathione s-transferase class pi (gst yfyf) biologica
1bayB 1pgtA 0.6 193 194 88 glutathione s-transferase class pi (gst yfyf) biologica
1bazA 1bazA 0.0 49 49 100 arc repressor (regulatory protein arc) Mutant biologica
1bazB 1bazA 0.7 41 41 100 arc repressor (regulatory protein arc) Mutant biologica
1bazC 1bazA 0.6 39 46 100 arc repressor (regulatory protein arc) Mutant biologica
1bazD 1bazA 0.9 40 40 100 arc repressor (regulatory protein arc) Mutant biologica
1bb0B 5ptp 1.3 219 249 38 thrombin (thr-cvs1695) biological_unit hirugen, cvs1695
1bb1A 1bb1A 0.0 34 34 100 designed, thermostable heterotrimeric coiled coil
1bb1B 1bb1A 0.7 34 34 69 designed, thermostable heterotrimeric coiled coil
1bb1C 1bb1A 0.9 34 34 77 designed, thermostable heterotrimeric coiled coil
1bb3A 3lzt 0.9 129 130 60 lysozyme Mutant biological_unit
1bb3B 3lzt 1.0 129 130 60 lysozyme Mutant biological_unit
1bb4A 3lzt 0.8 129 130 59 lysozyme Mutant biological_unit
1bb4B 3lzt 0.9 129 130 59 lysozyme Mutant biological_unit
1bb5A 3lzt 0.9 129 130 60 lysozyme Mutant biological_unit
1bb5B 3lzt 0.9 129 130 60 lysozyme Mutant biological_unit
1bb8 2bb8 0.9 71 71 100 integrase fragment
1bb9 1bb9 0.0 83 83 100 amphiphysin 2 fragment
1bba 1bba 0.0 36 36 100 Bovine pancreatic polypeptide (bpp) (NMR, mean structur
1bbbA 1abwA 0.9 138 141 99 Hemoglobin a (r2 state, carbonmonoxy)
1bbbB 1abwA 1.8 139 146 43 Hemoglobin a (r2 state, carbonmonoxy)
1bbbC 1abwA 0.9 140 141 99 Hemoglobin a (r2 state, carbonmonoxy)
1bbbD 1abwA 1.7 139 146 43 Hemoglobin a (r2 state, carbonmonoxy)
1bbc 1poa 1.6 115 124 37 Phospholipase a2 (phosphatidylcholine 2-acylhydrolase)
1bbdH 1igtB 3.9 208 213 74 Fab fragment of 8f5 antibody against human rhinovirus s
1bbg 1bbg 0.0 40 40 100 pollen allergen 5
1bbhA 1bbhA 0.0 131 131 100 Cytochrome c'
1bbhB 1bbhA 0.5 130 131 100 Cytochrome c'
1bbi 1pi2 2.2 61 71 64 TrypsinCHYMOTRYPSIN BOWMAN-BIRK INHIBITOR (NMR, MINIMIZ
1bbjH 1mfa 0.9 113 212 64 Fab' fragment of monoclonal antibody b72.3 (murine/huma
1bbjL 8fabA 7.4 204 211 39 Fab' fragment of monoclonal antibody b72.3 (murine/huma
1bbl 1bbl 0.0 37 37 100 Dihydrolipoamide succinyltransferase (e3-binding domain
1bbn 1rcb 1.9 128 133 98 Interleukin 4 (NMR, minimized average structure)
1bbo 1bbo 0.0 57 57 100 Human enhancer-binding protein mbp-1 mutant with cys 11
1bbpA 1bbpA 0.0 173 173 100 Bilin binding protein (BBP)
1bbpB 1bbpA 0.4 173 173 100 Bilin binding protein (BBP)
1bbpC 1bbpA 0.4 173 173 100 Bilin binding protein (BBP)
1bbpD 1bbpA 0.3 173 173 100 Bilin binding protein (BBP)
1bbrJ 1ppbL 3.8 33 36 68 Thrombin complex with fibrinopeptide alpha (residues 7
1bbrK 5ptp 1.3 220 259 37 Thrombin complex with fibrinopeptide alpha (residues 7
1bbrL 1ppbL 3.7 32 36 70 Thrombin complex with fibrinopeptide alpha (residues 7
1bbrM 1ppbL 2.9 33 36 68 Thrombin complex with fibrinopeptide alpha (residues 7
1bbrN 5ptp 1.5 221 259 37 Thrombin complex with fibrinopeptide alpha (residues 7
1bbs 1smrA 0.9 302 331 70 Renin
1bbt1 1fhp1 0.2 186 186 98 Foot-and-mouth disease virus
1bbt2 1fhp2 0.3 210 210 97 Foot-and-mouth disease virus
1bbt3 1fhp3 0.6 220 220 99 Foot-and-mouth disease virus
1bbt4 1fhp4 1.0 46 46 100 Foot-and-mouth disease virus
1bbxC 1azpA 2.7 59 63 82 DNA (ctagcgcgctag) DNA-binding protein 7 (sso7d)
1bbxD 1azpA 2.7 59 63 82 DNA (ctagcgcgctag) DNA-binding protein 7 (sso7d)
1bby 2bby 0.4 69 69 100 rap30 fragment (transcription initiation factor rap30)
1bbzA 1bbzA 0.0 58 58 100 abl tyrosine kinase fragment peptide p41
1bbzC 1bbzA 0.6 58 58 100 abl tyrosine kinase fragment peptide p41
1bbzE 1bbzA 0.4 58 58 97 abl tyrosine kinase fragment peptide p41
1bbzG 1bbzA 0.6 58 58 100 abl tyrosine kinase fragment peptide p41
1bc0 1avc 1.6 314 317 55 annexin v (placental anticoagulant protein) Mutant biol
1bc1 1avc 1.6 314 317 54 annexin v (placental anticoagulant protein) Mutant biol
1bc2A 1a7tA 1.3 214 216 34 metallo-beta-lactamase ii biological_unit
1bc2B 1a7tA 1.3 214 216 34 metallo-beta-lactamase ii biological_unit
1bc3 1avc 1.6 314 317 54 annexin v (placental anticoagulant protein) Mutant biol
1bc4 1onc 2.1 103 111 52 ribonuclease (rc rnase)
1bc5A 1af7 0.9 266 269 100 chemotaxis receptor methyltransferase (cher, chemotaxis
1bc6 7fd1 1.8 76 77 50 7-fe ferredoxin
1bc7C 1awcA 1.1 87 93 56 c-fos promotor DNA sap-1 fragment (serum response facto
1bc8C 1awcA 1.7 89 93 55 e74 promotor DNA sap-1 fragment (serum response factor
1bccA 1be3A 1.2 435 442 88 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
1bccB 1be3B 1.2 393 406 86 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
1bccC 1be3C 0.8 377 379 71 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
1bccD 1be3D 1.2 233 241 93 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
1bccE 1rie 0.8 127 196 100 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
1bccF 1be3F 1.2 100 100 93 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
1bccG 1be3G 1.8 77 78 79 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
1bccH 1be3H 1.1 62 66 92 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
1bccJ 1be3J 0.9 58 59 99 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
1bcd 2cba 0.1 258 258 100 Carbonic anhydrase ii complex with trifluoromethane sul
1bcfA 1bcfA 0.0 157 157 100 Bacterioferritin (cytochrome b1)
1bcfB 1bcfA 0.1 157 157 100 Bacterioferritin (cytochrome b1)
1bcg 1aho 1.6 54 72 45 toxin bjxtr-it
1bch1 1rtm1 0.5 149 154 96 mannose-binding protein-a fragment (cl-qpdwgh) Mutant
1bch2 1rtm1 0.7 149 154 96 mannose-binding protein-a fragment (cl-qpdwgh) Mutant
1bch3 1rtm1 0.6 149 154 96 mannose-binding protein-a fragment (cl-qpdwgh) Mutant
1bci 1rlw 1.8 122 123 100 cytosolic phospholipase a2 fragment (calb domain)
1bcj1 1rtm1 0.5 149 154 95 mannose-binding protein-a fragment (cl-qpdwghv) Mutant
1bcj2 1rtm1 0.9 149 154 95 mannose-binding protein-a fragment (cl-qpdwghv) Mutant
1bcj3 1rtm1 0.5 149 154 95 mannose-binding protein-a fragment (cl-qpdwghv) Mutant
1bckA 2cpl 0.2 164 165 100 cyclophilin a cyclosporin a
1bcmA 1bco 0.8 295 304 100 bacteriophage mu transposase (mua domain ii)
1bcmB 1bco 0.7 295 303 100 bacteriophage mu transposase (mua domain ii)
1bcn 1rcb 2.3 128 133 98 Interleukin 4 (NMR, 22 structures)
1bco 1bco 0.0 295 295 100 bacteriophage mu transposase (mua domain ii)
1bcpA 1bcpA 0.0 224 224 100 pertussis toxin
1bcpB 1bcpB 0.0 197 197 100 pertussis toxin
1bcpC 1bcpB 1.1 196 196 71 pertussis toxin
1bcpD 1bcpD 0.0 110 110 100 pertussis toxin
1bcpE 1bcpD 0.6 110 110 100 pertussis toxin
1bcpF 1prtF 0.5 98 98 100 pertussis toxin
1bcpG 1bcpA 0.1 224 224 100 pertussis toxin
1bcpH 1bcpB 0.1 197 197 100 pertussis toxin
1bcpI 1bcpB 1.1 196 196 71 pertussis toxin
1bcpJ 1bcpD 0.1 110 110 100 pertussis toxin
1bcpK 1bcpD 0.6 110 110 100 pertussis toxin
1bcpL 1prtF 0.5 98 98 100 pertussis toxin
1bcrA 1ivyA 2.4 241 254 37 serine carboxypeptidase ii arginine
1bcrB 1whtB 0.3 152 152 100 serine carboxypeptidase ii arginine
1bcsA 1ivyA 2.5 241 255 37 serine carboxypeptidase ii arginine
1bcsB 1whtB 0.2 153 153 100 serine carboxypeptidase ii arginine
1bct 1bct 0.0 69 69 100 Bacteriorhodopsin (fragment 163-231) (NMR, 14 structure
1bcuH 5ptp 1.3 218 249 38 alpha-thrombin biological_unit hirugen fragment
1bcw 1avc 1.6 314 317 55 annexin v (placental anticoagulant protein) Mutant biol
1bcx 1xnb 0.2 185 185 99 Xylanase (inactive form, endo-beta-1,4-xylanase) mutant
1bcy 1avc 1.6 314 317 55 annexin v (placental anticoagulant protein) Mutant biol
1bcz 1avc 1.6 314 317 55 annexin v (placental anticoagulant protein) Mutant biol
1bd0A 1bd0A 0.0 381 381 100 alanine racemase biological_unit
1bd0B 1bd0A 0.3 380 380 100 alanine racemase biological_unit
1bd2A 1agdA 0.9 275 275 84 hla-a 0201 fragment (hla a2 heavy chain) biological_uni
1bd2B 1agdB 0.3 98 98 99 hla-a 0201 fragment (hla a2 heavy chain) biological_uni
1bd2D 1tcrA 1.7 188 190 41 hla-a 0201 fragment (hla a2 heavy chain) biological_uni
1bd2E 1bec 1.8 226 242 68 hla-a 0201 fragment (hla a2 heavy chain) biological_uni
1bd6 7fd1 1.9 77 77 50 7-fe ferredoxin
1bd7A 1amm 1.5 170 176 33 circularly permuted bb2-crystallin biological_unit
1bd7B 1amm 1.4 167 171 33 circularly permuted bb2-crystallin biological_unit
1bd8 1bd8 0.0 156 156 100 p19ink4d cdk46 INHIBITOR
1bd9A 1a44 0.3 180 180 94 phosphatidylethanolamine binding protein
1bd9B 1a44 0.2 180 185 94 phosphatidylethanolamine binding protein
1bdb 1bdb 0.0 267 267 100 cis-biphenyl-2,3-dihydrodiol-2,3-dehydrogenase biologic
1bdc 1fc2C 2.5 41 60 81 staphylococcus aureus protein a fragment
1bdd 1fc2C 2.5 43 60 91 staphylococcus aureus protein a fragment
1bde 1bde 0.0 33 33 100 vpr protein fragment
1bdhA 1dbqA 3.0 275 338 100 purine repressor (pura) Mutant DNA (5'-d(tpApCpGpCpApAp
1bdiA 1dbqA 3.0 275 338 100 purine repressor (pura) DNA (5'-d(tpApCpGpCpApApApCpGpT
1bdlA 1fmb 1.7 98 99 30 hiv-1 protease Mutant biological_unit
1bdlB 1fmb 1.7 98 99 30 hiv-1 protease Mutant biological_unit
1bdmA 1bmdA 0.3 317 317 99 Malate dehydrogenase mutant with thr 189 replaced by il
1bdmB 1bmdA 0.4 327 327 99 Malate dehydrogenase mutant with thr 189 replaced by il
1bdo 1bdo 0.0 80 80 100 acetyl-coa carboxylase fragment (functional fragment of
1bdqA 1fmb 1.7 98 99 30 hiv-1 protease Mutant biological_unit
1bdqB 1fmb 1.7 98 99 30 hiv-1 protease Mutant biological_unit
1bdrA 1fmb 1.6 98 99 31 hiv-1 protease Mutant biological_unit
1bdrB 1fmb 1.6 98 99 31 hiv-1 protease Mutant biological_unit
1bds 2bds 0.7 43 43 100 BDS-I (NMR, minimized mean structure)
1bdtA 1bazA 1.6 48 52 98 arc biological_unit DNA
1bdtB 1bazA 1.7 48 53 98 arc biological_unit DNA
1bdtC 1bazA 1.7 46 50 98 arc biological_unit DNA
1bdtD 1bazA 1.7 46 50 98 arc biological_unit DNA
1bdu 1bkpA 1.6 259 264 36 thymidylate synthase (ts, thymidylate synthetase)
1bdvA 1bazA 2.2 43 46 54 arc fv10 repressor Mutant 22-mer DNA
1bdvB 1bazA 2.1 43 53 54 arc fv10 repressor Mutant 22-mer DNA
1bdvC 1bazA 2.3 40 43 51 arc fv10 repressor Mutant 22-mer DNA
1bdvD 1bazA 2.1 41 50 52 arc fv10 repressor Mutant 22-mer DNA
1bdyA 1bdyA 0.0 123 123 100 protein kinase c fragment (pkc) Mutant
1bdyB 1bdyA 1.2 123 123 100 protein kinase c fragment (pkc) Mutant
1be0 1be0 0.0 310 310 100 haloalkane dehalogenase Mutant biological_unit
1be1 1be1 0.0 137 137 100 glutamate mutase fragment (muts)
1be2 1rzl 1.8 91 91 63 lipid transfer protein (ltp)
1be3A 1be3A 0.0 446 446 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1be3B 1be3B 0.0 419 419 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1be3C 1be3C 0.0 379 379 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1be3D 1be3D 0.0 241 241 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1be3E 1rie 0.7 126 196 97 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1be3F 1be3F 0.0 106 106 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1be3G 1be3G 0.0 81 81 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1be3H 1be3H 0.0 64 64 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1be3I 1be3I 0.0 33 33 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1be3J 1be3J 0.0 62 62 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1be4A 1npk 0.9 150 151 61 nucleoside diphosphate transferase biological_unit
1be4B 1npk 1.0 150 151 61 nucleoside diphosphate transferase biological_unit
1be4C 1npk 0.9 150 151 61 nucleoside diphosphate transferase biological_unit
1be6 1gci 0.9 265 274 61 subtilisin carlsberg
1be7 1rb9 0.6 52 54 66 rubredoxin Mutant
1be8 1gci 0.9 268 274 62 subtilisin carlsberg
1be9A 1pdr 1.1 96 115 84 psd-95 fragment cript fragment
1bea 1bea 0.0 116 116 100 bifunctional amylaseSERINE PROTEASE INHIBITOR biologica
1bebA 1bebA 0.0 156 156 100 beta-lactoglobulin biological_unit
1bebB 1bebA 0.5 156 156 100 beta-lactoglobulin biological_unit
1bec 1bec 0.0 238 238 100 14.3.D t cell antigen receptor Mutant
1bed 1fvkA 1.4 176 181 40 dsba oxidoreductase (tcpg, disulfide bond formation pro
1bee 1be0 0.4 310 310 99 haloalkane dehalogenase Mutant biological_unit
1beg 1beo 1.8 97 97 100 beta-elicitin cryptogein
1behA 1a44 0.3 180 184 94 phosphatidylethanolamine binding protein
1behB 1a44 0.4 180 183 94 phosphatidylethanolamine binding protein
1bei 1roo 1.5 32 35 98 potassium channel toxin shk (shk-dnp22) Mutant
1bej 1ryc 0.9 291 291 99 cytochrome c peroxidase Mutant
1bek 1ryc 0.5 289 291 99 yeast cytochrome c peroxidase
1bel 7rsa 0.5 124 124 100 ribonuclease a
1bem 1ryc 0.5 291 291 99 cytochrome c peroxidase Mutant
1beo 1beo 0.0 98 98 100 beta-cryptogein (beta-elicitin of phytophthora cryptoge
1bep 1ryc 0.5 289 291 99 yeast cytochrome c peroxidase
1beq 1ryc 0.5 291 291 99 cytochrome c peroxidase Mutant
1berA 2cgpC 1.2 198 199 97 DNA (5'-d(GpCpGpApApApApGpTpGpTpGpApC)-3') DNA (5'-d(Ap
1berB 2cgpC 1.0 197 197 97 DNA (5'-d(GpCpGpApApApApGpTpGpTpGpApC)-3') DNA (5'-d(Ap
1bes 1ryc 0.4 291 291 99 cytochrome c peroxidase Mutant
1bet 1bndA 1.8 104 107 57 Beta-nerve growth factor
1beuA 2tysA 0.5 253 253 99 tryptophan synthase Mutant biological_unit
1beuB 2tysB 1.0 389 390 99 tryptophan synthase Mutant biological_unit
1bev1 1aym1 1.9 261 268 37 bovine enterovirus coat proteins vp1 to vp4
1bev2 1aym2 1.1 237 244 56 bovine enterovirus coat proteins vp1 to vp4
1bev3 1aym3 0.9 236 242 47 bovine enterovirus coat proteins vp1 to vp4
1bev4 1bev4 0.0 40 40 100 bovine enterovirus coat proteins vp1 to vp4
1bexA 1nwpA 0.9 128 128 67 azurin
1bexB 1nwpA 0.9 128 128 67 azurin
1beyH 1igtB 3.7 206 210 60 campath-1h antibody fragment
1beyL 8fabA 7.2 171 214 44 campath-1h antibody fragment
1bez 1be0 0.2 310 310 99 haloalkane dehalogenase Mutant biological_unit
1bf0 1bpi 1.8 58 60 30 calcicludine
1bf2 1bf2 0.0 750 750 100 isoamylase (glycogen 6-glucanohydrolase)
1bf3 1pbe 0.2 391 391 99 p-hydroxybenzoate hydroxylase Mutant
1bf5A 1bg1A 1.9 540 545 55 stat-1 biological_unit DNA
1bf8 3dpa 4.3 189 205 34 chaperone protein fimc biological_unit
1bf9 1edmB 2.0 39 41 65 factor vii fragment
1bfa 1bea 0.2 116 116 100 bifunctional amylaseSERINE PROTEASE INHIBITOR biologica
1bfb 1bfg 0.6 124 124 100 basic fibroblast growth factor Mutant
1bfc 1bfg 0.7 124 124 100 basic fibroblast growth factor Mutant
1bfd 1bfd 0.0 523 523 100 benzoylformate decarboxylase biological_unit
1bfeA 1pdr 1.1 96 110 84 psd-95 fragment
1bff 1bfg 0.6 126 129 98 basic fibroblast growth factor (bfgf) biological_unit
1bfg 1bfg 0.0 126 126 100 Basic fibroblast growth factor mutant with cys 69 repla
1bfi 1lkkA 2.4 93 111 30 p85 alpha fragment (phosphatidylinositol 3-kinase regul
1bfj 1lkkA 2.1 90 111 32 p85 alpha fragment (phosphatidylinositol 3-kinase regul
1bfk 1gci 0.9 268 274 62 subtilisin carlsberg
1bfmA 1a7w 1.4 68 69 100 histone b (hmfb, rhmfb, archaeal histone) biological_un
1bfmB 1a7w 1.4 68 69 100 histone b (hmfb, rhmfb, archaeal histone) biological_un
1bfn 1byb 0.8 489 490 99 beta-amylase biological_unit
1bfoA 8fabA 6.3 156 214 39 campath-1g antibody fragment
1bfoB 1igtB 1.6 212 216 74 campath-1g antibody fragment
1bfoC 8fabA 6.8 156 214 39 campath-1g antibody fragment
1bfoD 1igtB 2.4 212 216 74 campath-1g antibody fragment
1bfoE 8fabA 6.6 156 214 39 campath-1g antibody fragment
1bfoF 1igtB 2.2 212 216 74 campath-1g antibody fragment
1bfoG 8fabA 6.0 156 214 39 campath-1g antibody fragment
1bfoH 1igtB 1.5 212 216 74 campath-1g antibody fragment
1bfp 1ema 0.7 225 226 98 blue fluorescent protein (blue-emission variant) Mutant
1bfrA 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrB 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrC 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrD 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrE 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrF 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrG 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrH 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrI 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrJ 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrK 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrL 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrM 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrN 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrO 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrP 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrQ 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrR 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrS 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrT 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrU 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrV 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrW 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfrX 1bcfA 0.3 157 158 100 bacterioferritin (cytochrome b)
1bfs 1a3qA 0.9 102 106 63 nuclear factor nf-kappa-b p50 fragment
1bftA 1a3qA 0.9 99 101 53 nuclear factor nf-kappa-b p65 fragment
1bftB 1a3qA 0.9 99 101 53 nuclear factor nf-kappa-b p65 fragment
1bfu 1gci 0.9 268 274 62 subtilisin carlsberg
1bfvH 1igtB 1.0 118 119 73 fv4155 fragment
1bfvL 8fabA 1.7 105 113 49 fv4155 fragment
1bfx 1cyo 1.7 88 94 91 cytochrome b5 fragment
1bg0 1bg0 0.0 357 357 100 arginine kinase biological_unit
1bg1A 1bg1A 0.0 559 559 100 stat3b biological_unit 18-mer desoxyoligonucleotide bio
1bg2 1bg2 0.0 323 323 100 kinesin fragment
1bg4 1xyzA 1.6 295 302 39 endo-1,4-beta-xylanase biological_unit
1bg5 1b8xA 4.2 237 254 90 fusion protein of alpha-na,K-atpase with glutathione s-
1bg6 1bg6 0.0 349 349 100 n-(1-d-carboxylethyl)-l-norvaline dehydrogenase biologi
1bg7 2fha 0.4 152 153 68 ferritin Mutant biological_unit
1bg8A 1bg8A 0.0 76 76 100 hdea (10k-s protein, hypothetical protein a)
1bg8B 1bg8A 0.1 76 76 100 hdea (10k-s protein, hypothetical protein a)
1bg8C 1bg8A 0.1 76 76 100 hdea (10k-s protein, hypothetical protein a)
1bgaA 2myr 1.7 433 447 34 beta-glucosidase a (bga) biological_unit
1bgaB 2myr 1.7 433 447 34 beta-glucosidase a (bga) biological_unit
1bgaC 2myr 1.7 433 447 34 beta-glucosidase a (bga) biological_unit
1bgaD 2myr 1.7 433 447 34 beta-glucosidase a (bga) biological_unit
1bgbA 1rvaA 0.3 236 236 100 ecorv endonuclease biological_unit DNA
1bgbB 1rvaA 0.4 225 227 100 ecorv endonuclease biological_unit DNA
1bgc 1bgc 0.0 158 158 100 Granulocyte colony-stimulating factor (rbg-csf)
1bgd 1bgc 1.0 157 157 83 Granulocyte colony-stimulating factor (form i, rcg-csfi
1bgeA 1bgc 1.3 158 159 82 Granulocyte colony-stimulating factor (form ii rcg-csfi
1bgeB 1bgc 1.2 157 158 82 Granulocyte colony-stimulating factor (form ii rcg-csfi
1bgf 1bgf 0.0 124 124 100 stat-4 fragment
1bggA 2myr 1.7 433 447 34 beta-glucosidase a (bga) biological_unit
1bggB 2myr 1.7 433 447 34 beta-glucosidase a (bga) biological_unit
1bggC 2myr 1.7 433 447 34 beta-glucosidase a (bga) biological_unit
1bggD 2myr 1.7 433 447 34 beta-glucosidase a (bga) biological_unit
1bgi 3lzt 0.6 129 129 100 lysozyme
1bgj 1pbe 0.3 391 391 99 p-hydroxybenzoate hydroxylase Mutant
1bgk 1bgk 0.0 37 37 100 bgk (potassium channel toxin bgk)
1bglA 1bglA 0.0 997 997 100 beta-galactosidase
1bgn 1pbe 0.2 391 391 99 p-hydroxybenzoate hydroxylase Mutant
1bgp 1bgp 0.0 309 309 100 barley grain peroxidase
1bgsA 1b20A 0.6 107 110 99 Barnase (g specific endonuclease) complexed with barsta
1bgsB 1b20A 0.6 107 110 99 Barnase (g specific endonuclease) complexed with barsta
1bgsC 1b20A 0.6 107 110 99 Barnase (g specific endonuclease) complexed with barsta
1bgsE 1ay7B 0.5 86 89 98 Barnase (g specific endonuclease) complexed with barsta
1bgsF 1ay7B 0.5 86 89 98 Barnase (g specific endonuclease) complexed with barsta
1bgsG 1ay7B 0.5 86 89 98 Barnase (g specific endonuclease) complexed with barsta
1bgt 2bgu 1.0 327 329 100 Beta-glucosyltransferase (alpha-carbons)
1bgu 2bgu 0.2 328 328 100 Beta-glucosyltransferase (alpha-carbons)
1bgvA 1k89 0.1 449 449 99 glutamate dehydrogenase biological_unit
1bgw 1bgw 0.0 679 679 100 topoisomerase fragment
1bgxH 1igtB 3.0 206 209 73 taq DNA polymerase biological_unit tp7 mab fragment
1bgxL 8fabA 6.6 203 210 45 taq DNA polymerase biological_unit tp7 mab fragment
1bgxT 1taq 1.2 535 828 98 taq DNA polymerase biological_unit tp7 mab fragment
1bgyA 1be3A 0.2 435 446 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyB 1be3B 0.1 419 419 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyC 1be3C 0.3 377 379 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyD 1be3D 0.4 233 241 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyE 1bgyE 0.0 75 75 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyF 1be3F 0.1 99 106 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyG 1be3G 0.3 77 81 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyH 1be3H 0.8 61 64 94 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyI 1be3I 0.1 33 33 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyJ 1be3J 0.1 58 62 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyM 1be3A 0.2 435 446 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyN 1be3B 0.1 419 419 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyO 1be3C 0.2 377 379 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyP 1be3D 0.4 233 241 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyQ 1bgyE 0.1 75 196 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyR 1be3F 0.1 99 106 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyS 1be3G 0.3 77 81 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyT 1be3H 0.8 61 64 94 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyU 1be3I 0.1 33 33 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bgyV 1be3J 0.1 58 62 100 cytochrome bc1 complex (ubiquinol cytochrome c oxidored
1bh2 1cipA 0.2 310 315 99 guanine nucleotide-binding protein (gi-alpha-1) Mutant
1bh3 3prn 0.2 289 289 99 porin Mutant biological_unit
1bh5A 1bh5A 0.0 176 176 100 lactoylglutathione lyase (glyoxalase i) Mutant biologic
1bh5B 1bh5A 0.5 176 181 100 lactoylglutathione lyase (glyoxalase i) Mutant biologic
1bh5C 1bh5A 0.1 176 176 100 lactoylglutathione lyase (glyoxalase i) Mutant biologic
1bh5D 1bh5A 0.5 176 181 100 lactoylglutathione lyase (glyoxalase i) Mutant biologic
1bh6A 1gci 0.9 268 274 59 subtilisin dy
1bh7 1bh7 0.0 31 31 100 band 3 fragment
1bha 1brx 2.6 57 66 97 Bacteriorhodopsin (proteolytic fragment 1 - 71, solubil
1bhb 1brx 2.4 55 67 100 Bacteriorhodopsin (proteolytic fragment 1 - 71, solubil
1bhcA 1bpi 0.5 56 56 100 bovine pancreatic trypsin inhibitor (bpti)
1bhcB 1bpi 0.5 56 56 100 bovine pancreatic trypsin inhibitor (bpti)
1bhcC 1bpi 0.6 56 56 100 bovine pancreatic trypsin inhibitor (bpti)
1bhcD 1bpi 0.6 56 56 100 bovine pancreatic trypsin inhibitor (bpti)
1bhcE 1bpi 0.6 56 56 100 bovine pancreatic trypsin inhibitor (bpti)
1bhcF 1bpi 0.6 56 56 100 bovine pancreatic trypsin inhibitor (bpti)
1bhcG 1bpi 0.6 56 56 100 bovine pancreatic trypsin inhibitor (bpti)
1bhcH 1bpi 0.6 56 56 100 bovine pancreatic trypsin inhibitor (bpti)
1bhcI 1bpi 0.6 56 56 100 bovine pancreatic trypsin inhibitor (bpti)
1bhcJ 1bpi 0.5 56 56 100 bovine pancreatic trypsin inhibitor (bpti)
1bhdA 1bkrA 1.4 105 108 46 utrophin fragment
1bhdB 1bkrA 1.6 104 108 46 utrophin fragment
1bhe 1bhe 0.0 376 376 100 polygalacturonase (peha) biological_unit
1bhfA 1lkkA 0.4 105 105 100 t-lymphocyte-specific protein tyrosine kinase p56lck fr
1bhgA 1bhgA 0.0 611 611 100 beta-glucuronidase (gus gene product) biological_unit
1bhgB 1bhgA 0.8 610 611 100 beta-glucuronidase (gus gene product) biological_unit
1bhhA 1lkkA 1.3 104 104 100 t-lymphocyte-specific protein tyrosine kinase p56lck fr
1bhhB 1lkkA 1.2 103 103 100 t-lymphocyte-specific protein tyrosine kinase p56lck fr
1bhjA 1xvaA 0.6 292 292 100 glycine n-methyltransferase (gnmt, folate binding prote
1bhjB 1xvaA 0.6 292 292 100 glycine n-methyltransferase (gnmt, folate binding prote
1bhl 1bisA 1.4 135 135 97 hiv-1 integrase fragment Mutant biological_unit
1bhmA 1bam 1.1 181 198 100 endonuclease bamhi (r. bamhi) DNA
1bhmB 1bam 1.4 188 208 100 endonuclease bamhi (r. bamhi) DNA
1bhnA 1npk 0.8 149 151 62 nucleoside diphosphate transferase biological_unit
1bhnB 1npk 0.8 149 151 62 nucleoside diphosphate transferase biological_unit
1bhnC 1npk 0.8 149 151 62 nucleoside diphosphate transferase biological_unit
1bhnD 1npk 0.8 149 151 62 nucleoside diphosphate transferase biological_unit
1bhnE 1npk 0.8 149 151 62 nucleoside diphosphate transferase biological_unit
1bhnF 1npk 0.9 149 151 62 nucleoside diphosphate transferase biological_unit
1bho1 1ido 1.4 183 189 90 cd11b fragment (cell surface glycoprotein mac-1 alpha s
1bho2 1ido 1.5 183 189 90 cd11b fragment (cell surface glycoprotein mac-1 alpha s
1bhp 1cbn 0.9 45 45 36 beta-purothionin
1bhq1 1ido 1.4 183 189 90 cd11b fragment (cell surface glycoprotein mac-1 alpha s
1bhq2 1ido 1.4 183 189 90 cd11b fragment (cell surface glycoprotein mac-1 alpha s
1bhs 1equ 1.0 279 284 99 17beta-hydroxysteroid dehydrogenase (type i 17beta-hydr
1bhtA 1bhtA 0.0 176 176 100 hepatocyte growth factor fragment (nk1)
1bhtB 1bhtA 0.7 173 174 100 hepatocyte growth factor fragment (nk1)
1bhu 1bhu 0.0 102 102 100 metalloproteinase inhibitor (smpi) biological_unit
1bhwA 4xis 0.7 385 392 67 xylose isomerase Mutant biological_unit
1bhwB 4xis 0.7 385 392 67 xylose isomerase Mutant biological_unit
1bhwC 4xis 0.7 385 392 67 xylose isomerase Mutant biological_unit
1bhwD 4xis 0.7 385 392 67 xylose isomerase Mutant biological_unit
1bhy 1lvl 1.7 430 482 34 p64k biological_unit
1bhz 3lzt 0.8 129 129 100 lysozyme biological_unit
1bi4A 1bisA 0.9 142 142 98 integrase fragment Mutant biological_unit
1bi4B 1bisA 1.8 141 143 96 integrase fragment Mutant biological_unit
1bi4C 1bisA 1.5 142 160 98 integrase fragment Mutant biological_unit
1bi6H 1bi6H 0.0 41 41 100 bromelain inhibitor vi
1bi7A 1p38 3.2 250 269 36 cyclin-dependent kinase 6 (cdk6) multiple tumor suppres
1bi7B 1bd8 1.1 123 125 50 cyclin-dependent kinase 6 (cdk6) multiple tumor suppres
1bi8A 1p38 2.6 246 264 36 cyclin-dependent kinase 6 (cdk6) cyclin-dependent kinas
1bi8B 1bd8 0.6 154 155 100 cyclin-dependent kinase 6 (cdk6) cyclin-dependent kinas
1bi8C 1p38 2.6 246 264 36 cyclin-dependent kinase 6 (cdk6) cyclin-dependent kinas
1bi8D 1bd8 0.6 154 155 100 cyclin-dependent kinase 6 (cdk6) cyclin-dependent kinas
1bia 1bia 0.0 292 292 100 Bira bifunctional protein (acts as biotin operon repres
1bib 1bia 0.4 291 294 100 Bira bifunctional protein (acts as biotin operon repres
1bic 2cba 0.2 258 258 99 Carbonic anhydrase ii mutant with thr 200 replaced by h
1bid 1bkpA 1.6 259 264 36 thymidylate synthase (ts, thymidylate synthetase)
1bif 1bif 0.0 432 432 100 6-phosphofructo-2-kinase fructose-2,6-bisphosphatase Mu
1big 2pta 1.6 33 37 56 toxin bmtx1
1bihA 1bihA 0.0 391 391 100 hemolin
1bihB 1bihA 1.0 390 391 98 hemolin
1biiA 1agdA 0.9 274 274 73 mhc class i h-2dd fragment (dd) beta-2 microglobulin de
1biiB 1agdB 0.6 99 99 70 mhc class i h-2dd fragment (dd) beta-2 microglobulin de
1bijA 1abwA 1.2 139 141 99 hemoglobin a
1bijB 1abwA 1.6 135 146 44 hemoglobin a
1bijC 1abwA 1.1 138 141 97 hemoglobin a
1bijD 1abwA 1.5 136 146 44 hemoglobin a
1bik 1bpi 0.9 55 110 40 bikunin fragment (mingin, urinary trypsin inhibitor, hi
1bilA 1smrA 0.9 304 335 70 renin
1bilB 1smrA 1.0 303 334 70 renin
1bimA 1smrA 1.0 304 335 70 renin
1bimB 1smrA 1.1 304 334 70 renin
1binA 2gdm 1.6 143 143 57 leghemoglobin a
1binB 2gdm 1.5 143 143 57 leghemoglobin a
1bip 1bea 2.4 104 122 56 Bifunctional trypsinALPHA-AMYLASE INHIBITOR (RBI) (NMR,
1biqA 1xikA 0.3 340 340 99 protein r2 of ribonucleotide reductase fragment (rnr r2
1biqB 1xikA 0.5 340 341 99 protein r2 of ribonucleotide reductase fragment (rnr r2
1birA 9rnt 0.4 104 104 99 ribonuclease t1 (rnase t1) Mutant
1birB 9rnt 0.4 104 104 99 ribonuclease t1 (rnase t1) Mutant
1bisA 1bisA 0.0 146 146 100 hiv-1 integrase fragment Mutant biological_unit
1bisB 1bisA 0.6 145 154 100 hiv-1 integrase fragment Mutant biological_unit
1bit 5ptp 1.5 213 222 65 Trypsin (anionic) complexed with the inhibitor benzamid
1biuA 1bisA 0.7 144 147 99 hiv-1 integrase fragment Mutant biological_unit
1biuB 1bisA 1.2 144 146 99 hiv-1 integrase fragment Mutant biological_unit
1biuC 1bisA 0.7 144 146 99 hiv-1 integrase fragment Mutant biological_unit
1biy 1cb6A 4.7 607 689 68 lactoferrin biological_unit
1bizA 1bisA 1.6 143 147 98 hiv-1 integrase fragment Mutant biological_unit
1bizB 1bisA 1.6 139 143 99 hiv-1 integrase fragment Mutant biological_unit
1bj0 2tct 0.9 193 193 99 tetracycline repressor (tet repressor, class d) Mutant
1bj1H 1mfa 1.3 117 218 48 fab fragment (fab-12) vascular endothelial growth facto
1bj1J 8fabA 6.8 174 213 46 fab fragment (fab-12) vascular endothelial growth facto
1bj1K 1mfa 1.3 117 218 48 fab fragment (fab-12) vascular endothelial growth facto
1bj1L 8fabA 7.0 174 213 46 fab fragment (fab-12) vascular endothelial growth facto
1bj1V 1vpfA 0.9 94 94 100 fab fragment (fab-12) vascular endothelial growth facto
1bj1W 1vpfA 0.8 94 94 100 fab fragment (fab-12) vascular endothelial growth facto
1bj5 1bj5 0.0 582 582 100 human serum albumin biological_unit
1bj6A 1a1tA 3.1 41 42 93 DNA (acgcc) nucleocapsid protein 7 fragment ((12-53)ncp
1bj8 1bquA 2.6 107 109 96 gp130 fragment Mutant
1bj9 1ryc 0.9 291 291 99 cytochrome c peroxidase Mutant
1bjaA 1bjaA 0.0 95 95 100 transcription regulatory protein mota fragment
1bjaB 1bjaA 1.0 95 95 100 transcription regulatory protein mota fragment
1bje 1a6m 0.8 151 153 87 myoglobin Mutant
1bjg 1bkpA 1.6 259 265 36 thymidylate synthase Mutant biological_unit
1bji 2qwc 0.2 388 388 99 neuraminidase fragment (sialidase) biological_unit
1bjk 1fnc 1.4 289 295 51 ferredoxin--nadp+ reductase (fnr) Mutant
1bjmA 8fabA 3.9 204 216 74 loc - lambda 1 type light-chain dimer (bence-jones prot
1bjmB 8fabA 1.2 104 216 53 loc - lambda 1 type light-chain dimer (bence-jones prot
1bjnA 1bt4 1.4 356 360 45 phosphoserine aminotransferase (psat) biological_unit
1bjnB 1bt4 1.4 356 360 45 phosphoserine aminotransferase (psat) biological_unit
1bjoA 1bt4 1.4 356 361 46 phosphoserine aminotransferase (psat) biological_unit
1bjoB 1bt4 1.4 356 360 45 phosphoserine aminotransferase (psat) biological_unit
1bjpA 1otfA 0.7 59 62 77 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1bjpB 1otfA 0.6 59 62 77 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1bjpC 1otfA 0.6 58 58 76 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1bjpD 1otfA 0.6 59 60 77 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1bjpE 1otfA 0.6 59 62 77 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1bjqA 1led 1.7 229 251 43 lectin (dbl) biological_unit
1bjqB 1led 1.7 229 253 43 lectin (dbl) biological_unit
1bjqC 1led 1.5 225 233 44 lectin (dbl) biological_unit
1bjqD 1led 1.5 225 233 44 lectin (dbl) biological_unit
1bjqE 1led 1.5 225 233 44 lectin (dbl) biological_unit
1bjqF 1led 1.5 225 233 44 lectin (dbl) biological_unit
1bjqG 1led 1.7 229 251 43 lectin (dbl) biological_unit
1bjqH 1led 1.7 229 253 43 lectin (dbl) biological_unit
1bjrE 1gci 1.7 248 279 37 proteinase k biological_unit lactoferrin fragment
1bju 5ptp 0.2 223 223 99 beta-trypsin
1bjv 5ptp 0.2 223 223 99 beta-trypsin
1bjx 1bjx 0.0 110 110 100 protein disulfide isomerase fragment
1bjyA 2tct 0.6 198 207 99 tetracycline repressor (tet repressor, class d) Mutant
1bjyB 2tct 0.6 198 198 99 tetracycline repressor (tet repressor, class d) Mutant
1bjz 2tct 1.0 194 194 99 tetracycline repressor (tet repressor, class d) Mutant
1bk0 1bk0 0.0 329 329 100 isopenicillin n synthase biological_unit
1bk1 1xnb 1.4 174 182 46 endo-1,4-b-xylanase c (xylanase)
1bk2 1tuc 1.1 42 57 98 a-spectrin fragment Mutant
1bk4 1frpA 1.1 309 314 89 fructose-1,6-bisphosphatase (fructose-1,6-diphosphatase
1bk5A 1bk5A 0.0 422 422 100 karyopherin alpha fragment (importin alpha, srp1p)
1bk5B 1bk5A 0.4 422 422 100 karyopherin alpha fragment (importin alpha, srp1p)
1bk6A 1bk5A 0.8 422 422 99 karyopherin alpha fragment (importin alpha, srp1p) biol
1bk6B 1bk5A 0.8 422 422 99 karyopherin alpha fragment (importin alpha, srp1p) biol
1bk9 1poa 1.7 112 124 42 phospholipase a2 biological_unit
1bka 1cb6A 3.8 606 688 98 lactoferrin
1bkb 1bkb 0.0 136 136 100 transcription initiation factor 5a Mutant
1bkdR 1mh1 2.2 155 166 31 h-ras fragment (p21) son of sevenless-1 fragment (sos)
1bkdS 1bkdS 0.0 439 439 100 h-ras fragment (p21) son of sevenless-1 fragment (sos)
1bke 1bj5 0.2 580 581 100 serum albumin biological_unit
1bkf 1fkj 0.3 107 107 98 fk506 binding protein (fkbp) Mutant
1bkhA 1mucA 0.2 358 358 100 muconate lactonizing enzyme (muconate cycloisomerase) b
1bkhB 1mucA 0.2 358 361 100 muconate lactonizing enzyme (muconate cycloisomerase) b
1bkhC 1mucA 0.2 358 359 100 muconate lactonizing enzyme (muconate cycloisomerase) b
1bkjA 1bkjA 0.0 230 230 100 nadph-flavin oxidoreductase (flavin reductase p, frp, f
1bkjB 1bkjA 0.2 230 230 100 nadph-flavin oxidoreductase (flavin reductase p, frp, f
1bkl 1lkkA 1.2 102 110 52 pp60 v-src tyrosine kinase transforming protein fragmen
1bkm 1lkkA 1.3 102 102 52 pp60 v-src tyrosine kinase transforming protein fragmen
1bkoA 1bkpA 0.7 258 278 99 thymidylate synthase a biological_unit
1bkoB 1bkpA 0.6 258 278 99 thymidylate synthase a biological_unit
1bkoC 1bkpA 0.6 258 278 99 thymidylate synthase a biological_unit
1bkoD 1bkpA 0.6 258 278 99 thymidylate synthase a biological_unit
1bkpA 1bkpA 0.0 278 278 100 thymidylate synthase a biological_unit
1bkpB 1bkpA 0.2 278 278 100 thymidylate synthase a biological_unit
1bkq 1bkq 0.0 89 89 100 protein inhibitor of neuronal nitric oxide synthase (pi
1bkrA 1bkrA 0.0 108 108 100 spectrin beta chain fragment (calponin homology (ch) do
1bksA 2tysA 0.3 253 255 100 tryptophan synthase (tryptophan synthetase) biological_
1bksB 2tysB 1.2 392 392 99 tryptophan synthase (tryptophan synthetase) biological_
1bkt 1sco 2.1 37 37 82 bmktx
1bku 1bku 0.0 32 32 100 calcitonin
1bkw 1pbe 0.2 391 391 99 p-hydroxybenzoate hydroxylase Mutant
1bkxA 1cdkA 0.9 339 339 96 camp-dependent protein kinase fragment (capk, pka) aden
1bkzA 1a3k 1.0 130 135 37 galectin-7
1bkzB 1a3k 1.2 130 135 37 galectin-7
1bl0A 1bl0A 0.0 116 116 100 mara fragment DNA
1bl1 1bl1 0.0 31 31 100 parathyroid hormone receptor fragment
1bl2A 1f13A 0.4 696 697 100 coagulation factor xiii biological_unit
1bl2B 1f13A 0.5 701 702 100 coagulation factor xiii biological_unit
1bl3A 1bisA 0.9 142 142 98 integrase fragment Mutant biological_unit
1bl3B 1bisA 1.8 141 143 96 integrase fragment Mutant biological_unit
1bl3C 1bisA 1.5 142 160 98 integrase fragment Mutant biological_unit
1bl4A 1fkj 0.5 107 107 99 fk506 binding protein (fkbp) Mutant
1bl4B 1fkj 0.5 107 107 99 fk506 binding protein (fkbp) Mutant
1bl8A 1bl8A 0.0 97 97 100 potassium channel protein fragment Mutant biological_un
1bl8B 1bl8A 0.1 97 97 100 potassium channel protein fragment Mutant biological_un
1bl8C 1bl8A 0.1 97 97 100 potassium channel protein fragment Mutant biological_un
1bl8D 1bl8A 0.1 97 97 100 potassium channel protein fragment Mutant biological_un
1bl9A 1aomB 1.4 511 537 68 nitrite reductase biological_unit
1bl9B 1aomB 1.4 511 537 68 nitrite reductase biological_unit
1bla 1bfg 1.0 126 155 100 basic fibroblast growth factor (fgf-2) Mutant
1blbA 2bb2 0.9 181 185 100 Beta b2 crystallin tetramer
1blbB 2bb2 1.1 181 181 100 Beta b2 crystallin tetramer
1blbC 2bb2 1.4 181 187 100 Beta b2 crystallin tetramer
1blbD 2bb2 1.5 181 183 100 Beta b2 crystallin tetramer
1blc 1btl 2.1 251 257 32 Beta-lactamase complex with degradation products of cla
1bld 1bfg 1.1 126 155 100 basic fibroblast growth factor (fgf-2) Mutant
1ble 1ble 0.0 161 161 100 fructose permease (fructose transporter, iib subunit)
1blf 1cb6A 4.9 603 685 68 lactoferrin
1blh 1btl 2.0 250 257 32 Beta-lactamase complexed with [[n-(benzyloxycarbonyl)am
1bli 1bli 0.0 481 481 100 alpha-amylase (glucanotransferase, alpha-1,4-glucan-4-g
1blj 1lkkA 2.1 104 114 67 p55 blk protein tyrosine kinase fragment
1blk 1lkkA 1.8 104 114 70 p55 blk protein tyrosine kinase fragment
1bllE 1lam 0.4 481 481 100 Leucine aminopeptidase complex with amastatin
1blnA 8fabA 6.6 199 213 42 antibody fragment
1blnB 1igtB 2.0 215 217 88 antibody fragment
1blnC 8fabA 7.1 199 213 42 antibody fragment
1blnD 1igtB 2.7 215 217 88 antibody fragment
1blp 1btl 2.1 246 253 32 Beta-lactamase p54 mutant with asp 179 replaced by asn
1blq 1ncx 4.3 80 90 94 n-troponin c fragment (sntnc)
1blr 1hmt 2.8 122 137 40 cellular retinoic acid binding protein-type ii
1blsA 2blsA 0.7 357 359 70 Beta-lactamase (cephalosporinase) complexed with a phos
1blsB 2blsA 0.7 357 359 70 Beta-lactamase (cephalosporinase) complexed with a phos
1blu 2fdn 0.8 55 80 50 ferredoxin
1blv 1cyo 2.7 88 94 91 cytochrome b5 fragment
1blz 1bk0 0.3 327 327 100 isopenicillin n synthase biological_unit
1bm1 1brx 0.8 207 221 100 bacteriorhodopsin
1bm2A 1griA 1.9 98 98 100 grb2 fragment (growth factor receptor bound protein 2)
1bm3H 1igtB 0.0 200 216 42 immunoglobulin opg2 fab, constant domain fragment immun
1bm3L 8fabA 4.9 146 214 38 immunoglobulin opg2 fab, constant domain fragment immun
1bm4 1bm4 0.0 288 288 100 moloney murine leukemia virus capsid protein fragment (
1bm5 1hmt 2.2 128 137 43 cellular retinoic acid binding protein-type ii Mutant
1bm7A 1etb1 0.3 114 114 99 transthyretin (prealbumin) biological_unit
1bm7B 1etb1 0.3 114 114 99 transthyretin (prealbumin) biological_unit
1bm8 1bm8 0.0 99 99 100 transcription factor mbp1 fragment (mcb (mlui cell-cyle
1bm9A 1bm9A 0.0 120 120 100 replication terminator protein (rtp, ter) biological_un
1bm9B 1bm9A 2.3 120 120 100 replication terminator protein (rtp, ter) biological_un
1bmaA 5ptp 1.1 206 240 39 elastase 1-(2-acet-(4-isopropyl)-anilido)-1-benzyl- 1-m
1bmb 1lkkA 1.9 94 98 37 grb2 fragment (growth factor receptor bound protein 2)
1bmc 1a7tA 1.2 211 213 34 metallo-beta-lactamase
1bmdA 1bmdA 0.0 327 327 100 Malate dehydrogenase (bacterial) complexed with nadh
1bmdB 1bmdA 0.2 327 327 100 Malate dehydrogenase (bacterial) complexed with nadh
1bme 1a7tA 1.2 218 221 33 metallo-beta-lactamase (class b beta-lactamase)
1bmfA 1skyB 1.6 476 487 59 bovine mitochondrial f1-atpase (f1-atpase)
1bmfB 1skyB 1.1 475 487 59 bovine mitochondrial f1-atpase (f1-atpase)
1bmfC 1skyB 1.5 476 492 59 bovine mitochondrial f1-atpase (f1-atpase)
1bmfD 1skyE 3.7 426 467 71 bovine mitochondrial f1-atpase (f1-atpase)
1bmfE 1skyE 1.1 426 466 71 bovine mitochondrial f1-atpase (f1-atpase)
1bmfF 1skyE 3.6 425 466 71 bovine mitochondrial f1-atpase (f1-atpase)
1bmfG 1bmfG 0.0 122 122 100 bovine mitochondrial f1-atpase (f1-atpase)
1bmg 1agdB 1.1 98 98 77 beta=2=-microglobulin
1bmiA 1a7tA 0.5 225 227 99 metallo-beta-lactamase (class b beta-lactamase)
1bmiB 1a7tA 0.5 225 230 99 metallo-beta-lactamase (class b beta-lactamase)
1bmmH 5ptp 1.4 221 258 38 alpha-thrombin hirudin i
1bmnH 5ptp 1.5 221 257 38 alpha-thrombin hirudin i
1bmoA 1sra 0.6 151 233 100 bm-40 fragment (sparc, osteonectin, basement membrane p
1bmoB 1sra 0.5 151 233 100 bm-40 fragment (sparc, osteonectin, basement membrane p
1bmp 2tgi 1.7 98 104 35 bone morphogenetic protein-7 (osteogenic protein-1, hop
1bmqA 1pauA 1.7 136 167 30 interleukin-1 beta convertase (ice) biological_unit
1bmqB 1pauB 1.6 81 88 29 interleukin-1 beta convertase (ice) biological_unit
1bmr 1aho 1.9 63 67 40 lqh iii alpha-like toxin biological_unit
1bmsA 1msc 1.9 118 129 98 bacteriophage ms2 capsid Mutant
1bmsB 1msc 2.0 125 129 95 bacteriophage ms2 capsid Mutant
1bmsC 1msc 2.7 127 129 94 bacteriophage ms2 capsid Mutant
1bmtA 1bmtA 0.0 246 246 100 Methionine synthase (b12-binding domains)
1bmtB 1bmtA 0.9 246 246 100 Methionine synthase (b12-binding domains)
1bmv1 1bmv1 0.0 185 185 100 Bean pod mottle virus (middle component)
1bmv2 1bmv2 0.0 374 374 100 Bean pod mottle virus (middle component)
1bmw 1who 2.0 91 94 100 pollen allergen phl p2 (phl p ii) biological_unit
1bmx 1bmx 0.0 31 31 100 human immunodeficiency virus type 1 capsid fragment (hi
1bmzA 1etb1 0.2 114 114 99 transthyretin (prealbumin) biological_unit
1bmzB 1etb1 0.3 114 114 99 transthyretin (prealbumin) biological_unit
1bn8 1bn8 0.0 399 399 100 pectate lyase biological_unit
1bnb 1bnb 0.0 38 38 100 bovine neutrophil beta-defensin 12
1bncA 1bncA 0.0 433 433 100 biotin carboxylase
1bncB 1bncA 0.6 422 424 100 biotin carboxylase
1bndA 1bndA 0.0 109 109 100 brain derived neurotrophic factor (bdnf) neurotrophin 3
1bndB 1bndA 1.7 105 108 59 brain derived neurotrophic factor (bdnf) neurotrophin 3
1bneA 1b20A 0.4 107 107 97 Barnase disulfide mutant with ala 43 replaced by cys an
1bneB 1b20A 0.4 107 107 97 Barnase disulfide mutant with ala 43 replaced by cys an
1bneC 1b20A 0.5 107 107 97 Barnase disulfide mutant with ala 43 replaced by cys an
1bnfA 1b20A 1.0 107 107 97 Barnase disulfide mutant with thr 70 replaced by cys an
1bnfB 1b20A 1.1 107 107 97 Barnase disulfide mutant with thr 70 replaced by cys an
1bnfC 1b20A 1.1 107 107 97 Barnase disulfide mutant with thr 70 replaced by cys an
1bngA 1b20A 0.4 107 108 97 Barnase disulfide mutant with ser 85 replaced by cys an
1bngB 1b20A 0.4 107 107 97 Barnase disulfide mutant with ser 85 replaced by cys an
1bngC 1b20A 0.5 107 107 97 Barnase disulfide mutant with ser 85 replaced by cys an
1bniA 1b20A 0.5 107 108 99 barnase
1bniB 1b20A 0.5 107 108 99 barnase
1bniC 1b20A 0.5 107 107 99 barnase
1bnjA 1b20A 0.4 107 108 99 barnase
1bnjB 1b20A 0.4 107 107 99 barnase
1bnjC 1b20A 0.5 107 107 99 barnase
1bnkA 1bnkA 0.0 120 120 100 3-methyladenine DNA glycosylase (aag, anpg, mpg) Mutant
1bnkB 1bnkB 0.0 39 39 100 3-methyladenine DNA glycosylase (aag, anpg, mpg) Mutant
1bnkC 1bnkC 0.0 41 41 100 3-methyladenine DNA glycosylase (aag, anpg, mpg) Mutant
1bnlA 1koe 0.5 172 178 86 collagen xviii fragment
1bnlB 1koe 0.5 172 178 86 collagen xviii fragment
1bnlC 1koe 0.5 172 178 86 collagen xviii fragment
1bnlD 1koe 0.5 172 178 86 collagen xviii fragment
1bno 1bpyA 2.6 68 87 88 DNA polymerase beta fragment
1bnp 1bpyA 2.2 65 87 90 DNA polymerase beta fragment
1bnr 1b20A 1.6 107 110 99 barnase (g specific endonuclease)
1bnsA 1b20A 0.4 107 108 98 Barnase (g specific endonuclease) mutant with thr 26 re
1bnsB 1b20A 0.5 107 108 98 Barnase (g specific endonuclease) mutant with thr 26 re
1bnsC 1b20A 0.5 107 107 98 Barnase (g specific endonuclease) mutant with thr 26 re
1bnv 2cba 0.2 256 256 99 carbonic anhydrase biological_unit
1bnx 1bnx 0.0 33 33 100 band 3 fragment (sao) Mutant biological_unit
1bnzA 1azpA 0.9 62 64 83 sso7d
1bo1A 1bo1A 0.0 326 326 100 phosphatidylinositol phosphate kinase iibeta (pipk) bio
1bo1B 1bo1A 0.7 314 318 100 phosphatidylinositol phosphate kinase iibeta (pipk) bio
1bo4A 1bo4A 0.0 136 136 100 serratia marcescens aminoglycoside-3-n-acetyltransferas
1bo4B 1bo4A 0.3 135 135 100 serratia marcescens aminoglycoside-3-n-acetyltransferas
1bo5O 1glcG 0.9 489 498 100 glycerol kinase biological_unit
1bo5Z 1glcG 0.8 489 498 100 glycerol kinase biological_unit
1bo7 1bkpA 1.8 259 316 38 thymidylate synthase Mutant biological_unit
1bo8 1bkpA 1.8 259 316 38 thymidylate synthase Mutant biological_unit
1bo9 1bo9 0.0 73 73 100 annexin i fragment
1bob 1bob 0.0 306 306 100 histone acetyltransferase (hat1) biological_unit
1boc 4icb 2.4 71 76 90 Calbindin d9k mutant with ala 15 replaced by asp, pro 2
1bod 4icb 2.1 67 74 87 Calbindin d9k mutant with ala 14 deleted, ala 15 replac
1boe 1boe 0.0 46 46 100 insulin-like growth factor-binding protein-5 (igfbp-5)
1bof 1cipA 1.0 289 324 98 gi alpha 1 (gia1, guanine nucleotide-binding protein g(
1bogA 8fabA 5.0 158 214 39 antibody (cb 4-1) fragment peptide
1bogB 1igtB 2.7 212 213 70 antibody (cb 4-1) fragment peptide
1boh 1rhs 0.5 292 293 100 rhodanese biological_unit
1boi 1rhs 0.4 286 286 100 rhodanese fragment
1bol 1bol 0.0 222 222 100 ribonuclease rh biological_unit
1boo 1boo 0.0 282 282 100 n-4 cytosine-specific methyltransferase pvu ii fragment
1boq 2sga 1.4 179 198 36 alpha-lytic protease Mutant
1bor 1bor 0.0 56 56 100 transcription factor pml fragment
1bosA 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosB 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosC 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosD 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosE 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosF 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosG 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosH 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosI 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosJ 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosK 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosL 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosM 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosN 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosO 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosP 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosQ 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosR 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosS 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1bosT 1bovA 0.3 69 69 100 shiga-like toxin i b subunit fragment
1botO 1glcG 0.8 488 497 100 glycerol kinase biological_unit
1botZ 1glcG 0.8 488 498 100 glycerol kinase biological_unit
1bovA 1bovA 0.0 69 69 100 Verotoxin-1 (b-oligomer, also called shiga-like toxin-1
1bovB 1bovA 0.4 69 69 100 Verotoxin-1 (b-oligomer, also called shiga-like toxin-1
1bovC 1bovA 0.3 69 69 100 Verotoxin-1 (b-oligomer, also called shiga-like toxin-1
1bovD 1bovA 0.3 69 69 100 Verotoxin-1 (b-oligomer, also called shiga-like toxin-1
1bovE 1bovA 0.3 69 69 100 Verotoxin-1 (b-oligomer, also called shiga-like toxin-1
1boxA 1rgeA 0.5 95 95 99 guanyl-specific ribonuclease sa Mutant
1boy 1boy 0.0 211 211 100 human tissue factor fragment (tf)
1bozA 1aoeA 2.3 174 186 36 dihydrofolate reductase Mutant biological_unit
1bp0 1bkpA 1.8 259 316 38 thymidylate synthase Mutant biological_unit
1bp1 1bp1 0.0 456 456 100 bactericidalPERMEABILITY-INCREASING PROTEIN (bpi) Mutan
1bp2 1poa 1.2 117 123 57 Phospholipase a=2= (phosphatide acyl-hydrolase)
1bp3A 1huw 1.9 163 186 87 growth hormone (hgh) Mutant prolactin receptor (hprl)
1bp3B 1axiB 2.2 186 197 32 growth hormone (hgh) Mutant prolactin receptor (hprl)
1bp5A 1cb6A 2.9 241 328 59 serum transferrin fragment
1bp5B 1cb6A 2.9 241 328 59 serum transferrin fragment
1bp5C 1cb6A 2.9 241 334 59 serum transferrin fragment
1bp5D 1cb6A 2.9 241 334 59 serum transferrin fragment
1bp6 1bkpA 1.8 259 316 38 thymidylate synthase Mutant biological_unit
1bp7A 1bp7A 0.0 152 152 100 i-crei (DNA endonuclease i-crei) biological_unit DNA (h
1bp7B 1bp7A 0.2 152 152 100 i-crei (DNA endonuclease i-crei) biological_unit DNA (h
1bp7C 1bp7A 0.2 152 152 100 i-crei (DNA endonuclease i-crei) biological_unit DNA (h
1bp7D 1bp7A 0.1 152 152 100 i-crei (DNA endonuclease i-crei) biological_unit DNA (h
1bpb 1bpyA 2.4 242 242 95 DNA polymerase beta (beta polymerase) (apo, 31kd domain
1bpd 1bpyA 6.1 270 324 89 DNA polymerase beta (beta polymerase) (apo, full protei
1bpe 1bpyA 4.8 263 284 90 DNA polymerase beta (beta polymerase) full protein comp
1bpi 1bpi 0.0 58 58 100 Bovine pancreatic trypsin inhibitor (bpti) (crystal for
1bpj 1bkpA 1.8 259 316 38 thymidylate synthase Mutant biological_unit
1bplA 1bli 0.6 178 179 100 alpha-1,4-glucan-4-glucanohydrolase (alpha-amylase (bla
1bplB 1bli 0.5 286 290 98 alpha-1,4-glucan-4-glucanohydrolase (alpha-amylase (bla
1bpm 1lam 0.4 481 481 100 Leucine aminopeptidase
1bpn 1lam 0.4 481 481 100 Leucine aminopeptidase
1bpoA 1bpoA 0.0 487 487 100 clathrin heavy-chain fragment
1bpoB 1bpoA 0.9 487 493 100 clathrin heavy-chain fragment
1bpoC 1bpoA 1.0 487 487 100 clathrin heavy-chain fragment
1bpq 1poa 1.3 117 123 58 Phospholipase a2 mutant with lys 56 replaced by met (k5
1bpr 1dkzA 4.2 144 173 78 dnak fragment
1bpt 1bpi 0.4 56 56 99 Bovine pancreatic trypsin inhibitor (BPTI) mutant (tyr
1bpwA 1a4sA 0.3 482 502 100 aldehyde dehydrogenase (aldh) biological_unit
1bpxA 1bpyA 2.8 326 331 100 DNA polymerase beta (pol-beta, beta-pol) biological_uni
1bpyA 1bpyA 0.0 326 326 100 DNA polymerase beta (pol beta, beta-pol) biological_uni
1bpzA 1bpyA 2.9 326 331 100 DNA polymerase beta (pol beta, beta-pol) biological_uni
1bq2 1bkpA 1.7 259 264 36 thymidylate synthase (ts, thymidylate synthetase) Mutan
1bq3A 5pgmA 0.3 234 234 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
1bq3B 5pgmA 0.4 234 235 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
1bq3C 5pgmA 0.3 234 235 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
1bq3D 5pgmA 0.6 234 234 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
1bq4A 5pgmA 0.3 234 234 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
1bq4B 5pgmA 0.4 234 235 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
1bq4C 5pgmA 0.4 234 235 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
1bq4D 5pgmA 0.5 234 234 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
1bq8 1rb9 0.6 52 54 68 rubredoxin ([_0m] pf rd) Mutant
1bq9 1rb9 0.6 52 54 66 rubredoxin (pf rd) Mutant
1bqb 1hyt 1.2 295 301 48 aureolysin (staphylococcus aureus metalloproteinase)
1bqhA 1agdA 1.8 274 274 72 cd8a or lyt2 or lyt-2 fragment ha1b_mouse fragment b2mg
1bqhB 1agdB 0.6 99 99 70 cd8a or lyt2 or lyt-2 fragment ha1b_mouse fragment b2mg
1bqhD 1agdA 1.8 274 274 72 cd8a or lyt2 or lyt-2 fragment ha1b_mouse fragment b2mg
1bqhE 1agdB 0.6 99 99 70 cd8a or lyt2 or lyt-2 fragment ha1b_mouse fragment b2mg
1bqhG 1cd8 1.8 112 122 45 cd8a or lyt2 or lyt-2 fragment ha1b_mouse fragment b2mg
1bqhH 1cd8 1.9 111 125 45 cd8a or lyt2 or lyt-2 fragment ha1b_mouse fragment b2mg
1bqhI 1cd8 1.7 112 122 45 cd8a or lyt2 or lyt-2 fragment ha1b_mouse fragment b2mg
1bqhK 1cd8 1.9 112 125 45 cd8a or lyt2 or lyt-2 fragment ha1b_mouse fragment b2mg
1bqlH 1igtB 1.7 211 214 66 Hyhel-5 fab complexed with bobwhite quail lysozyme
1bqlL 8fabA 5.4 201 212 45 Hyhel-5 fab complexed with bobwhite quail lysozyme
1bqlY 3lzt 0.7 129 129 97 Hyhel-5 fab complexed with bobwhite quail lysozyme
1bqmA 1rthA 2.8 541 556 98 reverse transcriptase (hiv-1 rt) Mutant
1bqmB 1rthA 8.6 235 430 67 reverse transcriptase (hiv-1 rt) Mutant
1bqnA 1rthA 2.7 539 558 97 reverse transcriptase (hiv-1 rt) Mutant
1bqnB 1rthA 6.9 247 430 64 reverse transcriptase (hiv-1 rt) Mutant
1bqpA 1led 1.4 177 181 42 pea lectin biological_unit
1bqpB 2ltnB 0.3 47 47 100 pea lectin biological_unit
1bqpC 1led 1.4 177 181 42 pea lectin biological_unit
1bqpD 2ltnB 0.3 47 47 100 pea lectin biological_unit
1bquA 1bquA 0.0 208 208 100 gp130 fragment
1bquB 1bquA 1.5 208 215 99 gp130 fragment
1bqv 1bqv 0.0 110 110 100 ets-1 fragment (pnt, pointed) biological_unit
1bqx 7fd1 1.6 75 77 50 ferredoxin Mutant
1br0 1br0 0.0 120 120 100 syntaxin 1-a fragment Mutant
1br1A 1lvk 2.6 655 787 48 myosin fragment (mde)
1br1B 1wdcC 1.6 141 148 41 myosin fragment (mde)
1br1C 1lvk 2.6 655 787 48 myosin fragment (mde)
1br1D 1wdcC 1.6 141 148 41 myosin fragment (mde)
1br1E 1lvk 2.6 655 787 48 myosin fragment (mde)
1br1F 1ncx 9.8 102 148 41 myosin fragment (mde)
1br1G 1lvk 2.6 655 787 48 myosin fragment (mde)
1br1H 1wdcC 1.8 141 148 41 myosin fragment (mde)
1br2A 1lvk 2.1 588 673 51 smooth muscle myosin fragment
1br2B 1lvk 2.1 588 673 51 smooth muscle myosin fragment
1br2C 1lvk 2.1 588 673 51 smooth muscle myosin fragment
1br2D 1lvk 2.1 588 673 51 smooth muscle myosin fragment
1br2E 1lvk 2.1 588 673 51 smooth muscle myosin fragment
1br2F 1lvk 2.1 588 673 51 smooth muscle myosin fragment
1br4A 1lvk 2.7 655 781 48 myosin fragment (mde)
1br4B 1wdcC 1.7 141 148 41 myosin fragment (mde)
1br4C 1lvk 2.7 655 781 48 myosin fragment (mde)
1br4D 1wdcC 1.7 141 148 41 myosin fragment (mde)
1br4E 1lvk 2.7 655 781 48 myosin fragment (mde)
1br4F 1wdcC 1.7 141 148 41 myosin fragment (mde)
1br4G 1lvk 2.7 655 781 48 myosin fragment (mde)
1br4H 1wdcC 1.9 141 148 41 myosin fragment (mde)
1br5A 1mrj 1.3 239 267 38 ricin (rta) biological_unit
1br6A 1mrj 1.3 239 268 38 ricin (rta) biological_unit
1br8I 1ovaA 2.5 369 404 31 antithrombin-iii Mutant biological_unit peptide Mutant
1br8L 1ovaA 2.4 347 398 32 antithrombin-iii Mutant biological_unit peptide Mutant
1bra 5ptp 0.4 221 223 72 Trypsin variant (d189g,G226d) complexed with benzamidin
1brbE 5ptp 0.4 221 223 72 Trypsin variant (d189g, g226d) complexed with bpti vari
1brbI 1bpi 0.3 51 51 95 Trypsin variant (d189g, g226d) complexed with bpti vari
1brcE 5ptp 0.4 221 223 72 Trypsin variant (d189g,G226d) complexed with amyloid be
1brcI 1bpi 1.1 56 56 45 Trypsin variant (d189g,G226d) complexed with amyloid be
1brd 1brx 1.5 160 170 87 Bacteriorhodopsin
1breA 8fabA 1.4 102 107 48 bence-jones kappa i protein bre (bence-jones)
1breB 8fabA 1.4 102 107 48 bence-jones kappa i protein bre (bence-jones)
1breC 8fabA 1.4 102 107 48 bence-jones kappa i protein bre (bence-jones)
1breD 8fabA 1.4 103 107 48 bence-jones kappa i protein bre (bence-jones)
1breE 8fabA 1.4 102 107 48 bence-jones kappa i protein bre (bence-jones)
1breF 8fabA 1.5 102 107 48 bence-jones kappa i protein bre (bence-jones)
1brf 1rb9 0.6 51 53 67 rubredoxin (pf rd)
1brgA 1b20A 0.4 107 108 98 Barnase (g specific endonuclease) mutant with phe 7 rep
1brgB 1b20A 0.4 107 108 98 Barnase (g specific endonuclease) mutant with phe 7 rep
1brgC 1b20A 0.5 107 108 98 Barnase (g specific endonuclease) mutant with phe 7 rep
1brhA 1b20A 0.3 107 107 98 Barnase mutant with leu 14 replaced by ala (l14a)
1brhB 1b20A 0.4 107 107 98 Barnase mutant with leu 14 replaced by ala (l14a)
1brhC 1b20A 0.4 107 107 98 Barnase mutant with leu 14 replaced by ala (l14a)
1briA 1b20A 0.4 107 107 98 Barnase mutant with ile 76 replaced by ala (i76a)
1briB 1b20A 0.4 107 107 98 Barnase mutant with ile 76 replaced by ala (i76a)
1briC 1b20A 0.5 107 107 98 Barnase mutant with ile 76 replaced by ala (i76a)
1brjA 1b20A 0.3 107 107 98 Barnase mutant with ile 88 replaced by ala (i88a)
1brjB 1b20A 0.4 107 107 98 Barnase mutant with ile 88 replaced by ala (i88a)
1brjC 1b20A 0.4 107 107 98 Barnase mutant with ile 88 replaced by ala (i88a)
1brkA 1b20A 0.4 107 108 98 Barnase mutant with ile 96 replaced by ala (i96a)
1brkB 1b20A 0.4 107 107 98 Barnase mutant with ile 96 replaced by ala (i96a)
1brkC 1b20A 0.5 107 107 98 Barnase mutant with ile 96 replaced by ala (i96a)
1brlA 1lucA 0.7 326 340 100 bacterial luciferase
1brlB 1lucA 2.0 311 319 31 bacterial luciferase
1brnL 1b20A 0.6 107 108 99 Barnase (g specific endonuclease) complexed with d(cgac
1brnM 1b20A 0.6 107 108 99 Barnase (g specific endonuclease) complexed with d(cgac
1broA 1brt 0.3 269 277 99 bromoperoxidase a2 (haloperoxidase a2, chloroperoxidase
1broB 1brt 0.4 269 277 99 bromoperoxidase a2 (haloperoxidase a2, chloroperoxidase
1brp 1aqb 0.6 174 174 93 Retinol binding protein (holo form)
1brq 1aqb 0.7 174 174 93 Retinol binding protein (apo form)
1brrA 1brx 0.4 202 230 100 bacteriorhodopsin (br) biological_unit
1brrB 1brx 0.4 202 231 100 bacteriorhodopsin (br) biological_unit
1brrC 1brx 0.5 202 232 100 bacteriorhodopsin (br) biological_unit
1brsA 1b20A 0.6 107 108 99 Barnase (g specific endonuclease) complexed with barsta
1brsB 1b20A 0.6 107 110 99 Barnase (g specific endonuclease) complexed with barsta
1brsC 1b20A 0.7 106 107 99 Barnase (g specific endonuclease) complexed with barsta
1brsD 1ay7B 0.5 86 87 98 Barnase (g specific endonuclease) complexed with barsta
1brsE 1ay7B 0.5 85 86 98 Barnase (g specific endonuclease) complexed with barsta
1brsF 1ay7B 0.6 86 88 98 Barnase (g specific endonuclease) complexed with barsta
1brt 1brt 0.0 277 277 100 bromoperoxidase a2 (haloperoxidase a2, chloroperoxidase
1brwA 1brwA 0.0 433 433 100 pyrimidine nucleoside phosphorylase biological_unit
1brwB 1brwA 2.4 433 433 99 pyrimidine nucleoside phosphorylase biological_unit
1brx 1brx 0.0 209 209 100 bacteriorhodopsin biological_unit
1bryY 1mrj 0.4 247 247 86 bryodin i fragment
1bryZ 1mrj 0.5 247 247 86 bryodin i fragment
1brz 1brz 0.0 54 54 100 brazzein biological_unit
1bs1A 1dai 0.4 219 224 100 dethiobiotin synthetase (dtbs) biological_unit
1bsaA 1b20A 0.3 107 107 98 Barnase (g specific endonuclease) mutant with ile 51 re
1bsaB 1b20A 0.4 107 107 98 Barnase (g specific endonuclease) mutant with ile 51 re
1bsaC 1b20A 0.4 107 107 98 Barnase (g specific endonuclease) mutant with ile 51 re
1bsbA 1b20A 0.3 107 108 98 Barnase (g specific endonuclease) mutant with ile 76 re
1bsbB 1b20A 0.3 107 108 98 Barnase (g specific endonuclease) mutant with ile 76 re
1bsbC 1b20A 0.4 107 108 98 Barnase (g specific endonuclease) mutant with ile 76 re
1bscA 1b20A 0.3 107 108 98 Barnase (g specific endonuclease) mutant with ile 88 re
1bscB 1b20A 0.4 107 107 98 Barnase (g specific endonuclease) mutant with ile 88 re
1bscC 1b20A 0.4 107 108 98 Barnase (g specific endonuclease) mutant with ile 88 re
1bsdA 1b20A 0.5 107 107 98 Barnase (g specific endonuclease) mutant with ile 96 re
1bsdB 1b20A 0.5 107 107 98 Barnase (g specific endonuclease) mutant with ile 96 re
1bsdC 1b20A 0.4 107 107 98 Barnase (g specific endonuclease) mutant with ile 96 re
1bseA 1b20A 0.4 107 108 98 Barnase (g specific endonuclease) mutant with leu 89 re
1bseB 1b20A 0.4 107 108 98 Barnase (g specific endonuclease) mutant with leu 89 re
1bseC 1b20A 0.5 107 108 98 Barnase (g specific endonuclease) mutant with leu 89 re
1bsfA 1bkpA 0.4 259 278 100 thymidylate synthase a biological_unit
1bsfB 1bkpA 0.4 259 278 100 thymidylate synthase a biological_unit
1bsg 1btl 2.0 259 266 38 beta lactamase (penicillinase)
1bsh 1aqt 2.1 135 138 99 epsilon subunit biological_unit
1bslA 1lucA 2.1 316 323 31 bacterial luciferase fragment
1bslB 1lucA 2.1 316 324 31 bacterial luciferase fragment
1bsn 1aqt 1.9 133 138 99 epsilon subunit biological_unit
1bso 1bebA 0.6 152 324 99 bovine beta-lactoglobulin a Mutant biological_unit
1bspA 1bkpA 0.6 277 277 99 thymidylate synthase a biological_unit
1bspB 1bkpA 0.6 278 278 100 thymidylate synthase a biological_unit
1bsq 1bebA 0.5 156 162 99 beta-lactoglobulin Mutant biological_unit
1bsrA 7rsa 0.8 104 124 83 Ribonuclease (bovine, seminal) (bs-rnase)
1bsrB 7rsa 1.2 104 124 83 Ribonuclease (bovine, seminal) (bs-rnase)
1bssA 1rvaA 0.6 230 230 99 Mutant biological_unit DNA biological_unit
1bssB 1rvaA 0.7 223 228 99 Mutant biological_unit DNA biological_unit
1bsuA 1rvaA 0.3 236 236 100 endonuclease biological_unit DNA biological_unit
1bsuB 1rvaA 0.4 227 229 100 endonuclease biological_unit DNA biological_unit
1bsy 1bebA 0.9 155 162 99 beta-lactoglobulin biological_unit
1bt0 1bt0 0.0 73 73 100 rub1 Mutant
1bt4 1bt4 0.0 361 361 100 phosphoserine aminotransferase fragment (psat) Mutant b
1bt6A 4icb 2.1 71 91 31 s100a10 (p11, calpactin light chain) biological_unit an
1bt6B 4icb 2.2 71 91 31 s100a10 (p11, calpactin light chain) biological_unit an
1bt9 2omf 0.2 340 340 99 matrix porin outer membrane protein f (matrix porin, om
1bta 1ay7B 1.1 86 89 100 Barstar (NMR, minimized average structure)
1btb 1ay7B 1.1 86 89 100 Barstar (NMR, 30 structures)
1btc 1byb 0.8 490 491 100 Beta-amylase complex with alpha-cyclodextrin (alpha-14-
1bteA 1bteA 0.0 91 91 100 activin receptor type ii fragment
1bteB 1bteA 0.6 90 94 95 activin receptor type ii fragment
1btgA 1bndA 1.9 103 108 56 beta nerve growth factor (bngf) Mutant
1btgB 1bndA 1.5 104 109 57 beta nerve growth factor (bngf) Mutant
1btgC 1bndA 1.7 104 109 57 beta nerve growth factor (bngf) Mutant
1bthH 5ptp 1.5 219 254 39 thrombin Mutant bovine pancreatic trypsin inhibitor
1bthJ 1ppbL 1.6 30 31 100 thrombin Mutant bovine pancreatic trypsin inhibitor
1bthK 5ptp 1.6 219 254 39 thrombin Mutant bovine pancreatic trypsin inhibitor
1bthL 1ppbL 1.8 30 31 100 thrombin Mutant bovine pancreatic trypsin inhibitor
1bthP 1bpi 0.6 57 58 100 thrombin Mutant bovine pancreatic trypsin inhibitor
1bthQ 1bpi 0.6 57 58 100 thrombin Mutant bovine pancreatic trypsin inhibitor
1bti 1bpi 0.6 58 58 99 Bovine pancreatic trypsin inhibitor (bpti) mutant with
1btjA 1cb6A 3.2 239 333 57 serum transferrin fragment
1btjB 1cb6A 3.2 239 333 57 serum transferrin fragment
1btkA 1btkA 0.0 160 160 100 bruton's tyrosine kinase fragment (bruton's agammaglobu
1btkB 1btkA 0.9 160 169 100 bruton's tyrosine kinase fragment (bruton's agammaglobu
1btl 1btl 0.0 263 263 100 Beta-lactamase tem1
1btmA 1amk 1.4 235 251 43 triosephosphate isomerase (tim) biological_unit
1btmB 1amk 1.4 235 251 43 triosephosphate isomerase (tim) biological_unit
1btn 1btn 0.0 106 106 100 beta-spectrin fragment
1btoA 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
1btoB 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
1btoC 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
1btoD 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
1btp 5ptp 0.4 221 223 99 beta-trypsin
1btu 5ptp 1.2 221 241 38 elastase (ppe)
1btv 1bv1 1.6 158 159 100 bet v 1
1btwA 5ptp 0.3 221 223 99 beta-trypsin t-butoxy-ala-val-boro-lys 1,3-propanediol
1btxA 5ptp 0.2 221 223 99 beta-trypsin t-butoxy-ala-val-boro-lys ethyl ester
1bty 5ptp 0.2 221 222 99 beta-trypsin
1btzA 5ptp 0.2 221 223 99 beta-trypsin t-butoxy-ala-val-boro-lys methyl ester
1bu1A 1bbzA 1.5 55 57 40 hemopoietic cell kinase fragment
1bu1B 1bbzA 1.5 55 57 40 hemopoietic cell kinase fragment
1bu1C 1bbzA 1.3 54 56 41 hemopoietic cell kinase fragment
1bu1D 1bbzA 1.3 54 56 41 hemopoietic cell kinase fragment
1bu1E 1bbzA 1.4 55 57 40 hemopoietic cell kinase fragment
1bu1F 1bbzA 1.2 54 56 41 hemopoietic cell kinase fragment
1bu4 9rnt 0.5 104 104 100 ribonuclease t1 biological_unit
1bu5A 5nul 1.9 137 147 28 flavodoxin biological_unit
1bu5B 5nul 2.0 137 147 28 flavodoxin biological_unit
1bu6O 1glcG 0.6 489 497 99 glycerol kinase Mutant biological_unit
1bu6X 1glcG 0.7 489 498 99 glycerol kinase Mutant biological_unit
1bu6Y 1glcG 0.6 489 499 99 glycerol kinase Mutant biological_unit
1bu6Z 1glcG 0.6 489 498 99 glycerol kinase Mutant biological_unit
1bu7A 1bu7A 0.0 455 455 100 cytochrome p450 fragment (fatty acid hydroxylase)
1bu7B 1bu7A 1.0 455 455 100 cytochrome p450 fragment (fatty acid hydroxylase)
1bu8 1bu8 0.0 446 446 100 pancreatic lipase related protein 2
1buaA 1rvaA 0.3 231 231 100 endonuclease biological_unit DNA biological_unit
1buaB 1rvaA 0.7 226 229 99 endonuclease biological_unit DNA biological_unit
1bucA 3mdeA 1.3 378 383 41 Butyryl-coa dehydrogenase (bcad) (bacterial short-chain
1bucB 3mdeA 1.3 378 383 41 Butyryl-coa dehydrogenase (bcad) (bacterial short-chain
1buhA 1p38 2.5 247 287 37 cdk2 human biological_unit ckshs1 human biological_unit
1buhB 1buhB 0.0 70 70 100 cdk2 human biological_unit ckshs1 human biological_unit
1buj 1b20A 1.3 107 109 83 binase
1buk 1dik 0.5 868 869 99 pyruvate phosphate dikinase (ppdk) Mutant biological_un
1bul 1btl 1.9 259 265 33 nmc-a beta-lactamase biological_unit
1bunA 1poa 1.5 118 120 51 beta2-bungarotoxin (phosphatide acyl-hydrolase, phospha
1bunB 1bpi 1.8 58 61 35 beta2-bungarotoxin (phosphatide acyl-hydrolase, phospha
1buoA 1buoA 0.0 121 121 100 plzf fragment (plzf) biological_unit
1bupA 1ba1 0.2 378 378 98 hsc70 fragment (70 kilodalton heat shock protein) Mutan
1buqA 1opy 1.7 119 125 33 3-ketosteroid isomerase-19-nortestosterone-hemisuccinat
1buqB 1opy 1.6 119 125 33 3-ketosteroid isomerase-19-nortestosterone-hemisuccinat
1burA 1burA 0.0 464 464 100 ribulose 1,5-bisphosphate carboxylaseOXYGENASE (rubisco
1burB 1burA 0.1 464 464 100 ribulose 1,5-bisphosphate carboxylaseOXYGENASE (rubisco
1burC 1burA 0.1 464 464 100 ribulose 1,5-bisphosphate carboxylaseOXYGENASE (rubisco
1burD 1burA 0.1 464 464 100 ribulose 1,5-bisphosphate carboxylaseOXYGENASE (rubisco
1burS 1rboC 0.2 123 123 84 ribulose 1,5-bisphosphate carboxylaseOXYGENASE (rubisco
1burT 1rboC 0.2 123 123 84 ribulose 1,5-bisphosphate carboxylaseOXYGENASE (rubisco
1burU 1rboC 0.2 123 123 84 ribulose 1,5-bisphosphate carboxylaseOXYGENASE (rubisco
1burV 1rboC 0.2 123 123 84 ribulose 1,5-bisphosphate carboxylaseOXYGENASE (rubisco
1bus 2ovo 2.1 46 57 61 Proteinase inhibitor IIA (BUSI IIA) (NMR, 5 distance co
1buuA 1rtm1 1.3 149 149 100 mannose-binding protein a fragment
1buwA 1abwA 0.6 139 141 99 hemoglobin (s-nitroso-nitrosylhb) biological_unit
1buwB 1abwA 1.7 136 144 43 hemoglobin (s-nitroso-nitrosylhb) biological_unit
1buwC 1abwA 0.6 139 141 99 hemoglobin (s-nitroso-nitrosylhb) biological_unit
1buwD 1abwA 1.6 136 144 43 hemoglobin (s-nitroso-nitrosylhb) biological_unit
1buxA 1npk 0.4 150 150 100 nucleoside diphosphate kinase (ndp kinase) biological_u
1buxB 1npk 0.4 150 150 100 nucleoside diphosphate kinase (ndp kinase) biological_u
1buxC 1npk 0.4 150 150 100 nucleoside diphosphate kinase (ndp kinase) biological_u
1buz 1auz 0.6 116 116 100 spoiiaa
1bv1 1bv1 0.0 159 159 100 bet v 1 (major pollen allergen bet v 1-a)
1bv3 2cba 0.2 256 256 100 carbonic anhydrase ii (hca ii)
1bv41 1rtm1 1.6 111 112 59 mannose-binding protein-c fragment
1bv42 1rtm1 1.6 109 110 59 mannose-binding protein-c fragment
1bv43 1rtm1 0.8 81 81 61 mannose-binding protein-c fragment
1bv44 1rtm1 1.2 108 109 57 mannose-binding protein-c fragment
1bv5 1bv6 0.4 117 117 99 histidine kinase fragment
1bv6 1bv6 0.0 119 119 100 histidine kinase fragment
1bv7A 1fmb 1.5 96 98 32 hiv-1 protease complex with xv638 of dupont merck Mutan
1bv7B 1fmb 1.5 96 98 32 hiv-1 protease complex with xv638 of dupont merck Mutan
1bv8 1ayoA 2.7 127 137 88 alpha-2-macroglobulin fragment
1bv9A 1fmb 1.7 97 98 32 hiv protease fragment Mutant
1bv9B 1fmb 1.7 97 98 32 hiv protease fragment Mutant
1bva 1ryc 1.2 290 291 97 cytochrome c peroxidase (ccpMP6.8) Mutant biological_un
1bvc 1a6m 0.8 139 153 97 apomyoglobin
1bvd 1a6m 0.8 139 153 98 apomyoglobin
1bveA 1fmb 2.3 96 99 34 hiv-1 protease Mutant
1bveB 1hvc 1.4 99 99 95 hiv-1 protease Mutant
1bvgA 1fmb 2.2 98 99 34 hiv-1 protease Mutant
1bvgB 1hvc 1.5 99 99 95 hiv-1 protease Mutant
1bvh 1phr 2.2 152 157 88 Tyrosine phosphatase (orthophosphoric monoester phospho
1bviA 9rnt 0.6 104 104 100 ribonuclease t1 (rnase t1) biological_unit
1bviB 9rnt 0.6 104 104 100 ribonuclease t1 (rnase t1) biological_unit
1bviC 9rnt 0.7 104 104 100 ribonuclease t1 (rnase t1) biological_unit
1bviD 9rnt 0.6 104 104 100 ribonuclease t1 (rnase t1) biological_unit
1bvkA 8fabA 1.4 104 108 48 hulys11 fragment lysozyme (muramidase)
1bvkB 1mfa 1.2 115 116 42 hulys11 fragment lysozyme (muramidase)
1bvkC 3lzt 1.2 129 129 100 hulys11 fragment lysozyme (muramidase)
1bvkD 8fabA 1.4 104 108 47 hulys11 fragment lysozyme (muramidase)
1bvkE 1mfa 1.2 115 116 42 hulys11 fragment lysozyme (muramidase)
1bvkF 3lzt 0.8 127 129 100 hulys11 fragment lysozyme (muramidase)
1bvlA 1mfa 1.1 115 116 42 hulys11 fragment
1bvlB 8fabA 1.5 104 108 47 hulys11 fragment
1bvlC 1mfa 1.3 115 116 42 hulys11 fragment
1bvlD 8fabA 1.5 104 108 47 hulys11 fragment
1bvnP 1smd 0.7 496 496 85 alpha-amylase (1,4-glucan-4-glucanohydrolase, glycosylt
1bvnT 1hoe 0.4 71 71 100 alpha-amylase (1,4-glucan-4-glucanohydrolase, glycosylt
1bvp1 1bvp1 0.0 349 349 100 Bluetongue virus 10 (usa) vp7 (btv-10 (usa) vp7)
1bvp2 1bvp1 0.1 349 349 100 Bluetongue virus 10 (usa) vp7 (btv-10 (usa) vp7)
1bvp3 1bvp1 0.1 349 349 100 Bluetongue virus 10 (usa) vp7 (btv-10 (usa) vp7)
1bvp4 1bvp1 0.1 349 349 100 Bluetongue virus 10 (usa) vp7 (btv-10 (usa) vp7)
1bvp5 1bvp1 0.1 349 349 100 Bluetongue virus 10 (usa) vp7 (btv-10 (usa) vp7)
1bvp6 1bvp1 0.1 349 349 100 Bluetongue virus 10 (usa) vp7 (btv-10 (usa) vp7)
1bvq 1bvq 0.0 139 139 100 4-hydroxybenzoyl coa thioesterase biological_unit
1bvsA 1hjp 2.4 178 183 33 ruva biological_unit
1bvsB 1hjp 2.3 177 183 33 ruva biological_unit
1bvsC 1hjp 2.4 178 183 33 ruva biological_unit
1bvsD 1hjp 2.3 177 183 33 ruva biological_unit
1bvsE 1hjp 2.4 178 183 33 ruva biological_unit
1bvsF 1hjp 2.3 177 183 33 ruva biological_unit
1bvsG 1hjp 2.4 178 183 33 ruva biological_unit
1bvsH 1hjp 2.3 177 183 33 ruva biological_unit
1bvt 1a7tA 1.2 219 221 34 beta-lactamase (class b beta-lactamase)
1bvx 3lzt 0.8 129 129 100 lysozyme
1bvyA 1bu7A 1.1 436 439 100 cytochrome p450 bm-3 fragment
1bvyB 1bu7A 1.1 435 438 100 cytochrome p450 bm-3 fragment
1bvyF 1bvyF 0.0 152 152 100 cytochrome p450 bm-3 fragment
1bvzA 1bvzA 0.0 585 585 100 alpha-amylase fragment
1bvzB 1bvzA 0.4 584 585 100 alpha-amylase fragment
1bw3 1bw4 2.0 124 125 97 Barwin, basic barley seed protein (NMR, 20 structures)
1bw4 1bw4 0.0 125 125 100 Barwin, basic barley seed protein (NMR, 20 structures)
1bw6 1bw6 0.0 56 56 100 centromere protein b fragment
1bw8 1bw8 0.0 256 256 100 ap50 fragment (mu2 adaptin) internalization signal from
1bwaA 1fmb 1.7 97 98 31 hiv-1 proteinase fragment Mutant
1bwaB 1fmb 1.7 97 98 31 hiv-1 proteinase fragment Mutant
1bwbA 1fmb 1.7 97 98 31 hiv-1 protease fragment Mutant
1bwbB 1fmb 1.7 97 98 31 hiv-1 protease fragment Mutant
1bwdA 1jdw 1.9 338 348 38 l-arginine:inosamine-phosphate amidinotransferase biolo
1bwdB 1jdw 1.9 338 348 38 l-arginine:inosamine-phosphate amidinotransferase biolo
1bwe 7fd1 1.9 77 77 50 ferredoxin Mutant
1bwh 3lzt 0.8 129 129 100 lysozyme
1bwi 3lzt 0.8 129 129 100 lysozyme
1bwj 3lzt 0.8 129 129 100 lysozyme
1bwk 1oyc 0.2 399 399 99 old yellow enzyme (oye1) Mutant
1bwl 1oyc 0.2 399 399 99 old yellow enzyme 1. Mutant
1bwsA 1bwsA 0.0 314 314 100 gdp-4-keto-6-deoxy-d-mannose epimeraseREDUCTASE biolo
1bwuA 1jpc 1.1 105 106 50 agglutinin (garlic lectin)
1bwuD 1jpc 1.0 105 109 47 agglutinin (garlic lectin)
1bwuP 1jpc 1.1 105 106 51 agglutinin (garlic lectin)
1bwuQ 1jpc 1.0 105 109 48 agglutinin (garlic lectin)
1bwwA 8fabA 1.2 100 109 47 reiv-t39k fragment Mutant biological_unit
1bwwB 8fabA 1.2 100 109 47 reiv-t39k fragment Mutant biological_unit
1bwy 1hmt 1.5 131 132 88 heart fatty acid binding protein (h-fabp)
1bwz 1bwz 0.0 274 274 100 diaminopimelate epimerase biological_unit
1bx0 1fnc 0.3 296 296 99 ferredoxin:nadp+ oxidoreductase Mutant
1bx1 1fnc 0.3 296 296 99 ferredoxin:nadp+ oxidoreductase Mutant
1bx2A 1iakA 0.9 180 180 54 hla-dr2 fragment hla-dr2 fragment hla-dr2 fragment
1bx2B 1iakB 1.0 184 191 62 hla-dr2 fragment hla-dr2 fragment hla-dr2 fragment
1bx2D 1iakA 0.9 180 180 54 hla-dr2 fragment hla-dr2 fragment hla-dr2 fragment
1bx2E 1iakB 1.2 184 189 62 hla-dr2 fragment hla-dr2 fragment hla-dr2 fragment
1bx3 1a8i 0.3 800 801 99 glycogen phosphorylase b biological_unit
1bx6 1cdkA 1.1 339 339 96 camp-dependent protein kinase fragment (capk or pka) bi
1bx7 1bx7 0.0 51 51 100 hirustasin biological_unit
1bx8 1bx7 0.3 49 49 100 hirustasin biological_unit
1bx9 1gnwA 0.7 210 213 100 glutathione s-transferase biological_unit
1bxa 1aac 0.2 104 105 100 amicyanin
1bxbA 4xis 1.3 379 387 60 xylose isomerase (xylose (glucose) isomerase) biologica
1bxbB 4xis 1.2 378 387 60 xylose isomerase (xylose (glucose) isomerase) biologica
1bxbC 4xis 1.2 379 387 60 xylose isomerase (xylose (glucose) isomerase) biologica
1bxbD 4xis 1.3 379 387 60 xylose isomerase (xylose (glucose) isomerase) biologica
1bxcA 4xis 1.3 379 387 59 xylose isomerase (xylose (glucose) isomerase) biologica
1bxcB 4xis 1.3 379 387 59 xylose isomerase (xylose (glucose) isomerase) biologica
1bxcC 4xis 1.3 379 387 59 xylose isomerase (xylose (glucose) isomerase) biologica
1bxcD 4xis 1.3 379 387 59 xylose isomerase (xylose (glucose) isomerase) biologica
1bxe 1bxe 0.0 110 110 100 ribosomal protein l22 Mutant
1bxhA 1nls 0.5 237 237 100 concanavalin a (con a) biological_unit
1bxhB 1nls 0.6 237 237 100 concanavalin a (con a) biological_unit
1bxhC 1nls 0.6 237 237 100 concanavalin a (con a) biological_unit
1bxhD 1nls 0.6 237 237 100 concanavalin a (con a) biological_unit
1bxkA 1bxkA 0.0 341 341 100 dtdp-glucose 4,6-dehydratase biological_unit
1bxkB 1bxkA 0.5 341 344 100 dtdp-glucose 4,6-dehydratase biological_unit
1bxlA 1maz 2.3 138 181 92 bcl-xl bak peptide fragment
1bxo 1bxo 0.0 323 323 100 penicillopepsin
1bxpA 1txb 3.5 62 74 37 alpha-bungarotoxin biological_unit peptide met-arg-tyr-
1bxq 1bxo 0.2 323 323 100 penicillopepsin
1bxsA 1a4sA 1.6 482 494 39 aldehyde dehydrogenase biological_unit
1bxsB 1a4sA 1.6 482 494 39 aldehyde dehydrogenase biological_unit
1bxsC 1a4sA 1.6 482 494 39 aldehyde dehydrogenase biological_unit
1bxsD 1a4sA 1.6 482 494 39 aldehyde dehydrogenase biological_unit
1bxtA 3seb 1.0 220 222 65 streptococcal superantigen
1bxtB 3seb 1.0 220 224 65 streptococcal superantigen
1bxwA 1bxwA 0.0 172 172 100 outer membrane protein a fragment Mutant biological_uni
1bxx 1bw8 0.2 256 256 100 ap50 fragment (mu2 adaptin) tgn38 peptide
1bxyA 1bxyA 0.0 60 60 100 ribosomal protein l30
1bxyB 1bxyA 1.0 60 60 100 ribosomal protein l30
1by0 1by0 0.0 540 540 100 hepatitis delta antigen fragment
1by3A 1by5A 0.6 687 695 99 fhua biological_unit
1by5A 1by5A 0.0 697 697 100 fhua biological_unit ferrichrome biological_unit
1by9 2bopA 0.9 71 72 33 regulatory protein e2 fragment
1bya 1byb 0.8 490 491 100 Beta-amylase
1byb 1byb 0.0 490 490 100 Beta-amylase reacted with 200 mm maltose and complexed
1byc 1byb 0.1 490 490 100 Beta-amylase reacted with 8 mm maltose and complexed wi
1byd 1byb 0.2 490 490 100 Beta-amylase reacted with 100 mm maltal and complexed w
1byeA 1gnwA 1.6 205 213 39 glutathione s-transferase
1byeB 1gnwA 1.6 205 213 39 glutathione s-transferase
1byeC 1gnwA 1.6 205 213 39 glutathione s-transferase
1byeD 1gnwA 1.6 205 213 39 glutathione s-transferase
1byh 2ayh 0.3 214 214 100 Hybrid (1,3-1,4)-beta-d-glucan 4-glucanohydrolase h (a1
1bykA 1bykA 0.0 255 255 100 trehalose operon repressor fragment
1bykB 1bykA 0.1 255 255 100 trehalose operon repressor fragment
1byl 1byl 0.0 122 122 100 bleomycin resistance protein (sh-ble) biological_unit
1bym 1bym 0.0 97 97 100 diphtheria toxin repressor fragment (dtxr(130-226))
1byn 1rsy 0.9 126 128 100 synaptotagmin i fragment
1byqA 1yer 1.6 205 213 100 heat shock protein 90 fragment (hsp90)
1byt 1yge 1.3 824 836 71 lipoxygenase-3
1byuA 1byuA 0.0 202 202 100 ran fragment (tc4)
1byuB 1byuA 0.9 202 215 100 ran fragment (tc4)
1byv 1bku 4.0 29 32 77 calcitonin
1byw 1byw 0.0 110 110 100 human erg potassium channel fragment Mutant
1bz0A 1abwA 0.2 137 141 99 hemoglobin biological_unit
1bz0B 1abwA 1.4 138 146 43 hemoglobin biological_unit
1bz0C 1abwA 0.3 138 141 99 hemoglobin biological_unit
1bz0D 1abwA 1.4 138 146 43 hemoglobin biological_unit
1bz1A 1abwA 0.2 138 142 99 hemoglobin Mutant biological_unit
1bz1B 1abwA 1.4 138 146 43 hemoglobin Mutant biological_unit
1bz1C 1abwA 0.3 138 142 99 hemoglobin Mutant biological_unit
1bz1D 1abwA 1.4 138 146 43 hemoglobin Mutant biological_unit
1bz4A 1nfn 0.6 132 144 100 apolipoprotein e fragment (apoe3) Mutant
1bz5A 1bpi 0.6 56 56 99 bovine pancreatic trypsin inhibitor biological_unit
1bz5B 1bpi 0.5 56 56 99 bovine pancreatic trypsin inhibitor biological_unit
1bz5C 1bpi 0.5 56 56 99 bovine pancreatic trypsin inhibitor biological_unit
1bz5D 1bpi 0.6 56 56 99 bovine pancreatic trypsin inhibitor biological_unit
1bz5E 1bpi 0.5 56 56 97 bovine pancreatic trypsin inhibitor biological_unit
1bz6A 1a6m 0.2 151 153 100 myoglobin
1bz8A 1etb1 1.4 118 126 95 transthyretin (prealbumin) Mutant biological_unit
1bz8B 1etb1 1.5 118 126 95 transthyretin (prealbumin) Mutant biological_unit
1bz9A 1agdA 2.1 273 273 73 class i histocompatibility antigen peptide p1027 (fapgv
1bz9B 1agdB 0.7 99 100 70 class i histocompatibility antigen peptide p1027 (fapgv
1bza 1btl 1.7 255 257 36 beta-lactamase Mutant biological_unit
1bzb 1bzb 0.0 32 32 100 calcitonin
1bzcA 1pty 0.6 297 297 99 protein-tyrosine-phosphatase fragment
1bzdA 1etb1 0.2 118 127 99 transthyretin (prealbumin) Mutant biological_unit
1bzdB 1etb1 1.1 117 127 99 transthyretin (prealbumin) Mutant biological_unit
1bzeA 1etb1 0.2 118 127 98 transthyretin (prealbumin) Mutant biological_unit
1bzeB 1etb1 1.2 118 127 98 transthyretin (prealbumin) Mutant biological_unit
1bzhA 1pty 1.1 296 297 97 protein-tyrosine-phosphatase fragment (ptp1b) biologica
1bzj 1pty 0.2 297 297 99 protein-tyrosine-phosphatase fragment (ptp1b) biologica
1bzm 2cba 1.2 257 260 60 Carbonic anhydrase i complexed with inhibitor 5-acetami
1bzoA 1yaiA 0.4 150 151 99 superoxide dismutase biological_unit
1bzqA 7rsa 0.4 124 124 100 rnase a biological_unit antibody cab-rn05 fragment
1bzqB 7rsa 0.4 124 124 100 rnase a biological_unit antibody cab-rn05 fragment
1bzqC 7rsa 0.4 124 124 100 rnase a biological_unit antibody cab-rn05 fragment
1bzqD 7rsa 0.4 124 124 100 rnase a biological_unit antibody cab-rn05 fragment
1bzqK 1igtB 2.4 120 124 62 rnase a biological_unit antibody cab-rn05 fragment
1bzqL 1igtB 2.4 120 124 62 rnase a biological_unit antibody cab-rn05 fragment
1bzqM 1igtB 2.4 120 124 62 rnase a biological_unit antibody cab-rn05 fragment
1bzqN 1igtB 2.4 119 124 62 rnase a biological_unit antibody cab-rn05 fragment
1bzwA 1led 1.8 222 232 40 peanut lectin (peanut agglutinin-c-lactose complex) bio
1bzwB 1led 1.8 222 232 40 peanut lectin (peanut agglutinin-c-lactose complex) bio
1bzwC 1led 1.8 222 232 40 peanut lectin (peanut agglutinin-c-lactose complex) bio
1bzwD 1led 1.8 222 232 40 peanut lectin (peanut agglutinin-c-lactose complex) bio
1bzxE 5ptp 1.4 222 222 65 trypsin bovine pancreatic trypsin inhibitor
1bzxI 1bpi 0.6 58 58 100 trypsin bovine pancreatic trypsin inhibitor
1bzzA 1abwA 0.2 138 141 100 hemoglobin Mutant biological_unit
1bzzB 1abwA 1.4 138 146 43 hemoglobin Mutant biological_unit
1bzzC 1abwA 0.3 138 141 100 hemoglobin Mutant biological_unit
1bzzD 1abwA 1.4 138 146 43 hemoglobin Mutant biological_unit
1c25 1c25 0.0 161 161 100 cdc25a fragment (m-phase inducer phosphatase 1) Mutant
1c2n 1ycc 1.6 96 116 33 cytochrome c2
1c2rA 1ycc 1.6 96 116 33 Cytochrome c=2=
1c2rB 1ycc 1.5 96 116 33 Cytochrome c=2=
1c3d 1c3d 0.0 294 294 100 c3d Mutant biological_unit
1c52 1c52 0.0 131 131 100 cytochrome-c552
1c53 1c53 0.0 79 79 100 Cytochrome c553
1c5a 1kjs 3.2 58 65 66 Des-arg==74==-complement c5a
1c6s 1cyj 1.7 87 87 61 cytochrome c6 (cytochrome c553)
1ca0B 5ptp 1.0 126 131 44 bovine chymotrypsin protease inhibitor domain of alzhei
1ca0C 5ptp 1.2 91 97 47 bovine chymotrypsin protease inhibitor domain of alzhei
1ca0D 1bpi 0.8 54 54 47 bovine chymotrypsin protease inhibitor domain of alzhei
1ca0G 5ptp 1.0 126 131 44 bovine chymotrypsin protease inhibitor domain of alzhei
1ca0H 5ptp 1.2 91 97 47 bovine chymotrypsin protease inhibitor domain of alzhei
1ca0I 1bpi 1.0 54 54 47 bovine chymotrypsin protease inhibitor domain of alzhei
1ca2 2cba 0.2 256 256 100 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
1ca3 2cba 0.2 255 255 100 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
1ca4A 1ca9A 0.6 168 168 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca4B 1ca9A 0.6 168 168 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca4C 1ca9A 0.6 168 168 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca4D 1ca9A 0.6 168 168 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca4E 1ca9A 0.6 168 168 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca4F 1ca9A 0.5 168 168 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca8B 5ptp 1.3 218 248 38 thrombin (thr-cvs1695) biological_unit hirugen, cvs1695
1ca9A 1ca9A 0.0 191 191 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca9B 1ca9A 0.6 191 191 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca9C 1ca9A 1.0 191 191 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca9D 1ca9A 1.7 186 186 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca9E 1ca9A 1.4 186 186 100 tnf receptor associated factor 2 fragment (traf2) biolo
1ca9F 1ca9A 0.7 186 186 95 tnf receptor associated factor 2 fragment (traf2) biolo
1caa 1rb9 0.6 51 53 67 Rubredoxin (oxidized)
1cad 1rb9 0.6 51 53 67 Rubredoxin (reduced)
1cah 2cba 0.1 258 258 100 Carbonic anhydrase ii (native zinc replaced by cobalt)
1cai 2cba 0.1 258 258 99 Carbonic anhydrase ii mutant with glu 106 replaced by a
1caj 2cba 0.1 258 258 99 Carbonic anhydrase ii mutant with glu 106 replaced by a
1cak 2cba 0.2 258 258 99 Carbonic anhydrase ii mutant with glu 106 replaced by g
1cal 2cba 0.1 258 258 99 Carbonic anhydrase ii mutant with thr 199 replaced by a
1cam 2cba 0.1 258 258 99 Carbonic anhydrase ii mutant with thr 199 replaced by a
1can 2cba 0.1 258 259 100 Carbonic anhydrase ii complex with nitrate
1cao 2cba 0.1 258 259 100 Carbonic anhydrase ii complex with hydrogen sulfide
1cauA 2cau 0.9 172 181 95 Canavalin (jack bean 7s vicilin)
1cauB 2cau 0.4 150 184 100 Canavalin (jack bean 7s vicilin)
1cavA 2cau 0.8 171 181 96 Canavalin (jack bean 7s vicilin)
1cavB 2cau 0.6 150 184 99 Canavalin (jack bean 7s vicilin)
1cawA 2cau 1.3 173 181 94 Canavalin (jack bean 7s vicilin)
1cawB 2cau 3.4 160 184 94 Canavalin (jack bean 7s vicilin)
1caxA 2cau 0.9 172 181 95 Canavalin (jack bean 7s vicilin)
1caxB 2cau 2.8 160 184 94 Canavalin (jack bean 7s vicilin)
1caxC 2cau 0.9 172 181 94 Canavalin (jack bean 7s vicilin)
1caxD 2cau 0.5 150 184 100 Canavalin (jack bean 7s vicilin)
1caxE 2cau 0.8 172 181 94 Canavalin (jack bean 7s vicilin)
1caxF 2cau 0.5 150 184 100 Canavalin (jack bean 7s vicilin)
1cay 2cba 0.1 258 258 100 Carbonic anhydrase ii complex with acetate
1caz 2cba 0.2 258 258 99 Carbonic anhydrase ii mutant with glu 106 replaced by g
1cb1 4icb 2.5 69 78 83 Calbindin d9k (intact form) (NMR, 13 structures)
1cb2A 1cb2A 0.0 363 363 100 cellobiohydrolase ii fragment (cbh ii (y169f)) Mutant
1cb2B 1cb2A 0.1 363 363 100 cellobiohydrolase ii fragment (cbh ii (y169f)) Mutant
1cb4A 1mfmA 1.0 149 151 80 superoxide dismutase biological_unit
1cb4B 1mfmA 1.0 149 151 80 superoxide dismutase biological_unit
1cb6A 1cb6A 0.0 691 691 100 lactoferrin biological_unit
1cbg 2myr 1.7 477 490 45 cyanogenic beta-glucosidase
1cbh 2cbh 0.3 36 36 100 C-terminal domain of cellobiohydrolase i (CT-CBH i) (NM
1cbiA 1hmt 2.3 128 136 42 cellular retinoic acid binding protein i
1cbiB 1hmt 2.1 128 136 42 cellular retinoic acid binding protein i
1cbjA 1mfmA 1.0 149 151 80 superoxide dismutase biological_unit
1cbjB 1mfmA 1.0 149 151 80 superoxide dismutase biological_unit
1cblA 1abwA 1.4 139 146 43 Deoxy-beta=4= hemoglobin (r-like quaternary structure)
1cblB 1abwA 1.3 138 146 43 Deoxy-beta=4= hemoglobin (r-like quaternary structure)
1cblC 1abwA 1.4 139 146 43 Deoxy-beta=4= hemoglobin (r-like quaternary structure)
1cblD 1abwA 1.5 139 146 43 Deoxy-beta=4= hemoglobin (r-like quaternary structure)
1cbmA 1abwA 1.6 139 146 43 Carbonmonoxy-beta=4= hemoglobin (r-like quaternary stru
1cbmB 1abwA 1.5 139 146 43 Carbonmonoxy-beta=4= hemoglobin (r-like quaternary stru
1cbmC 1abwA 1.6 139 146 43 Carbonmonoxy-beta=4= hemoglobin (r-like quaternary stru
1cbmD 1abwA 1.5 139 146 43 Carbonmonoxy-beta=4= hemoglobin (r-like quaternary stru
1cbn 1cbn 0.0 48 48 100 Crambin
1cboA 1b4v 0.2 498 498 99 cholesterol oxidase Mutant biological_unit
1cbq 1hmt 1.8 130 137 44 Cellular retinoic-acid-binding protein type ii
1cbrA 1hmt 1.8 130 136 43 Cellular retinoic-acid-binding protein type i complexed
1cbrB 1hmt 1.8 130 136 43 Cellular retinoic-acid-binding protein type i complexed
1cbs 1hmt 1.9 129 137 44 Cellular retinoic-acid-binding protein type ii complexe
1cbuA 1cbuA 0.0 180 180 100 adenosylcobinamide kinaseADENOSYLCOBINAMIDE phosphate g
1cbuB 1cbuA 0.4 180 180 100 adenosylcobinamide kinaseADENOSYLCOBINAMIDE phosphate g
1cbuC 1cbuA 0.5 179 179 100 adenosylcobinamide kinaseADENOSYLCOBINAMIDE phosphate g
1cbvH 1igtB 2.1 208 219 72 Fab (bv04-01) autoantibody binding single-stranded DNA
1cbvL 8fabA 4.8 204 219 42 Fab (bv04-01) autoantibody binding single-stranded DNA
1cbwB 5ptp 1.0 126 131 44 bovine chymotrypsin bpti (basic pancreatic trypsin inhi
1cbwC 5ptp 1.3 91 97 47 bovine chymotrypsin bpti (basic pancreatic trypsin inhi
1cbwD 1bpi 0.7 57 58 100 bovine chymotrypsin bpti (basic pancreatic trypsin inhi
1cbwG 5ptp 1.1 126 131 44 bovine chymotrypsin bpti (basic pancreatic trypsin inhi
1cbwH 5ptp 1.3 91 97 47 bovine chymotrypsin bpti (basic pancreatic trypsin inhi
1cbwI 1bpi 0.6 57 58 100 bovine chymotrypsin bpti (basic pancreatic trypsin inhi
1cbx 1aye 0.5 301 307 65 Carboxypeptidase a complex with l-benzylsuccinate inhib
1cby 1cby 0.0 227 227 100 delta-endotoxin cytb
1cc2A 1b4v 0.2 498 498 99 cholesterol oxidase Mutant biological_unit
1cc4A 1pbe 0.2 391 391 99 p-hydroxybenzoate hydroxylase Mutant biological_unit
1cc5 1cc5 0.0 83 83 100 Cytochrome c=5= (oxidized)
1cc6A 1pbe 0.2 391 391 99 p-hydroxybenzoate hydroxylase Mutant biological_unit
1cca 1ryc 0.9 291 291 99 Cytochrome c peroxidase (ccp-mkt) wild type
1ccb 1ryc 0.5 289 291 99 Cytochrome c peroxidase (ccp-mkt) mutant with asp 235 r
1ccc 1ryc 0.8 291 291 99 Cytochrome c peroxidase (ccp-mkt) mutant with asp 235 r
1ccd 1utg 0.8 70 77 56 Clara cell 17-kda protein
1cce 1ryc 0.5 289 291 99 Cytochrome c peroxidase (ccp-mkt) mutant with his 175 r
1ccf 1edmB 1.4 39 42 67 Coagulation factor x (the calcium form of the n-termina
1ccg 1ryc 0.5 289 291 99 Cytochrome c peroxidase (ccp-mkt) mutant with his 175 r
1cch 451c 1.5 81 82 69 Cytochrome c551 (NMR, minimized average structure)
1cci 1ryc 0.3 291 291 99 cytochrome c peroxidase (ccpF202G) Mutant
1ccj 1ryc 0.4 289 291 99 cytochrome c peroxidase (ccpF202G) Mutant biological_un
1cck 1ryc 0.5 289 291 99 cytochrome c peroxidase (ccpF202Y) Mutant biological_un
1ccl 1ryc 0.8 291 291 99 cytochrome c peroxidase (ccpF202K) Mutant biological_un
1ccm 1cbn 1.3 46 46 98 Crambin (pro 22LEU 25) (NMR, 8 STRUCTURES)
1ccn 1cbn 1.0 46 46 98 Crambin (pro 22LEU 25) (NMR, MINIMIZED AVERAGE STRUCTUR
1ccp 1ryc 0.9 291 293 99 Yeast cytochrome c peroxidase
1ccr 1ycc 1.0 108 111 57 Cytochrome c
1ccs 2cba 0.2 255 255 99 Carbonic anhydrase ii (carbonate dehydratase, hca ii) m
1cct 2cba 0.2 255 255 99 Carbonic anhydrase ii (carbonate dehydratase, hca ii) m
1ccu 2cba 0.2 255 255 99 Carbonic anhydrase ii (carbonate dehydratase, hca ii) m
1ccvA 1eaiC 2.1 50 56 37 apis mellifera chymotrypsin inhibitor (amci) biological
1cczA 1cczA 0.0 171 171 100 cd58 fragment
1cd1A 1cd1A 0.0 273 273 100 cd1 fragment (mcd1d.1) biological_unit
1cd1B 1agdB 0.8 99 99 70 cd1 fragment (mcd1d.1) biological_unit
1cd1C 1cd1A 0.3 273 273 100 cd1 fragment (mcd1d.1) biological_unit
1cd1D 1agdB 0.8 99 99 70 cd1 fragment (mcd1d.1) biological_unit
1cd31 1cd31 0.0 143 143 100 scaffolding protein gpd capsid protein gpf spike protei
1cd32 1cd31 2.3 120 135 84 scaffolding protein gpd capsid protein gpf spike protei
1cd33 1cd31 1.5 139 140 95 scaffolding protein gpd capsid protein gpf spike protei
1cd34 1cd31 2.9 100 146 91 scaffolding protein gpd capsid protein gpf spike protei
1cd3B 1cd3B 0.0 68 68 100 scaffolding protein gpd capsid protein gpf spike protei
1cd3F 2bpa1 1.4 418 426 99 scaffolding protein gpd capsid protein gpf spike protei
1cd3G 2bpa2 0.4 175 175 100 scaffolding protein gpd capsid protein gpf spike protei
1cd8 1cd8 0.0 114 114 100 Cd8 (t cell c0-receptor, n-terminal 114 residues)
1cdb 1gya 2.4 105 105 100 Cd2 (t lymphocyte glycoprotein, adhesion domain) (hu-sc
1cdcA 1cdcA 0.0 96 96 100 cd2 (lfa-2)
1cdcB 1cdcA 0.7 96 96 100 cd2 (lfa-2)
1cddA 2gar 0.6 183 189 99 Phosphoribosylglycinamide formyltransferase (5'-phospho
1cddB 2gar 1.0 183 189 99 Phosphoribosylglycinamide formyltransferase (5'-phospho
1cde 2gar 1.0 185 210 99 Phosphoribosylglycinamide formyltransferase (5'-phospho
1cdg 1pamA 0.8 685 686 88 Cyclodextrin glycosyltransferase (cgtase)
1cdh 1cdy 0.7 178 178 99 Cd4 (d1d2 fragment) type i crystal form
1cdi 1cdy 0.9 178 179 99 Cd4 (d1d2 fragment) type ii crystal form
1cdj 1cdy 0.9 177 178 99 t-cell surface glycoprotein cd4 fragment
1cdkA 1cdkA 0.0 343 343 100 camp-dependent protein kinase (protein kinase a) protei
1cdkB 1cdkA 0.3 343 343 100 camp-dependent protein kinase (protein kinase a) protei
1cdlA 1cll 7.3 81 142 87 Calmodulin complexed with calmodulin-binding peptide fr
1cdlB 1cll 7.5 81 142 87 Calmodulin complexed with calmodulin-binding peptide fr
1cdlC 1cll 7.2 81 142 87 Calmodulin complexed with calmodulin-binding peptide fr
1cdlD 1cll 7.5 81 141 87 Calmodulin complexed with calmodulin-binding peptide fr
1cdmA 1cll 4.6 72 133 96 Calmodulin complexed with calmodulin-binding domain of
1cdn 4icb 1.5 56 75 97 calbindin d9k (intestinal calcium-binding protein, icbp
1cdoA 2ohxA 1.1 369 374 55 alcohol dehydrogenase
1cdoB 2ohxA 1.5 367 374 55 alcohol dehydrogenase
1cdp 2pvb 0.7 106 108 76 Cadmium-substituted calcium-binding parvalbumin b
1cdq 1cds 1.3 77 77 100 Cd59 (NMR, 20 structures)
1cdr 1cds 0.8 76 77 100 Cd59 complexed with glcnac-beta-1,4-glcnac-beta-1 (NMR,
1cds 1cds 0.0 77 77 100 Cd59 complexed with glcnac-beta-1,4-(fuc-alpha-1,6)- gl
1cdtA 1tgxA 1.8 57 60 72 Cardiotoxin v=4===II== (toxin III)
1cdtB 1tgxA 1.8 57 60 72 Cardiotoxin v=4===II== (toxin III)
1cdu 1cdy 0.7 178 178 99 t-cell surface glycoprotein cd4 fragment Mutant
1cdwA 1ytbA 0.6 179 179 81 tata-box-binding protein fragment 16 base-pair tata-con
1cdy 1cdy 0.0 178 178 100 t-cell surface glycoprotein cd4 fragment Mutant
1ce0A 1ce0A 0.0 35 35 100 leucine zipper model h38-p1 biological_unit
1ce0B 1ce0A 0.6 35 36 100 leucine zipper model h38-p1 biological_unit
1ce0C 1ce0A 0.6 35 35 100 leucine zipper model h38-p1 biological_unit
1ce2A 1cb6A 5.5 607 689 69 lactoferrin biological_unit
1ce3A 1ce3A 0.0 54 54 100 api fragment
1ce4A 1ce4A 0.0 35 35 100 v3 loop of hiv-1 envelope protein biological_unit
1ce5A 5ptp 0.3 211 223 99 trypsin
1ce6A 1agdA 1.3 274 274 73 mhc class i h-2db heavy chain fragment human beta-2 mic
1ce6B 1agdB 0.6 99 99 100 mhc class i h-2db heavy chain fragment human beta-2 mic
1ce9A 1ce9B 1.1 34 34 100 gcn4-pmse Mutant
1ce9B 1ce9B 0.0 34 34 100 gcn4-pmse Mutant
1ce9C 1ce9B 0.4 34 34 100 gcn4-pmse Mutant
1ce9D 1ce9B 1.7 33 34 100 gcn4-pmse Mutant
1ceaA 5hpgA 0.7 79 80 58 plasminogen fragment (k1pg)
1ceaB 5hpgA 0.7 79 80 58 plasminogen fragment (k1pg)
1cebA 5hpgA 0.7 79 80 58 plasminogen fragment (k1pg)
1cebB 5hpgA 0.8 79 80 58 plasminogen fragment (k1pg)
1cec 1ceo 0.2 331 331 99 endoglucanase celc (egc, cellulase celc, endo-1\,4-beta
1ced 1cyj 0.8 88 89 66 cytochrome c6 (cytochrome c552)
1cef 3pte 0.2 347 347 100 d-alanyl-d-alanine carboxypeptidase transpeptidase (pen
1ceg 3pte 0.1 347 347 100 d-alanyl-d-alanine carboxypeptidase transpeptidase (pen
1ceh 1poa 1.4 117 123 56 Phospholipase a2 (pla2) mutant with asp 99 replaced by
1cei 1cei 0.0 85 85 100 colicin e7 immunity protein (imme7)
1celA 1celA 0.0 434 434 100 1,4-beta-d-glucan cellobiohydrolase i (cellulase)
1celB 1celA 0.1 434 434 100 1,4-beta-d-glucan cellobiohydrolase i (cellulase)
1cem 1cem 0.0 363 363 100 cellulase cela (1,4-beta-d-glucan-glucanohydrolase) fra
1cen 1ceo 0.2 332 334 100 cellulase celc (1,4-beta-d-glucan-glucanohydrolase, end
1ceo 1ceo 0.0 332 332 100 cellulase celc (1,4-beta-d-glucan-glucanohydrolase, end
1ceqA 1ceqA 0.0 304 304 100 l-lactate dehydrogenase biological_unit
1cerO 1dssG 1.0 324 331 49 holo-d-glyceraldehyde-3-phosphate dehydrogenase (gapdh)
1cerP 1dssG 1.0 325 331 49 holo-d-glyceraldehyde-3-phosphate dehydrogenase (gapdh)
1cerQ 1dssG 1.1 325 331 49 holo-d-glyceraldehyde-3-phosphate dehydrogenase (gapdh)
1cerR 1dssG 1.1 324 331 48 holo-d-glyceraldehyde-3-phosphate dehydrogenase (gapdh)
1cesA 1nls 0.8 223 223 100 concanavalin a (con a)
1cesB 1nls 0.8 221 223 100 concanavalin a (con a)
1cetA 1ceqA 0.2 304 305 99 l-lactate dehydrogenase biological_unit
1cevA 1rlaA 1.7 291 299 43 arginase biological_unit
1cevB 1rlaA 1.6 291 299 43 arginase biological_unit
1cevC 1rlaA 1.7 291 299 43 arginase biological_unit
1cevD 1rlaA 1.7 291 299 43 arginase biological_unit
1cevE 1rlaA 1.6 291 299 43 arginase biological_unit
1cevF 1rlaA 1.6 291 299 43 arginase biological_unit
1cewI 1cewI 0.0 108 108 100 Cystatin
1cex 1cex 0.0 197 197 100 cutinase
1cey 3chy 1.5 128 128 100 Chey complexed with magnesium (NMR, 46 structures)
1cf1A 1cf1A 0.0 373 373 100 arrestin (retinal s-antigen, 48 kd protein) biological_
1cf1B 1cf1A 2.0 355 360 97 arrestin (retinal s-antigen, 48 kd protein) biological_
1cf1C 1cf1A 0.2 373 380 100 arrestin (retinal s-antigen, 48 kd protein) biological_
1cf1D 1cf1A 2.1 359 368 97 arrestin (retinal s-antigen, 48 kd protein) biological_
1cf3A 1cf3A 0.0 581 581 100 glucose oxidase biological_unit
1cf7A 1cf7A 0.0 67 67 100 transcription factor e2f-4 fragment transcription facto
1cf7B 1cf7B 0.0 82 82 100 transcription factor e2f-4 fragment transcription facto
1cf9A 1cf9A 0.0 727 727 100 catalase hpii Mutant biological_unit
1cf9B 1cf9A 0.2 726 727 100 catalase hpii Mutant biological_unit
1cf9C 1cf9A 0.2 726 727 100 catalase hpii Mutant biological_unit
1cf9D 1cf9A 0.1 726 727 100 catalase hpii Mutant biological_unit
1cfaA 1kjs 4.2 62 71 70 complement 5a semi-synthetic antagonist fragment Mutant
1cfb 1cfb 0.0 205 205 100 Drosophila neuroglian (chymotryptic fragment containing
1cfc 1ncx 1.6 76 148 69 calmodulin
1cfd 1ncx 1.8 78 148 67 calmodulin
1cfe 1cfe 0.0 135 135 100 pathogenesis-related protein p14a fragment (pathogenesi
1cfh 1cfh 0.0 47 47 100 Coagulation factor ix (the gla and aromatic amino acid
1cfi 1cfi 0.0 47 47 100 coagulation factor ix fragment
1cfjA 2bce 2.1 490 532 32 acetylcholinesterase
1cfmA 1hcz 0.9 248 251 70 cytochrome f
1cfmB 1hcz 0.9 248 251 70 cytochrome f
1cfmC 1hcz 1.0 248 251 70 cytochrome f
1cfnA 8fabA 5.0 158 214 39 igg2a kappa antibody cb41 (light chain) fragment igg2a-
1cfnB 1igtB 2.8 213 213 70 igg2a kappa antibody cb41 (light chain) fragment igg2a-
1cfpA 1a03A 3.8 80 92 41 s100b (s100beta, s-100b) Mutant
1cfpB 1a03A 3.8 80 92 41 s100b (s100beta, s-100b) Mutant
1cfqA 8fabA 4.8 201 214 40 igg2a kappa antibody cb41 (light chain) fragment igg2a
1cfqB 8fabA 5.0 189 213 28 igg2a kappa antibody cb41 (light chain) fragment igg2a
1cfr 1cfr 0.0 283 283 100 restriction endonuclease fragment (cfr10i)
1cfsA 8fabA 4.5 157 214 38 igg2a kappa antibody cb41 (light chain) fragment igg2a
1cfsB 1igtB 2.9 212 213 70 igg2a kappa antibody cb41 (light chain) fragment igg2a
1cftA 8fabA 5.2 157 214 39 igg2a kappa antibody cb41 (light chain) fragment igg2a
1cftB 1igtB 2.8 213 213 70 igg2a kappa antibody cb41 (light chain) fragment igg2a
1cfvH 1igtB 1.0 118 119 73 monoclonal antibody fv4155 fragment (fv4155) biological
1cfvL 8fabA 1.7 105 113 49 monoclonal antibody fv4155 fragment (fv4155) biological
1cfyA 1cof 0.4 133 133 100 cofilin
1cfyB 1cof 0.4 133 133 100 cofilin
1cg2A 1cg2A 0.0 389 389 100 carboxypeptidase g2 biological_unit
1cg2B 1cg2A 0.2 389 389 100 carboxypeptidase g2 biological_unit
1cg2C 1cg2A 0.2 389 389 100 carboxypeptidase g2 biological_unit
1cg2D 1cg2A 0.3 389 389 100 carboxypeptidase g2 biological_unit
1cg5A 1abwA 1.3 140 141 43 hemoglobin hemoglobin
1cg5B 1cg5B 0.0 141 141 100 hemoglobin hemoglobin
1cg8A 1abwA 1.3 140 141 43 hemoglobin hemoglobin
1cg8B 1cg5B 1.1 137 141 97 hemoglobin hemoglobin
1cge 1hfc 0.4 156 161 99 Collagenase (catalytic domain) crystal form i
1cgfA 1hfc 0.4 157 162 99 Fibroblast collagenase (catalytic domain) binary comple
1cgfB 1hfc 0.4 157 162 99 Fibroblast collagenase (catalytic domain) binary comple
1cghA 1a7s 1.6 198 224 37 cathepsin g phosphonate inhibitor suc-val-pro-phep-(oph
1cgiE 5ptp 1.2 216 245 44 Alpha-chymotrypsinogen complex with human pancreatic se
1cgiI 2ovo 2.4 53 56 33 Alpha-chymotrypsinogen complex with human pancreatic se
1cgjE 5ptp 1.3 216 245 44 Alpha-chymotrypsinogen complex with human pancreatic se
1cgjI 2ovo 2.2 53 56 33 Alpha-chymotrypsinogen complex with human pancreatic se
1cglA 1hfc 0.4 157 167 98 Collagenase (catalytic domain)
1cglB 1hfc 0.5 153 156 98 Collagenase (catalytic domain)
1cgmE 1rmvA 2.9 139 160 35 Cucumber green mottle mosaic virus (cgmmv), watermelon
1cgn 1bbhA 1.4 122 125 29 cytochrome c'
1cgo 1cpq 1.6 120 125 31 cytochrome c'
1cgsH 1igtB 3.5 197 214 63 Igg2b (kappa) fab fragment against antigen n-(p-cyanoph
1cgsL 8fabA 4.0 203 219 42 Igg2b (kappa) fab fragment against antigen n-(p-cyanoph
1cgt 1pamA 0.7 682 684 72 Cyclodextrin glycosyltransferase
1cgu 1pamA 0.8 682 684 72 Cyclodextrin glycosyltransferase mutant with asp 229 re
1cgv 1pamA 0.8 685 686 88 Cyclomaltodextrin glucanotransferase (cgtase) mutant wi
1cgw 1pamA 0.8 685 686 88 Cyclomaltodextrin glucanotransferase (cgtase) mutant wi
1cgx 1pamA 0.8 685 686 88 Cyclomaltodextrin glucanotransferase (cgtase) mutant wi
1cgy 1pamA 0.8 685 686 88 Cyclomaltodextrin glucanotransferase (cgtase) mutant wi
1ch1A 1a6m 0.4 151 154 99 myoglobin Mutant biological_unit
1ch2A 1a6m 0.4 151 154 99 myoglobin Mutant biological_unit
1ch3A 1a6m 0.4 151 154 99 myoglobin Mutant biological_unit
1ch4A 1abwA 1.5 139 146 62 module-substituted chimera hemoglobin beta-alpha Mutant
1ch4B 1abwA 1.5 139 146 62 module-substituted chimera hemoglobin beta-alpha Mutant
1ch4C 1abwA 1.3 139 146 62 module-substituted chimera hemoglobin beta-alpha Mutant
1ch4D 1abwA 1.3 139 146 62 module-substituted chimera hemoglobin beta-alpha Mutant
1ch5A 1a6m 0.5 151 154 99 myoglobin Mutant biological_unit
1ch6A 1ch6A 0.0 496 496 100 glutamate dehydrogenase (glutamic dehydrogenase) biolog
1ch7A 1a6m 0.4 151 154 99 myoglobin Mutant biological_unit
1ch9A 1a6m 0.4 151 154 99 myoglobin Mutant biological_unit
1chc 1chc 0.0 68 68 100 Equine herpes virus-1 (c3hc4, or ring domain) (NMR, 1 s
1chd 1chd 0.0 198 198 100 cheb methylesterase
1chg 5ptp 1.4 197 225 44 Chymotrypsinogen a
1chh 1ycc 0.2 108 108 98 Cytochrome c (isozyme 1) (reduced) mutant with phe 82 r
1chi 1ycc 0.2 108 108 97 Cytochrome c (isozyme 1) (reduced) mutant with phe 82 r
1chj 1ycc 0.2 108 108 98 Cytochrome c (isozyme 1) (reduced) mutant with leu 85 r
1chkA 1chkA 0.0 238 238 100 chitosanase (endochitosanase)
1chkB 1chkA 0.8 238 238 100 chitosanase (endochitosanase)
1chl 1sis 1.9 34 36 80 Chlorotoxin (NMR, 7 structures)
1chmA 1chmA 0.0 401 401 100 Creatine amidinohydrolase
1chmB 1chmA 0.4 401 401 100 Creatine amidinohydrolase
1chn 3chy 1.2 125 126 98 Chey complexed with mg2+ in the active site
1choE 5ptp 1.1 216 238 45 Alpha-chymotrypsin complex with turkey ovomucoid third
1choI 2ovo 1.2 53 53 99 Alpha-chymotrypsin complex with turkey ovomucoid third
1chpD 3chbD 0.9 103 103 98 cholera toxin b pentamer (choleragen) Mutant
1chpE 3chbD 0.7 103 103 98 cholera toxin b pentamer (choleragen) Mutant
1chpF 3chbD 0.5 103 103 98 cholera toxin b pentamer (choleragen) Mutant
1chpG 3chbD 0.7 103 103 98 cholera toxin b pentamer (choleragen) Mutant
1chpH 3chbD 0.9 103 103 98 cholera toxin b pentamer (choleragen) Mutant
1chqD 3chbD 1.1 103 103 98 cholera toxin b pentamer (choleragen) Mutant
1chqE 3chbD 0.8 103 103 98 cholera toxin b pentamer (choleragen) Mutant
1chqF 3chbD 0.7 103 103 98 cholera toxin b pentamer (choleragen) Mutant
1chqG 3chbD 0.8 103 103 98 cholera toxin b pentamer (choleragen) Mutant
1chqH 3chbD 0.9 103 103 98 cholera toxin b pentamer (choleragen) Mutant
1chrA 1mucA 1.1 360 370 41 Chloromuconate cycloisomerase
1chrB 1mucA 1.1 360 370 41 Chloromuconate cycloisomerase
1cia 3cla 0.2 213 213 99 Chloramphenicol acetyltransferase (type iii) mutant wit
1cicA 8fabA 5.9 148 214 40 ig heavy chain v regions fragment ig heavy chain v regi
1cicB 1igtB 1.5 217 217 65 ig heavy chain v regions fragment ig heavy chain v regi
1cicC 8fabA 7.1 148 214 39 ig heavy chain v regions fragment ig heavy chain v regi
1cicD 1igtB 2.5 215 218 66 ig heavy chain v regions fragment ig heavy chain v regi
1cid 1cid 0.0 177 177 100 Cd4 (domains 3 and 4)
1cie 1ycc 0.3 108 108 97 Cytochrome c (isozyme 1) (reduced) mutant with asn 52 r
1cif 1ycc 0.2 108 108 97 Cytochrome c (isozyme 1) (reduced) mutant with arg 38 r
1cig 1ycc 0.2 108 108 97 Cytochrome c (isozyme 1) (reduced) mutant with arg 38 r
1cih 1ycc 0.2 108 108 96 Cytochrome c (isozyme 1) (reduced) mutant with arg 38 r
1cii 1cii 0.0 602 602 100 colicin ia biological_unit
1cikA 1a6m 0.4 151 154 99 myoglobin Mutant biological_unit
1cil 2cba 0.2 256 256 100 Carbonic anhydrase ii complexed with the inhibitor ets
1cim 2cba 0.2 256 256 100 Carbonic anhydrase ii complexed with the inhibitor pts
1cin 2cba 0.2 256 256 100 Carbonic anhydrase ii complexed with the inhibitor mts
1cioA 1a6m 0.4 151 154 99 myoglobin Mutant biological_unit
1cipA 1cipA 0.0 316 316 100 guanine nucleotide-binding protein alpha-1 subunit (gia
1ciqA 1a1yI 0.4 37 37 100 chymotrypsin inhibitor 2 fragment (ci2)
1cirA 1a1yI 2.4 37 39 100 chymotrypsin inhibitor 2 (ci2)
1cis 1a1yI 1.8 61 66 81 Hybrid protein formed from chymotrypsin inhibitor-2 (ci
1ciu 1pamA 0.9 681 683 69 cyclodextrin glycosyltransferase (cgtase)
1ciy 1ciy 0.0 577 577 100 cryia(a)
1cjl 1ppn 1.1 205 307 41 procathepsin l Mutant
1cjpA 1nls 0.5 237 237 100 concanavalin a
1cjpB 1nls 0.5 237 237 100 concanavalin a
1cjpC 1nls 0.5 237 237 100 concanavalin a
1cjpD 1nls 0.5 237 237 100 concanavalin a
1ckaA 1ckaA 0.0 56 56 100 C-crk (n-terminal sh3 domain) (c-crksh3-n) complexed wi
1ckbA 1ckaA 0.3 56 56 100 C-crk (n-terminal sh3 domain) (c-crksh3-n) complexed wi
1ckiA 1csn 1.4 284 292 56 casein kinase i delta Mutant
1ckiB 1csn 1.5 283 286 56 casein kinase i delta Mutant
1ckjA 1csn 1.4 289 296 56 recombinant casein kinase i delta Mutant
1ckjB 1csn 1.5 290 293 56 recombinant casein kinase i delta Mutant
1ckmA 1ckmA 0.0 317 317 100 mrna capping enzyme (RNA guanylyltransferase)
1ckmB 1ckmA 3.3 313 317 100 mrna capping enzyme (RNA guanylyltransferase)
1cknA 1ckmA 0.3 317 317 100 mrna capping enzyme (RNA guanylyltransferase)
1cknB 1ckmA 3.4 313 317 99 mrna capping enzyme (RNA guanylyltransferase)
1cko 1ckmA 2.0 317 317 100 mrna capping enzyme (RNA guanylyltransferase)
1ckp 1p38 2.8 262 279 37 cyclin-dependent protein kinase 2 (cdk2)
1cksA 1puc 3.6 60 74 47 Cyclin-dependent kinase subunit type 2 (ckshs2)
1cksB 1puc 2.2 55 78 55 Cyclin-dependent kinase subunit type 2 (ckshs2)
1cksC 1puc 2.2 55 78 55 Cyclin-dependent kinase subunit type 2 (ckshs2)
1cl1A 1cl2A 0.2 391 391 99 cystathionine beta-lyase (beta cystathionase) biologica
1cl1B 1cl2A 0.2 391 392 99 cystathionine beta-lyase (beta cystathionase) biologica
1cl2A 1cl2A 0.0 391 391 100 cystathionine beta-lyase (beta cystathionase) biologica
1cl2B 1cl2A 0.2 391 392 100 cystathionine beta-lyase (beta cystathionase) biologica
1cla 3cla 0.2 213 213 99 Type III chloramphenicol acetyltransferase (CAT=III=) (
1clb 4icb 2.1 75 75 99 Calbindin d9k (bovine minor a form, apo) (intestinal ca
1clc 1clc 0.0 541 541 100 endoglucanase celd (1,4-beta-d-glucan-glucanohydrolase,
1cld 1d66A 1.3 33 33 65 cd2-lac9 Mutant
1cleA 1thg 1.8 502 534 45 cholesterol esterase
1cleB 1thg 1.8 502 534 45 cholesterol esterase
1clf 2fdn 1.5 55 55 73 ferredoxin
1clh 2cpl 2.4 151 166 30 Cyclophilin (NMR, 12 structures)
1cll 1cll 0.0 144 144 100 Calmodulin (vertebrate)
1clm 1cll 0.7 144 144 89 Calmodulin (paramecium tetraurelia) (wild type)
1cloH 1igtB 2.2 179 222 75 a5b7 monoclonal antibody fragment
1cloL 8fabA 6.7 200 213 44 a5b7 monoclonal antibody fragment
1clpA 1poa 1.6 113 121 34 Myotoxin ii (phospholipase a2) mutant with asp 49 repla
1clpB 1poa 1.6 113 121 34 Myotoxin ii (phospholipase a2) mutant with asp 49 repla
1clsA 1abwA 0.2 139 141 99 hemoglobin (dechb)
1clsB 1abwA 1.4 139 146 43 hemoglobin (dechb)
1clsC 1abwA 0.3 139 141 99 hemoglobin (dechb)
1clsD 1abwA 1.5 139 146 43 hemoglobin (dechb)
1clxA 1xyzA 1.9 307 345 34 xylanase a fragment
1clxB 1xyzA 1.9 307 345 34 xylanase a fragment
1clxC 1xyzA 2.0 307 345 34 xylanase a fragment
1clxD 1xyzA 2.0 307 345 34 xylanase a fragment
1clyH 1igtB 2.8 217 219 74 igg fab (human igg1, kappa) fragment (cbr96 fab (immuno
1clyL 8fabA 6.9 204 217 41 igg fab (human igg1, kappa) fragment (cbr96 fab (immuno
1clzH 1igtB 3.8 217 218 79 igg fab (igg3, kappa) fragment (mbr96 fab (immunoglobul
1clzL 8fabA 8.1 204 219 42 igg fab (igg3, kappa) fragment (mbr96 fab (immunoglobul
1cm1A 1cll 3.8 76 143 95 calmodulin calmodulin-dependent protein kinase ii-alpha
1cm4A 1cll 7.0 81 143 95 calmodulin calmodulin-dependent protein kinase ii-alpha
1cm4C 1cll 6.9 81 143 95 calmodulin calmodulin-dependent protein kinase ii-alpha
1cm4E 1cll 6.5 81 143 95 calmodulin calmodulin-dependent protein kinase ii-alpha
1cm4G 1cll 6.5 81 143 95 calmodulin calmodulin-dependent protein kinase ii-alpha
1cmaA 1cmbA 1.5 102 105 96 Met repressor-operator complex (metj)
1cmaB 1cmbA 1.6 102 105 96 Met repressor-operator complex (metj)
1cmbA 1cmbA 0.0 104 104 100 Met apo-repressor (metj)
1cmbB 1cmbA 1.6 101 104 96 Met apo-repressor (metj)
1cmcA 1cmbA 0.8 104 105 100 Met holo-repressor (metj) complex with corepressor (tri
1cmcB 1cmbA 1.0 104 105 100 Met holo-repressor (metj) complex with corepressor (tri
1cmf 1cll 3.2 61 73 74 calmodulin (vertebrate) (calmodulin apo tr2c-domain)
1cmg 1cll 1.9 70 73 46 calmodulin (vertebrate) (calmodulin calcium tr2c-domain
1cmkE 1cdkA 2.1 342 350 98 Camp-dependent protein kinase catalytic subunit
1cmp 1ryc 0.9 291 291 100 Cytochrome c peroxidase (recombinant yeast, ccp-mkt) mu
1cmq 1ryc 0.9 291 291 100 Cytochrome c peroxidase (recombinant yeast, ccp-mkt) mu
1cmr 1cmr 0.0 31 31 100 charybdotoxin, alpha chimera Mutant
1cms 1smrA 1.8 303 323 38 Chymosin b (formerly known as rennin)
1cmt 1ryc 0.8 291 291 100 Cytochrome c peroxidase (ccp-mkt) mutant with initial m
1cmu 1ryc 0.9 291 291 99 Cytochrome c peroxidase (ccp-mkt) mutant with initial m
1cmvA 1lay 0.4 184 197 100 human cytomegalovirus protease (hcmv protease) Mutant
1cmvB 1lay 0.4 182 206 100 human cytomegalovirus protease (hcmv protease) Mutant
1cmyA 1abwA 0.7 138 141 99 Hemoglobin ypsilanti (carbon monoxy form)
1cmyB 1abwA 1.5 138 146 43 Hemoglobin ypsilanti (carbon monoxy form)
1cmyC 1abwA 0.7 141 141 99 Hemoglobin ypsilanti (carbon monoxy form)
1cmyD 1abwA 1.6 139 146 42 Hemoglobin ypsilanti (carbon monoxy form)
1cn1A 1nls 1.1 237 237 94 Concanavalin a (demetallized)
1cn1B 1nls 1.0 237 237 94 Concanavalin a (demetallized)
1cn2 1aho 2.6 57 66 37 toxin 2 (cn2)
1cnb 2cba 0.2 255 255 99 Carbonic anhydrase ii (carbonate dehydratase, hca ii) m
1cnc 2cba 0.2 255 255 99 Carbonic anhydrase ii (carbonate dehydratase, hca ii) m
1cne 1ndh 1.7 251 260 40 Nitrate reductase (cytochrome b reductase fragment) mut
1cnf 1ndh 1.7 251 260 41 Nitrate reductase (cytochrome b reductase fragment) com
1cng 2cba 0.1 257 257 99 Carbonic anhydrase ii (carbonate dehydratase, hca ii, c
1cnh 2cba 0.1 257 257 99 Carbonic anhydrase ii (carbonate dehydratase, hca ii, c
1cni 2cba 0.2 257 257 99 Carbonic anhydrase ii (carbonate dehydratase, hca ii, c
1cnj 2cba 0.2 257 257 99 Carbonic anhydrase ii (carbonate dehydratase, hca ii, c
1cnk 2cba 0.2 257 257 99 Carbonic anhydrase ii (carbonate dehydratase, hca ii, c
1cnpA 4icb 2.8 65 90 33 calcyclin (rabbit, apo) (2a9, cacy, s100a6, pra)
1cnpB 4icb 3.1 65 90 33 calcyclin (rabbit, apo) (2a9, cacy, s100a6, pra)
1cnr 1cbn 0.1 46 46 98 Crambin (pl form)
1cnsA 1cnsA 0.0 243 243 100 chitinase
1cnsB 1cnsA 0.5 243 243 100 chitinase
1cnt1 1cnt3 1.0 143 150 98 ciliary neurotrophic factor (cntf) Mutant
1cnt2 1cnt3 2.8 124 130 54 ciliary neurotrophic factor (cntf) Mutant
1cnt3 1cnt3 0.0 146 146 100 ciliary neurotrophic factor (cntf) Mutant
1cnt4 1cnt3 0.8 125 126 98 ciliary neurotrophic factor (cntf) Mutant
1cnv 1cnv 0.0 283 283 100 concanavalin b
1cnw 2cba 0.2 256 256 100 carbonic anhydrase ii (carbonate dehydratase, hca ii)
1cnx 2cba 0.2 256 256 100 carbonic anhydrase ii (carbonate dehydratase, hca ii)
1cny 2cba 0.2 256 256 100 carbonic anhydrase ii (carbonate dehydratase, hca ii)
1coaI 1a1yI 0.9 61 64 95 Chymotrypsin inhibitor 2 (ci2) mutant with ile 76 repla
1cobA 1mfmA 1.0 149 151 80 Superoxide dismutase (co substituted)
1cobB 1mfmA 1.0 149 151 80 Superoxide dismutase (co substituted)
1cod 3ebx 1.6 62 62 57 Cobrotoxin (NMR, average structure)
1coe 3ebx 2.3 62 62 57 Cobrotoxin (NMR, 11 structures)
1cof 1cof 0.0 135 135 100 cofilin
1cohA 1abwA 0.2 138 141 99 Alpha-ferrous-carbonmonoxy, beta-cobaltous-deoxy hemogl
1cohB 1abwA 1.5 139 146 43 Alpha-ferrous-carbonmonoxy, beta-cobaltous-deoxy hemogl
1cohC 1abwA 0.3 139 141 99 Alpha-ferrous-carbonmonoxy, beta-cobaltous-deoxy hemogl
1cohD 1abwA 1.4 138 146 43 Alpha-ferrous-carbonmonoxy, beta-cobaltous-deoxy hemogl
1colA 1a87 1.3 194 197 56 Colicin A (c-terminal domain) (pore-forming domain)
1colB 1a87 1.3 194 197 56 Colicin A (c-terminal domain) (pore-forming domain)
1comA 2chsA 0.2 114 114 100 Chorismate mutase complexed with prephenate
1comB 2chsA 0.4 114 118 100 Chorismate mutase complexed with prephenate
1comC 2chsA 0.4 114 119 100 Chorismate mutase complexed with prephenate
1comD 2chsA 0.2 114 114 100 Chorismate mutase complexed with prephenate
1comE 2chsA 0.5 114 118 100 Chorismate mutase complexed with prephenate
1comF 2chsA 0.4 114 117 100 Chorismate mutase complexed with prephenate
1comG 2chsA 0.4 114 114 100 Chorismate mutase complexed with prephenate
1comH 2chsA 0.3 114 114 100 Chorismate mutase complexed with prephenate
1comI 2chsA 0.4 114 114 100 Chorismate mutase complexed with prephenate
1comJ 2chsA 0.3 114 114 100 Chorismate mutase complexed with prephenate
1comK 2chsA 0.4 114 116 100 Chorismate mutase complexed with prephenate
1comL 2chsA 0.4 114 114 100 Chorismate mutase complexed with prephenate
1conA 1nls 0.3 237 237 100 Concanavalin a (cadmium substituted for manganese)
1coo 1coo 0.0 81 81 100 RNA polymerase alpha subunit fragment
1copD 1orc 1.8 56 66 97 cro repressor
1copE 1orc 1.6 56 66 97 cro repressor
1cor 451c 1.5 81 82 69 Cytochrome c551 (NMR, minimized average structure)
1cot 1ycc 1.4 97 121 34 Cytochrome c=2= (formerly cytochrome c=550=)
1cov1 1pov1 1.6 219 269 48 coxsackievirus coat protein
1cov2 1aym2 1.5 248 256 54 coxsackievirus coat protein
1cov3 1aym3 0.8 234 238 47 coxsackievirus coat protein
1cov4 1pvc4 1.3 55 55 73 coxsackievirus coat protein
1cowA 1skyB 1.6 476 487 59 bovine mitochondrial f1-atpase
1cowB 1skyB 1.1 475 487 59 bovine mitochondrial f1-atpase
1cowC 1skyB 1.6 476 492 59 bovine mitochondrial f1-atpase
1cowD 1skyE 3.7 425 467 71 bovine mitochondrial f1-atpase
1cowE 1skyE 1.2 426 466 71 bovine mitochondrial f1-atpase
1cowF 1skyE 3.6 424 466 71 bovine mitochondrial f1-atpase
1cowG 1bmfG 0.4 122 122 100 bovine mitochondrial f1-atpase
1coy 1b4v 1.1 495 501 59 Cholesterol oxidase complex with 3-beta-hydroxy-5-andro
1cp2A 1cp2A 0.0 269 269 100 nitrogenase iron protein (cp2) biological_unit
1cp2B 1cp2A 0.7 269 269 100 nitrogenase iron protein (cp2) biological_unit
1cp3A 1pauA 0.4 139 232 100 apopain (caspase-3, cpp32, yama) biological_unit acetyl
1cp3B 1pauA 0.4 139 232 100 apopain (caspase-3, cpp32, yama) biological_unit acetyl
1cp4 1phd 0.2 405 405 100 Cytochrome p450=cam= (camphor monooxygenase) complex wi
1cpb 1aye 1.0 262 270 48 Carboxypeptidase b fraction ii
1cpcA 1cpcA 0.0 162 162 100 C-phycocyanin
1cpcB 1phnB 0.8 172 172 75 C-phycocyanin
1cpcK 1cpcA 0.2 162 162 100 C-phycocyanin
1cpcL 1phnB 0.8 172 172 75 C-phycocyanin
1cpd 1ryc 0.5 289 291 100 Cytochrome c peroxidase mutant with met ile added at n-
1cpe 1ryc 0.5 289 291 100 Cytochrome c peroxidase mutant with met ile added at n-
1cpf 1ryc 0.5 289 291 100 Cytochrome c peroxidase mutant with met ile added at n-
1cpg 1ryc 0.5 289 291 100 Cytochrome c peroxidase mutant with met ile added at n-
1cpiA 1fmb 1.6 97 99 31 hiv-1 protease complexed with a cyclic peptide inhibito
1cpiB 1fmb 1.6 97 99 31 hiv-1 protease complexed with a cyclic peptide inhibito
1cpjA 1theB 0.4 204 253 100 cathepsin b Mutant
1cpjB 1ppn 1.8 203 253 31 cathepsin b Mutant
1cpm 2ayh 0.3 156 214 100 Circularly permuted (1-3,1-4)-beta-d-glucan 4-glucanohy
1cpn 2ayh 0.4 156 208 100 Circularly permuted (1-3,1-4)-beta-d-glucan 4-glucanohy
1cpo 1cpo 0.0 299 299 100 chloroperoxidase (cpo, clp)
1cpq 1cpq 0.0 129 129 100 cytochrome c'
1cpr 1cpq 0.4 129 129 99 cytochrome c'
1cps 1aye 0.5 301 307 65 Carboxypeptidase a complex with the sulfodiimine inhibi
1cpt 1cpt 0.0 412 412 100 Cytochrome p450-terp
1cpx 1aye 0.6 301 305 66 carboxypeptidase a (cpa, beta form)
1cpy 1ivyA 2.2 377 421 32 serine carboxypeptidase Mutant
1cq4A 1a1yI 0.4 37 37 100 serine proteinase inhibitor 2 fragment (chymotrypsin in
1cqa 3nul 1.7 120 123 74 profilin
1cqgA 1erv 1.1 105 105 95 thioredoxin Mutant ref-1 peptide fragment
1cqhA 1erv 1.0 105 105 95 thioredoxin Mutant ref-1 peptide fragment
1cr8 1ajj 1.5 37 42 52 low density lipoprotein receptor related protein fragme
1cra 2cba 0.1 258 259 100 Carbonic anhydrase ii complex with 1,2,4-triazole
1crb 1hmt 1.5 131 134 32 Cellular retinol binding protein (crbp) complexed with
1crcA 1ycc 0.5 103 104 62 cytochrome c
1crcB 1ycc 0.6 103 104 62 cytochrome c
1cre 1tgxA 2.1 55 60 75 Cardiotoxin ii (NMR, minimized average structure)
1crf 1tgxA 2.3 55 60 75 Cardiotoxin ii (NMR, 12 structures)
1crg 1ycc 0.3 108 108 98 Cytochrome c (isozyme 1) (oxidized) mutant with asn 52
1crh 1ycc 0.3 108 108 99 Cytochrome c (isozyme 1) (reduced) mutant with asn 52 r
1cri 1ycc 0.2 108 108 97 Cytochrome c (isozyme 1) (oxidized) mutant with asn 52
1crj 1ycc 0.2 108 108 97 Cytochrome c (isozyme 1) (reduced) mutant with asn 52 r
1crkA 1bg0 2.7 337 380 39 creatine kinase biological_unit
1crkB 1bg0 2.8 337 380 39 creatine kinase biological_unit
1crkC 1bg0 2.6 337 380 39 creatine kinase biological_unit
1crkD 1bg0 2.6 337 380 39 creatine kinase biological_unit
1crl 1thg 1.9 505 534 44 Lipase (triacylglycerol hydrolase)
1crm 2cba 1.1 255 256 61 Carbonic anhydrase i (carbonate dehydratase i, hca i) c
1crn 1cbn 0.1 46 46 96 Crambin
1crp 1mh1 2.2 162 166 31 C-h-ras p21 protein (catalytic domain, residues 1 - 166
1crq 1mh1 2.1 162 166 33 C-h-ras p21 protein (catalytic domain, residues 1 - 166
1crr 1mh1 2.2 162 166 31 C-h-ras p21 protein (catalytic domain, residues 1 - 166
1crxA 1crxA 0.0 322 322 100 cre recombinase DNA
1crxB 1crxA 2.1 316 322 95 cre recombinase DNA
1cry 1ycc 1.1 102 107 47 Cytochrome c2
1csbA 1hucA 0.2 46 47 100 cathepsin b
1csbB 1theB 0.7 204 205 83 cathepsin b
1csbD 1hucA 0.2 46 47 100 cathepsin b
1csbE 1theB 0.7 204 205 83 cathepsin b
1csc 1csh 0.2 427 429 93 Citrate synthase - l-malate - carboxymethyl coenzyme A
1cseE 1gci 0.9 265 274 61 Subtilisin carlsberg (commercial product from serra, he
1cseI 1egpA 3.0 35 63 100 Subtilisin carlsberg (commercial product from serra, he
1csgA 2gmfA 0.6 120 120 100 Granulocyte-macrophage colony-stimulating factor (gm-cs
1csgB 2gmfA 0.7 120 120 100 Granulocyte-macrophage colony-stimulating factor (gm-cs
1csh 1csh 0.0 435 435 100 Citrate synthase complexed with oxaloacetate and amidoc
1csi 1csh 0.1 435 435 100 Citrate synthase complexed with oxaloacetate and carbox
1cskA 1ckaA 0.8 56 57 40 C-src kinase (sh3 domain)
1cskB 1ckaA 0.8 56 57 40 C-src kinase (sh3 domain)
1cskC 1ckaA 0.8 56 57 40 C-src kinase (sh3 domain)
1cskD 1ckaA 0.8 56 57 40 C-src kinase (sh3 domain)
1csmA 5csmA 0.6 250 252 99 chorismate mutase Mutant
1csmB 5csmA 0.6 250 252 99 chorismate mutase Mutant
1csn 1csn 0.0 293 293 100 casein kinase-1
1csp 1mjc 1.1 64 67 61 Major cold shock protein (cspb)
1csq 1mjc 1.3 64 67 61 Major cold shock protein (cspb)
1csr 1csh 0.1 435 435 100 citrate synthase
1css 1csh 0.1 435 435 100 citrate synthase
1csu 1ycc 0.2 108 108 98 Cytochrome c (isozyme 1) (reduced) mutant with leu 85 r
1csv 1ycc 0.3 108 108 98 Cytochrome c (isozyme 1) (reduced) mutant with leu 85 r
1csw 1ycc 0.2 108 108 98 Cytochrome c (isozyme 1) (reduced) mutant with leu 85 r
1csx 1ycc 0.2 108 108 98 Cytochrome c (isozyme 1) (reduced) mutant with leu 94 r
1csyA 1lkkA 2.2 93 112 36 syk protein tyrosine kinase fragment acetyl-thr-ptr-glu
1cszA 1lkkA 2.0 92 112 37 syk protein tyrosine kinase fragment acetyl-thr-ptr-glu
1ct1D 3chbD 0.7 103 103 98 cholera toxin fragment Mutant biological_unit
1ct1E 3chbD 0.7 103 103 98 cholera toxin fragment Mutant biological_unit
1ct1F 3chbD 0.3 103 103 98 cholera toxin fragment Mutant biological_unit
1ct1G 3chbD 0.4 103 103 98 cholera toxin fragment Mutant biological_unit
1ct1H 3chbD 0.7 103 103 98 cholera toxin fragment Mutant biological_unit
1ctaA 1ctdA 2.2 34 34 100 Troponin c site iii - site iii homodimer (NMR, minimize
1ctaB 1ctdA 2.2 34 34 100 Troponin c site iii - site iii homodimer (NMR, minimize
1ctdA 1ctdA 0.0 34 34 100 Troponin c site iii - site iii homodimer (NMR, 7 struct
1ctdB 1ctdA 1.8 34 34 100 Troponin c site iii - site iii homodimer (NMR, 7 struct
1cteA 1theB 0.4 204 253 100 cathepsin b Mutant engineered;
1cteB 1ppn 1.8 203 253 31 cathepsin b Mutant engineered;
1ctf 1ctf 0.0 68 68 100 L7/L12 50 s ribosomal protein (c-terminal domain)
1ctj 1cyj 0.5 88 89 66 cytochrome c6
1ctm 1hcz 0.4 250 250 100 Cytochrome f (reduced)
1ctn 1ctn 0.0 538 538 100 Chitinase a (ph 5.5, 4 degrees c)
1cto 1cto 0.0 109 109 100 granulocyte colony-stimulating factor receptor fragment
1ctpE 1cdkA 1.8 330 333 99 Camp-dependent protein kinase (capk) (catalytic subunit
1ctr 1cll 0.9 67 141 100 Calmodulin complexed with trifluoperazine (1:1 complex)
1cts 1csh 2.4 435 437 93 Citrate synthase - citrate complex
1ctt 1ctt 0.0 294 294 100 Cytidine deaminase (cda) complexed with 3,4-dihydrozebu
1ctu 1ctt 0.2 294 294 100 Cytidine deaminase (cda) complexed with 3,4 hydrated py
1ctx 3ebx 2.2 58 71 38 Alpha cobratoxin
1cty 1ycc 0.4 108 108 98 Cytochrome c (isozyme 1) (oxidized) mutant with tyr 67
1ctz 1ycc 0.3 108 108 98 Cytochrome c (isozyme 1) (reduced) mutant with tyr 67 r
1cua 1cex 0.1 197 197 99 cutinase Mutant
1cub 1cex 0.4 197 197 99 cutinase Mutant
1cuc 1cex 0.4 197 197 99 cutinase Mutant
1cudA 1cex 0.4 197 197 99 cutinase Mutant
1cudB 1cex 0.4 197 197 99 cutinase Mutant
1cudC 1cex 0.5 197 197 99 cutinase Mutant
1cue 1cex 0.2 195 197 99 cutinase Mutant
1cuf 1cex 0.1 197 197 99 cutinase Mutant
1cug 1cex 0.1 197 197 99 cutinase Mutant
1cuh 1cex 0.4 197 197 99 cutinase Mutant
1cui 1cex 0.1 195 197 99 cutinase Mutant
1cuj 1cex 0.1 195 197 99 cutinase Mutant
1cuk 1hjp 0.7 186 190 99 ruva protein
1cur 1rcy 1.4 151 155 99 cu(i) rusticyanin (reduced rusticyanin)
1cus 1cex 0.1 197 197 100 Cutinase
1cuu 1cex 0.1 197 197 99 cutinase Mutant
1cuv 1cex 0.4 197 197 99 cutinase Mutant
1cuwA 1cex 0.4 197 197 97 cutinase Mutant
1cuwB 1cex 0.5 197 197 97 cutinase Mutant
1cux 1cex 0.1 197 197 99 cutinase Mutant
1cuy 1cex 0.1 197 197 99 cutinase Mutant
1cuz 1cex 0.2 196 196 99 cutinase Mutant
1cv8 1cv8 0.0 173 173 100 staphopain (thiol proteinase from staphylococcus aureus
1cva 2cba 0.2 255 255 99 Carbonic anhydrase ii (hca ii) mutant with thr 199 repl
1cvb 2cba 0.2 255 255 99 Carbonic anhydrase ii (hca ii) mutant with thr 199 repl
1cvc 2cba 0.2 255 255 99 Carbonic anhydrase ii mutant with his 94 replaced by as
1cvd 2cba 0.2 255 255 99 Carbonic anhydrase ii (carbonate dehydratase) (hca ii)
1cve 2cba 0.2 255 255 99 Carbonic anhydrase ii (carbonate dehydratase)(hca ii) m
1cvf 2cba 0.2 255 255 99 Carbonic anhydrase ii (carbonate dehydratase)(hca ii) m
1cvh 2cba 0.2 255 255 99 Carbonic anhydrase ii (carbonate dehydratase ii, hca ii
1cvl 1cvl 0.0 316 316 100 triacylglycerol hydrolase
1cvnA 1nls 0.6 237 237 100 concanavalin a (con a)
1cvnB 1nls 0.6 237 237 100 concanavalin a (con a)
1cvnC 1nls 0.6 237 237 100 concanavalin a (con a)
1cvnD 1nls 0.6 237 237 100 concanavalin a (con a)
1cvo 1tgxA 2.0 56 62 59 Cardiotoxin v (NMR, 2 structures)
1cwaA 2cpl 0.2 164 165 100 cyclophilin a cyclosporin a
1cwbA 2cpl 0.3 164 165 100 cyclophilin a [4-[(e)-2-butenyl]-4,4,N-trimethyl-l-thre
1cwcA 2cpl 0.2 164 165 100 cyclophilin a [4,N-dimethylnorleucine]4-cyclosporin
1cwdL 1lkkA 1.5 98 98 98 p56lck tyrosine kinase fragment phosphonopeptide pro-gl
1cweA 1lkkA 1.6 98 98 98 p56lck tyrosine kinase fragment phosphonopeptide acq-pm
1cweC 1lkkA 1.6 98 98 98 p56lck tyrosine kinase fragment phosphonopeptide acq-pm
1cwfA 2cpl 0.3 164 165 100 cyclophilin a cyclosporin a
1cwhA 2cpl 0.3 164 165 100 cyclophilin a cyclosporin a
1cwiA 2cpl 0.3 164 165 100 cyclophilin a cyclosporin a
1cwjA 2cpl 0.3 164 165 100 cyclophilin a cyclosporin a
1cwkA 2cpl 0.3 164 165 100 cyclophilin a cyclosporin a
1cwlA 2cpl 0.2 164 165 100 cyclophilin a cyclosporin a
1cwmA 2cpl 0.2 164 165 100 cyclophilin a cyclosporin a
1cwn 1frb 1.2 312 324 49 aldehyde reductase (alr1)
1cwoA 2cpl 0.2 164 165 100 cyclophilin a [thr2,Leu5,D-hiv8,Leu10] cyclosporin
1cwpA 1cwpA 0.0 149 149 100 cowpea chlorotic mottle virus (ccmv) RNA (5'-(apUpApU)-
1cwpB 1cwpA 0.5 149 164 100 cowpea chlorotic mottle virus (ccmv) RNA (5'-(apUpApU)-
1cwpC 1cwpA 0.7 149 164 100 cowpea chlorotic mottle virus (ccmv) RNA (5'-(apUpApU)-
1cx2A 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
1cx2B 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
1cx2C 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
1cx2D 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
1cxa 1ycc 1.8 102 124 31 Cytochrome c2 complexed with imidazole
1cxc 1ycc 1.7 102 124 32 cytochrome c2
1cxe 1pamA 0.8 685 686 88 cyclodextrin glycosyltransferase (cgtase)
1cxf 1pamA 0.8 685 686 88 cyclodextrin glycosyltransferase (cgtase) Mutant
1cxh 1pamA 0.8 685 686 88 cyclodextrin glycosyltransferase (cgtase)
1cxi 1pamA 0.8 685 686 88 cyclodextrin glycosyltransferase (cgtase)
1cxn 1tgxA 1.9 56 60 100 Cardiotoxin gamma (NMR, minimized average structure)
1cxo 1tgxA 2.0 56 60 100 Cardiotoxin gamma (NMR, 9 structures)
1cxsA 1dmr 0.5 764 768 77 dimethylsulfoxide reductase (dmso reductase) bis(molybd
1cxtA 1dmr 0.5 764 767 77 dimethylsulfoxide reductase (dmso reductase) bis(molybd
1cyc 1ycc 1.4 102 103 63 Ferrocytochrome c
1cydA 1cydA 0.0 242 242 100 carbonyl reductase
1cydB 1cydA 0.2 242 242 100 carbonyl reductase
1cydC 1cydA 0.1 242 242 100 carbonyl reductase
1cydD 1cydA 0.2 242 242 100 carbonyl reductase
1cye 3chy 0.9 128 129 99 Chey mutant with met 1 deleted, arg 1 inserted, and ala
1cyf 1ryc 0.9 291 296 99 cytochrome c peroxidase Mutant
1cyg 1pamA 0.9 677 680 63 Cyclodextrin glucanotransferase (cgtase)
1cyi 1cyj 0.3 88 89 100 cytochrome c6 (cytochrome c553)
1cyj 1cyj 0.0 90 90 100 cytochrome c6 (cytochrome c553)
1cyl 1rcb 2.2 126 129 100 Interleukin 4 (NMR, 20 structures)
1cynA 2cpl 1.1 164 178 64 cyclophilin b [d-(cholinyl)ala]8-cyclosporin
1cyo 1cyo 0.0 88 88 100 Cytochrome b5 (oxidized)
1cyu 1stfI 3.9 77 98 44 cystatin a (stefin a) Mutant
1cyv 1stfI 3.7 72 98 47 cystatin a (stefin a) Mutant
1cyw 1cyx 0.9 158 159 96 cyoa fragment
1cyx 1cyx 0.0 158 158 100 cyoa fragment Mutant biological_unit
1cziE 1smrA 1.8 303 322 38 chymosin (rennin) cp-113972 (norstatine-s-methyl cystei
1czj 3cyr 2.2 97 110 29 cytochrome c3 biological_unit
1czm 2cba 1.2 257 260 60 Carbonic anhydrase i complexed with inhibitor 3-acetoxy
1d2nA 1d2nA 0.0 246 246 100 n-ethylmaleimide-sensitive fusion protein fragment
1d66A 1d66A 0.0 57 57 100 Gal4 (residues 1 - 65) complex with 19mer DNA
1d66B 1d66A 0.8 57 57 100 Gal4 (residues 1 - 65) complex with 19mer DNA
1daaA 1daaA 0.0 277 277 100 d-amino acid aminotransferase (d-alanine aminotransfera
1daaB 1daaA 0.4 277 277 100 d-amino acid aminotransferase (d-alanine aminotransfera
1dad 1dai 0.2 219 224 100 dethiobiotin synthetase (dtbs)
1dae 1dai 0.2 219 219 100 dethiobiotin synthetase (dtbs)
1daf 1dai 0.3 219 224 100 dethiobiotin synthetase (dtbs)
1dag 1dai 0.2 219 224 100 dethiobiotin synthetase (dtbs)
1dah 1dai 0.2 219 224 100 dethiobiotin synthetase (dtbs)
1dai 1dai 0.0 219 219 100 dethiobiotin synthetase (dtbs)
1daj 1aoeA 2.1 184 207 36 dihydrofolate reductase
1dakA 1dai 0.4 219 224 100 dethiobiotin synthetase biological_unit
1damA 1dai 0.4 219 224 100 dethiobiotin synthetase (dtbs) biological_unit
1danH 5ptp 1.6 221 254 40 blood coagulation factor viia soluble tissue factor d-p
1danL 1edmB 0.4 39 142 65 blood coagulation factor viia soluble tissue factor d-p
1danT 1boy 0.6 75 75 100 blood coagulation factor viia soluble tissue factor d-p
1danU 1boy 1.0 116 116 100 blood coagulation factor viia soluble tissue factor d-p
1daoA 1an9A 0.5 339 339 100 d-amino acid oxidase (daao) biological_unit
1daoB 1an9A 0.5 339 339 100 d-amino acid oxidase (daao) biological_unit
1daoC 1an9A 0.5 339 339 100 d-amino acid oxidase (daao) biological_unit
1daoD 1an9A 0.5 339 339 100 d-amino acid oxidase (daao) biological_unit
1daoE 1an9A 0.5 339 339 100 d-amino acid oxidase (daao) biological_unit
1daoF 1an9A 0.5 339 339 100 d-amino acid oxidase (daao) biological_unit
1daoG 1an9A 0.5 339 339 100 d-amino acid oxidase (daao) biological_unit
1daoH 1an9A 0.5 339 339 100 d-amino acid oxidase (daao) biological_unit
1dapA 1dapA 0.0 320 320 100 diaminopimelic acid dehydrogenase (dapdh)
1dapB 1dapA 4.2 320 320 100 diaminopimelic acid dehydrogenase (dapdh)
1dar 1dar 0.0 615 615 100 elongation factor g (ef-g)
1dat 2fha 0.7 170 174 54 l ferritin biological_unit
1dax 1fxd 2.0 57 64 44 ferredoxin i
1dbaH 1igtB 2.8 217 219 61 Fab' fragment of the db3 anti-steroid monoclonal antibo
1dbaL 8fabA 4.6 190 216 42 Fab' fragment of the db3 anti-steroid monoclonal antibo
1dbbH 1igtB 2.8 217 219 61 Fab' fragment of the db3 anti-steroid monoclonal antibo
1dbbL 8fabA 4.5 204 216 41 Fab' fragment of the db3 anti-steroid monoclonal antibo
1dbh 1dbh 0.0 340 340 100 sos1 fragment (son of sevenless)
1dbjH 1igtB 2.8 217 219 61 Fab' fragment of monoclonal antibody db3 (igg1, subgrou
1dbjL 8fabA 4.6 204 216 41 Fab' fragment of monoclonal antibody db3 (igg1, subgrou
1dbkH 1igtB 2.8 217 219 61 Fab' fragment of monoclonal antibody db3 (igg1, subgrou
1dbkL 8fabA 4.5 204 216 41 Fab' fragment of monoclonal antibody db3 (igg1, subgrou
1dbmH 1igtB 2.8 217 219 61 Fab' fragment of monoclonal antibody db3 (igg1, subgrou
1dbmL 8fabA 4.5 204 216 41 Fab' fragment of monoclonal antibody db3 (igg1, subgrou
1dbp 2dri 0.2 271 271 99 D-ribose-binding protein mutant with gly 72 replaced by
1dbqA 1dbqA 0.0 276 276 100 purine repressor fragment
1dbqB 1dbqA 1.1 276 276 100 purine repressor fragment
1dbrA 1dbrA 0.0 227 227 100 hypoxanthine guanine xanthine phosphoribosyltransferase
1dbrB 1dbrA 0.8 216 219 100 hypoxanthine guanine xanthine phosphoribosyltransferase
1dbrC 1dbrA 0.7 215 215 100 hypoxanthine guanine xanthine phosphoribosyltransferase
1dbrD 1dbrA 0.9 215 215 100 hypoxanthine guanine xanthine phosphoribosyltransferase
1dbs 1dai 0.3 219 224 100 Dethiobiotin synthetase
1dbvO 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
1dbvP 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
1dbvQ 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
1dbvR 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
1dca 2cba 0.2 255 255 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
1dcb 2cba 0.2 255 255 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
1dcc 1ryc 0.9 291 291 99 Cytochrome c peroxidase mutant with met ile added at n-
1dchA 1dcpA 0.4 99 99 100 dcoh (dimerization cofactor of hnf-1) (phs, phenylalani
1dchB 1dcpA 0.6 99 99 100 dcoh (dimerization cofactor of hnf-1) (phs, phenylalani
1dchC 1dcpA 0.6 99 99 100 dcoh (dimerization cofactor of hnf-1) (phs, phenylalani
1dchD 1dcpA 0.7 99 99 100 dcoh (dimerization cofactor of hnf-1) (phs, phenylalani
1dchE 1dcpA 0.6 99 99 100 dcoh (dimerization cofactor of hnf-1) (phs, phenylalani
1dchF 1dcpA 0.6 99 99 100 dcoh (dimerization cofactor of hnf-1) (phs, phenylalani
1dchG 1dcpA 0.7 99 99 100 dcoh (dimerization cofactor of hnf-1) (phs, phenylalani
1dchH 1dcpA 0.6 99 99 100 dcoh (dimerization cofactor of hnf-1) (phs, phenylalani
1dciA 1dciA 0.0 275 275 100 dienoyl-coa isomerase (delta3,5,Delta2,4-dienoyl-coenzy
1dciB 1dciA 0.7 275 275 100 dienoyl-coa isomerase (delta3,5,Delta2,4-dienoyl-coenzy
1dciC 1dciA 0.6 275 275 100 dienoyl-coa isomerase (delta3,5,Delta2,4-dienoyl-coenzy
1dclA 8fabA 3.5 200 216 74 mcg (bence-jones protein)
1dclB 8fabA 9.5 204 216 74 mcg (bence-jones protein)
1dcnA 1auwA 0.7 405 424 98 delta 2 crystallin (ddc2) Mutant biological_unit
1dcnB 1auwA 0.7 418 418 97 delta 2 crystallin (ddc2) Mutant biological_unit
1dcnC 1auwA 0.7 418 434 97 delta 2 crystallin (ddc2) Mutant biological_unit
1dcnD 1auwA 0.6 417 436 97 delta 2 crystallin (ddc2) Mutant biological_unit
1dcoA 1dcpA 0.2 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcoB 1dcpA 0.6 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcoC 1dcpA 0.5 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcoD 1dcpA 0.7 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcoE 1dcpA 0.5 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcoF 1dcpA 0.5 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcoG 1dcpA 0.5 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcoH 1dcpA 0.6 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcpA 1dcpA 0.0 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcpB 1dcpA 0.6 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcpC 1dcpA 0.5 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcpD 1dcpA 0.7 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcpE 1dcpA 0.5 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcpF 1dcpA 0.5 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcpG 1dcpA 0.5 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dcpH 1dcpA 0.5 99 99 100 dcoh (dimerization cofactor of hepatocyte nuclear facto
1dctA 6mhtA 2.1 264 324 33 DNA (cytosine-5) methylase from haeiii (methyltransfera
1dctB 6mhtA 2.1 264 324 33 DNA (cytosine-5) methylase from haeiii (methyltransfera
1ddcA 1ddcA 0.0 236 236 100 split-soret cytochrome c biological_unit
1ddcB 1ddcA 0.2 236 236 100 split-soret cytochrome c biological_unit
1ddcC 1ddcA 0.2 236 236 100 split-soret cytochrome c biological_unit
1ddcD 1ddcA 0.2 236 236 100 split-soret cytochrome c biological_unit
1ddf 1ddf 0.0 127 127 100 fas
1ddhA 1agdA 1.6 274 274 72 mhc class i h-2dd heavy chain fragment Mutant beta-2 mi
1ddhB 1agdB 0.8 99 99 69 mhc class i h-2dd heavy chain fragment Mutant beta-2 mi
1ddnA 2tdx 0.5 118 118 100 diphtheria tox repressor (dtxr) Mutant biological_unit
1ddnB 2tdx 0.5 118 118 100 diphtheria tox repressor (dtxr) Mutant biological_unit
1ddnC 2tdx 0.5 118 118 100 diphtheria tox repressor (dtxr) Mutant biological_unit
1ddnD 2tdx 0.5 118 118 100 diphtheria tox repressor (dtxr) Mutant biological_unit
1ddoA 1an9A 0.5 339 340 100 d-amino acid oxidase (daao) biological_unit
1ddoB 1an9A 0.5 339 340 100 d-amino acid oxidase (daao) biological_unit
1ddoC 1an9A 0.5 339 340 100 d-amino acid oxidase (daao) biological_unit
1ddoD 1an9A 0.5 339 340 100 d-amino acid oxidase (daao) biological_unit
1ddoE 1an9A 0.5 339 340 100 d-amino acid oxidase (daao) biological_unit
1ddoF 1an9A 0.5 339 340 100 d-amino acid oxidase (daao) biological_unit
1ddoG 1an9A 0.5 339 340 100 d-amino acid oxidase (daao) biological_unit
1ddoH 1an9A 0.5 339 340 100 d-amino acid oxidase (daao) biological_unit
1ddrA 1vdrA 1.9 150 160 32 dihydrofolate reductase
1ddrB 1vdrA 1.8 148 160 32 dihydrofolate reductase
1ddsA 1vdrA 1.9 149 160 32 dihydrofolate reductase
1ddsB 1vdrA 1.7 148 160 32 dihydrofolate reductase
1ddt 1ddt 0.0 523 523 100 Diphtheria toxin (dimeric)
1dduA 1bkpA 1.7 259 265 36 thymidylate synthase (ts, thymidylate synthetase)
1dduB 1bkpA 1.6 259 265 36 thymidylate synthase (ts, thymidylate synthetase)
1deaA 1deaA 0.0 266 266 100 glucosamine 6-phosphate deaminase
1deaB 1deaA 0.3 266 266 100 glucosamine 6-phosphate deaminase
1dec 1dec 0.0 39 39 100 Decorsin (NMR, 25 structures)
1def 1icjA 4.0 117 147 71 peptide deformylase fragment
1deg 1cll 3.8 78 142 91 Calmodulin mutant with glu 84 deleted (del e84)
1dehA 2ohxA 0.4 374 374 87 human beta1 alcohol dehydrogenase (beta1 adh)
1dehB 2ohxA 0.5 374 374 87 human beta1 alcohol dehydrogenase (beta1 adh)
1dekA 1dekA 0.0 241 241 100 deoxynucleoside monophosphate kinase
1dekB 1dekA 1.0 231 231 100 deoxynucleoside monophosphate kinase
1delA 1dekA 0.3 241 241 99 deoxynucleoside monophosphate kinase
1delB 1dekA 1.1 231 231 99 deoxynucleoside monophosphate kinase
1dem 1bpi 1.8 58 60 33 Dendrotoxin i (NMR, minimized average structure)
1den 1bpi 1.8 58 60 33 Dendrotoxin i (NMR, 29 structures)
1derA 1derA 0.0 525 525 100 groel Mutant
1derB 1derA 1.1 525 525 100 groel Mutant
1derC 1derA 0.7 525 525 100 groel Mutant
1derD 1derA 0.8 525 525 100 groel Mutant
1derE 1derA 0.6 525 525 100 groel Mutant
1derF 1derA 1.0 525 525 100 groel Mutant
1derG 1derA 1.0 525 525 100 groel Mutant
1derH 1derA 0.7 525 525 100 groel Mutant
1derI 1derA 0.6 525 525 100 groel Mutant
1derJ 1derA 0.6 525 525 100 groel Mutant
1derK 1derA 0.9 525 525 100 groel Mutant
1derL 1derA 0.7 213 213 100 groel Mutant
1det 9rnt 0.6 104 104 99 ribonuclease t1 (rnase t1)
1dfbH 1igtB 2.8 207 229 68 3d6 fab
1dfbL 8fabA 4.3 155 212 40 3d6 fab
1dfd 1fxd 2.1 57 63 44 ferredoxin i
1dff 1icjA 0.4 164 164 100 peptide deformylase biological_unit
1dfgA 1enp 1.6 235 257 32 enoyl acyl carrier protein reductase (enr) biological_u
1dfgB 1enp 1.6 235 257 32 enoyl acyl carrier protein reductase (enr) biological_u
1dfhA 1enp 1.6 235 257 32 enoyl acyl carrier protein reductase (enr) biological_u
1dfhB 1enp 1.6 235 257 32 enoyl acyl carrier protein reductase (enr) biological_u
1dfiA 1enp 1.6 235 247 32 enoyl acyl carrier protein reductase (enr) biological_u
1dfiB 1enp 1.6 235 247 32 enoyl acyl carrier protein reductase (enr) biological_u
1dfiC 1enp 1.6 235 247 32 enoyl acyl carrier protein reductase (enr) biological_u
1dfiD 1enp 1.6 235 247 32 enoyl acyl carrier protein reductase (enr) biological_u
1dfjE 7rsa 0.5 124 124 100 ribonuclease a (rnase a) ribonuclease inhibitor (rnase
1dfjI 1a4yA 1.5 456 456 77 ribonuclease a (rnase a) ribonuclease inhibitor (rnase
1dfpA 1a7s 1.5 206 228 38 factor d
1dfpB 1a7s 1.6 206 228 38 factor d
1dfx 1dfx 0.0 125 125 100 desulfoferrodoxin biological_unit
1dgcA 2dgcA 0.4 49 55 100 Gcn4 leucine zipper complexed with specific atfCREB SIT
1dgd 2dkb 0.1 431 431 99 Dialkylglycine decarboxylase (pyruvate) (dgd) mutant wi
1dge 2dkb 0.3 431 431 99 Dialkylglycine decarboxylase (pyruvate) (dgd) mutant wi
1dhfA 1aoeA 2.3 152 183 39 Dihydrofolate reductase (DHFR) complex with folate
1dhfB 1aoeA 2.3 152 183 39 Dihydrofolate reductase (DHFR) complex with folate
1dhiA 1vdrA 1.9 147 159 32 Dihydrofolate reductase (dhfr) mutant with asp 27 repla
1dhiB 1vdrA 1.8 148 160 32 Dihydrofolate reductase (dhfr) mutant with asp 27 repla
1dhjA 1vdrA 1.9 148 160 32 Dihydrofolate reductase (dhfr) mutant with asp 27 repla
1dhjB 1vdrA 1.8 148 160 32 Dihydrofolate reductase (dhfr) mutant with asp 27 repla
1dhkA 1smd 0.8 493 496 86 porcine pancreatic alpha-amylase (ppa) bean lectin-like
1dhkB 1led 1.8 187 195 38 porcine pancreatic alpha-amylase (ppa) bean lectin-like
1dhmA 2bopA 2.0 79 83 29 e2 protein fragment
1dhmB 2bopA 2.0 79 83 29 e2 protein fragment
1dhn 1dhn 0.0 121 121 100 7,8-dihydroneopterin aldolase (dhna)
1dhpA 1dhpA 0.0 292 292 100 dihydrodipicolinate synthase (dhdps) Mutant
1dhpB 1dhpA 0.2 292 292 100 dihydrodipicolinate synthase (dhdps) Mutant
1dhr 1dhr 0.0 236 236 100 Dihydropteridine reductase (dhpr) complex with nadh
1dhs 1dhs 0.0 344 344 100 deoxyhypusine synthase
1dhx 1dhx 0.0 905 905 100 adenovirus type 2 hexon (adenovirus type 2 polypeptide
1dhy 1han 0.6 277 278 67 2,3-dihydroxybiphenyl 1,2-dioxygenase (kks102 bphc enzy
1didA 4xis 0.7 385 393 65 D-Xylose isomerase complex with 2,5-dideoxy-2,5-imino-d
1didB 4xis 0.7 385 393 65 D-Xylose isomerase complex with 2,5-dideoxy-2,5-imino-d
1dieA 4xis 0.7 385 393 65 D-Xylose isomerase complex with 1-deoxy-nojirimycin
1dieB 4xis 0.7 385 393 65 D-Xylose isomerase complex with 1-deoxy-nojirimycin
1difA 1fmb 1.6 97 99 33 hiv-1 protease (hiv-1 pr)
1difB 1fmb 1.6 97 99 31 hiv-1 protease (hiv-1 pr)
1dih 1drw 0.3 269 272 100 dihydrodipicolinate reductase
1dik 1dik 0.0 869 869 100 pyruvate phosphate dikinase (ppdk) biological_unit
1dil 3sil 0.2 378 381 100 sialidase
1dim 3sil 0.2 378 381 100 sialidase
1din 1din 0.0 232 232 100 dienelactone hydrolase (dlh)
1dipA 1dipA 0.0 77 77 100 delta-sleep-inducing peptide immunoreactive peptide (ds
1dipB 1dipB 0.0 77 77 100 delta-sleep-inducing peptide immunoreactive peptide (ds
1dirA 1dhr 0.3 235 235 100 Dihydropteridine reductase (dhpr)
1dirB 1dhr 0.4 235 235 100 Dihydropteridine reductase (dhpr)
1dirC 1dhr 0.4 235 235 100 Dihydropteridine reductase (dhpr)
1dirD 1dhr 0.4 235 235 100 Dihydropteridine reductase (dhpr)
1dis 3dfr 0.6 152 162 97 dihydrofolate reductase
1ditH 5ptp 1.1 212 251 39 alpha-thrombin peptide inhibitor cvs995
1diu 3dfr 0.2 162 162 98 dihydrofolate reductase
1div 1div 0.0 149 149 100 ribosomal protein l9 biological_unit
1dja 1btl 2.1 252 258 32 beta-lactamase (penicillinase) Mutant
1djb 1btl 2.0 250 257 32 beta-lactamase (penicillinase) Mutant
1djc 1btl 2.1 251 257 31 beta-lactamase (penicillinase) Mutant
1djgA 1djxB 0.5 513 513 100 phosphoinositide-specific phospholipase c, isozyme delt
1djgB 1djxB 0.3 561 561 100 phosphoinositide-specific phospholipase c, isozyme delt
1djhA 1djxB 0.6 509 513 100 phosphoinositide-specific phospholipase c, isozyme delt
1djhB 1djxB 0.4 557 557 100 phosphoinositide-specific phospholipase c, isozyme delt
1djiA 1djxB 0.5 509 513 100 phosphoinositide-specific phospholipase c, isozyme delt
1djiB 1djxB 0.3 557 557 100 phosphoinositide-specific phospholipase c, isozyme delt
1djwA 1djxB 0.7 513 513 100 phosphoinositide-specific phospholipase c, isozyme delt
1djwB 1djxB 0.7 561 561 100 phosphoinositide-specific phospholipase c, isozyme delt
1djxA 1djxB 0.5 513 513 100 phosphoinositide-specific phospholipase c, isozyme delt
1djxB 1djxB 0.0 561 561 100 phosphoinositide-specific phospholipase c, isozyme delt
1djyA 1djxB 0.7 513 513 100 phosphoinositide-specific phospholipase c, isozyme delt
1djyB 1djxB 0.5 561 561 100 phosphoinositide-specific phospholipase c, isozyme delt
1djzA 1djxB 0.8 513 513 100 phosphoinositide-specific phospholipase c, isozyme delt
1djzB 1djxB 0.7 561 561 100 phosphoinositide-specific phospholipase c, isozyme delt
1dka 2dkb 0.3 431 431 100 2,2-dialkylglycine decarboxylase (pyruvate)
1dkgA 1dkgA 0.0 158 158 100 nucleotide exchange factor grpe Mutant molecular chaper
1dkgB 1dkgA 5.4 151 151 100 nucleotide exchange factor grpe Mutant molecular chaper
1dkgD 1ba1 1.8 370 376 50 nucleotide exchange factor grpe Mutant molecular chaper
1dkj 3lzt 0.9 129 129 97 lysozyme
1dkkA 3lzt 0.8 129 129 97 lysozyme
1dkkB 3lzt 0.8 129 129 97 lysozyme
1dksA 1puc 2.2 53 76 51 cyclin dependent kinase subunit, type 1 (ckshs1)
1dksB 1puc 2.1 53 73 51 cyclin dependent kinase subunit, type 1 (ckshs1)
1dktA 1puc 2.1 53 72 51 cyclin dependent kinase subunit, type 1 (ckshs1)
1dktB 1puc 2.1 53 71 51 cyclin dependent kinase subunit, type 1 (ckshs1)
1dkxA 1dkzA 0.2 215 219 99 substrate binding domain of dnak biological_unit substr
1dkyA 1dkzA 1.0 211 211 100 dnak fragment peptide substrate
1dkyB 1dkzA 1.0 203 203 100 dnak fragment peptide substrate
1dkzA 1dkzA 0.0 215 215 100 substrate binding domain of dnak biological_unit substr
1dlaA 1frb 1.4 308 309 67 Aldose reductase
1dlaB 1frb 1.4 308 314 67 Aldose reductase
1dlaC 1frb 1.4 309 311 67 Aldose reductase
1dlaD 1frb 1.4 307 308 67 Aldose reductase
1dlc 1ciy 1.9 554 584 35 Delta-endotoxin cryiiia (bt13)
1dlhA 1iakA 0.8 179 180 56 Hla-dr1 (dra, drb1 0101) human class ii histocompatibil
1dlhB 1iakB 0.7 72 188 70 Hla-dr1 (dra, drb1 0101) human class ii histocompatibil
1dlhD 1iakA 0.8 179 180 56 Hla-dr1 (dra, drb1 0101) human class ii histocompatibil
1dlhE 1iakB 1.7 107 187 63 Hla-dr1 (dra, drb1 0101) human class ii histocompatibil
1dloA 1rthA 3.5 496 556 94 human immunodeficiency virus type 1 reverse transcripta
1dloB 1rthA 18.8 377 415 97 human immunodeficiency virus type 1 reverse transcripta
1dlr 1aoeA 2.3 152 186 39 Dihydrofolate reductase (dhfr) mutant with leu 22 repla
1dls 1aoeA 2.3 152 187 39 Dihydrofolate reductase (dhfr) mutant with leu 22 repla
1dmaA 1aerA 0.3 204 204 100 exotoxin a
1dmaB 1aerA 1.0 180 189 100 exotoxin a
1dmb 4mbp 3.4 369 370 100 D-maltodextrin-binding protein
1dmc 1dmc 0.0 31 31 100 Cd-6 metallothionein-1 (cd-6 mt) (alpha domain) (NMR, m
1dmd 1dmc 0.7 31 31 100 Cd-6 metallothionein-1 (cd-6 mt) (alpha domain) (NMR, 1
1dmo 1cll 7.5 56 148 91 calmodulin
1dmpA 1fmb 1.7 98 99 34 hiv-1 protease
1dmpB 1fmb 1.7 98 99 34 hiv-1 protease
1dmr 1dmr 0.0 779 779 100 dmso reductase biological_unit
1dms 1dmr 0.1 765 766 97 dmso reductase
1dmxA 2cba 0.9 235 236 53 murine carbonic anhydrase v (carbonate dehydrogenase, m
1dmxB 2cba 0.9 235 236 53 murine carbonic anhydrase v (carbonate dehydrogenase, m
1dmyA 2cba 1.0 235 236 53 murine carbonic anhydrase v (carbonate dehydrogenase, m
1dmyB 2cba 0.9 235 236 53 murine carbonic anhydrase v (carbonate dehydrogenase, m
1dnaA 1bkpA 1.8 259 264 36 thymidylate synthase Mutant biological_unit
1dnaB 1bkpA 1.7 259 264 36 thymidylate synthase Mutant biological_unit
1dnc 3grs 0.2 461 461 99 glutathione reductase
1dnkA 3dni 0.4 250 250 100 Deoxyribonuclease i (dnase i) complexed with DNA (5'-d(
1dnpA 1qnf 1.6 444 470 39 DNA photolyase (DNA cyclobutane dipyrimidine photolyase
1dnpB 1qnf 1.6 444 470 39 DNA photolyase (DNA cyclobutane dipyrimidine photolyase
1dnv 1dnv 0.0 415 415 100 galleria mellonella densovirus capsid protein biologica
1dob 1pbe 0.3 391 394 99 P-hydroxybenzoate hydroxylase mutant with tyr 222 repla
1doc 1pbe 0.2 391 394 99 P-hydroxybenzoate hydroxylase complexed with 4-hdroxybe
1dod 1pbe 0.2 391 394 99 P-hydroxybenzoate hydroxylase complexed with 2,4-dihydr
1doe 1pbe 0.2 391 394 99 P-hydroxybenzoate hydroxylase complexed with 2,4-dihydr
1dog 1ayx 1.9 422 470 36 Glucoamylase-471 (glucan 1,4-alpha-glucosidase) complex
1doi 1awd 1.5 94 128 37 2fe-2s ferredoxin
1dokA 1dokA 0.0 72 72 100 monocyte chemoattractant protein 1 (mcp-1, mcaf) Mutant
1dokB 1dokA 1.3 72 72 100 monocyte chemoattractant protein 1 (mcp-1, mcaf) Mutant
1dol 1dokA 2.0 71 71 100 monocyte chemoattractant protein 1 (mcp-1, mcaf) Mutant
1domA 1dokA 1.9 68 76 97 mcp-1 (mcaf)
1domB 1dokA 1.9 68 76 97 mcp-1 (mcaf)
1donA 1dokA 2.1 69 76 92 mcp-1 (mcaf)
1donB 1dokA 2.1 69 76 92 mcp-1 (mcaf)
1dorA 2dorA 0.1 311 311 100 dihydroorotate dehydrogenase a biological_unit
1dorB 2dorA 0.1 311 311 100 dihydroorotate dehydrogenase a biological_unit
1dosA 1dosA 0.0 343 343 100 aldolase class ii
1dosB 1dosA 1.2 331 343 98 aldolase class ii
1dot 1cb6A 4.9 584 686 50 duck ovotransferrin (dot)
1dox 1awd 3.0 64 96 67 ferredoxin [2fe-2s]
1doy 1awd 4.1 78 96 44 ferredoxin [2fe-2s]
1dpb 1eaf 0.2 243 243 99 Dihydrolipoyl transacetylase (catalytic domain (residue
1dpc 1eaf 0.2 243 243 99 Dihydrolipoyl transacetylase (catalytic domain (residue
1dpd 1eaf 0.2 243 243 99 Dihydrolipoyl transacetylase (catalytic domain (residue
1dpe 1dpe 0.0 507 507 100 dipeptide-binding protein (dipeptide permease)
1dpgA 1dpgA 0.0 485 485 100 glucose 6-phosphate dehydrogenase (g6pd) Mutant biologi
1dpgB 1dpgA 0.7 485 485 100 glucose 6-phosphate dehydrogenase (g6pd) Mutant biologi
1dpi 1taq 2.6 475 546 36 DNA polymerase i (klenow fragment) - dCMP complex
1dpmA 1pscA 0.2 329 329 99 phosphotriesterase
1dpmB 1pscA 0.2 329 329 99 phosphotriesterase
1dpo 5ptp 0.5 220 220 72 trypsin Mutant
1dppA 1dpe 6.5 507 507 99 dipeptide binding protein glycyl-l-leucine
1dppC 1dpe 6.5 507 507 99 dipeptide binding protein glycyl-l-leucine
1dppE 1dpe 6.5 507 507 99 dipeptide binding protein glycyl-l-leucine
1dppG 1dpe 6.5 507 507 99 dipeptide binding protein glycyl-l-leucine
1dprA 2tdx 1.5 132 134 99 diphtheria tox repressor (dtxr)
1dprB 2tdx 1.4 132 134 99 diphtheria tox repressor (dtxr)
1dpsA 1dpsA 0.0 159 159 100 dps (pexb) Mutant biological_unit
1dpsB 1dpsA 0.1 154 154 100 dps (pexb) Mutant biological_unit
1dpsC 1dpsA 0.1 154 154 100 dps (pexb) Mutant biological_unit
1dpsD 1dpsA 0.1 156 156 100 dps (pexb) Mutant biological_unit
1dpsE 1dpsA 0.1 154 154 100 dps (pexb) Mutant biological_unit
1dpsF 1dpsA 0.1 154 154 100 dps (pexb) Mutant biological_unit
1dpsG 1dpsA 0.1 154 154 100 dps (pexb) Mutant biological_unit
1dpsH 1dpsA 0.1 154 154 100 dps (pexb) Mutant biological_unit
1dpsI 1dpsA 0.1 154 154 100 dps (pexb) Mutant biological_unit
1dpsJ 1dpsA 0.1 154 154 100 dps (pexb) Mutant biological_unit
1dpsK 1dpsA 0.1 154 154 100 dps (pexb) Mutant biological_unit
1dpsL 1dpsA 0.1 154 154 100 dps (pexb) Mutant biological_unit
1dptA 1dptA 0.0 117 117 100 d-dopachrome tautomerase biological_unit
1dptB 1dptA 0.2 117 117 100 d-dopachrome tautomerase biological_unit
1dptC 1dptA 0.1 117 117 100 d-dopachrome tautomerase biological_unit
1dr1 1aoeA 2.3 152 186 37 Dihydrofolate reductase complex with nadp+ and biopteri
1dr2 1aoeA 2.4 153 186 36 Dihydrofolate reductase complex with oxidized thionicot
1dr3 1aoeA 2.2 152 186 37 Dihydrofolate reductase complex with oxidized thionicot
1dr4 1aoeA 2.3 153 186 36 Dihydrofolate reductase with cys 11 modified with methy
1dr5 1aoeA 2.2 153 186 36 Dihydrofolate reductase with cys 11 modified with methy
1dr6 1aoeA 2.3 153 186 36 Dihydrofolate reductase with cys 11 covalently bound to
1dr7 1aoeA 2.3 152 186 37 Dihydrofolate reductase with cys 11 covalently bound to
1draA 1vdrA 1.9 148 160 32 Dihydrofolate reductase (dhfr) mutant with asp 27 repla
1draB 1vdrA 1.8 148 160 32 Dihydrofolate reductase (dhfr) mutant with asp 27 repla
1drbA 1vdrA 1.9 148 160 32 Dihydrofolate reductase (dhfr) mutant with asp 27 repla
1drbB 1vdrA 1.8 148 160 32 Dihydrofolate reductase (dhfr) mutant with asp 27 repla
1dre 1vdrA 1.7 148 160 32 dihydrofolate reductase (dhfr) biological_unit
1drf 1aoeA 2.3 152 187 39 Dihydrofolate reductase complex with folate
1drh 1vdrA 1.7 148 159 32 Dihydrofolate reductase (5,6,7,8-tetrahydrofolate
1drj 2dri 0.2 271 271 99 D-ribose-binding protein mutant with gly 134 replaced b
1drk 2dri 0.2 271 271 99 D-ribose-binding protein mutant with ile 132 replaced b
1dro 1btn 2.9 96 122 38 beta-spectrin fragment
1drs 3ebx 2.8 51 59 55 Dendroaspin (mambin, s5c1SH04) (NMR, 39 STRUCTURES)
1dru 1drw 1.6 269 270 98 dihydrodipicolinate reductase (dhpr, dapb)
1drv 1drw 1.5 269 270 98 dihydrodipicolinate reductase (dhpr, dapb)
1drw 1drw 0.0 272 272 100 dihydrodipicolinate reductase (dhpr, dapb)
1drzA 1urnA 0.6 94 95 96 hepatitis delta virus genomic ribozyme fragment (hdv ri
1dsbA 1fvkA 0.2 188 188 100 Dsba (disulfide bond formation protein)
1dsbB 1fvkA 0.6 187 188 100 Dsba (disulfide bond formation protein)
1dsfH 1igtB 1.2 116 119 75 anticancer antibody b1 fragment (b1dsfv) Mutant
1dsfL 8fabA 1.6 104 112 44 anticancer antibody b1 fragment (b1dsfv) Mutant
1dshA 1abwA 0.3 138 140 99 Hemoglobin a (deoxy) mutant with arg a 141 and arg c 14
1dshB 1abwA 1.4 138 146 43 Hemoglobin a (deoxy) mutant with arg a 141 and arg c 14
1dshC 1abwA 0.3 140 140 99 Hemoglobin a (deoxy) mutant with arg a 141 and arg c 14
1dshD 1abwA 1.4 138 146 43 Hemoglobin a (deoxy) mutant with arg a 141 and arg c 14
1dsl 1amm 1.8 88 88 100 gamma b crystallin fragment
1dsn 1cb6A 5.1 230 315 94 lactoferrin fragment (nlf) Mutant
1dssG 1dssG 0.0 333 333 100 d-glyceraldehyde-3-phosphate-dehydrogenase fragment
1dssR 1dssG 0.2 333 333 100 d-glyceraldehyde-3-phosphate-dehydrogenase fragment
1dst 1a7s 1.8 196 228 37 factor d Mutant
1dsuA 1a7s 1.8 196 228 36 factor d
1dsuB 1a7s 1.5 207 227 37 factor d
1dthA 1atlA 0.3 200 202 100 atrolysin c (bb-94, batimastat, hemorrhagic toxin c, fo
1dthB 1atlA 0.3 200 202 100 atrolysin c (bb-94, batimastat, hemorrhagic toxin c, fo
1dtk 1bpi 1.5 57 57 42 Dendrotoxin k (NMR, 20 structures)
1dtn 2mnr 0.8 357 357 99 mandelate racemase Mutant
1dtp 1ddt 1.2 186 190 98 Diphtheria toxin catalytic domain (residues 1 - 190) co
1dts 1dai 0.3 219 220 100 Dethiobiotin synthase
1dtx 1bpi 1.2 57 59 37 Alpha-Dendrotoxin
1dubA 1nzyA 2.7 250 260 28 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
1dubB 1nzyA 2.7 250 259 28 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
1dubC 1nzyA 2.7 250 259 28 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
1dubD 1nzyA 2.7 250 260 28 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
1dubE 1nzyA 2.7 250 260 28 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
1dubF 1nzyA 2.7 250 259 28 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
1duc 1dun 0.3 118 118 100 deoxyuridine 5'-triphosphate nucleoditohydrolase (dutpa
1dud 1dupA 0.2 136 136 100 deoxyuridine 5'-triphosphate nucleotidohydrolase
1dun 1dun 0.0 120 120 100 deoxyuridine 5'-triphosphate nucleoditohydrolase (dutpa
1dupA 1dupA 0.0 136 136 100 deoxyuridine 5'-triphosphate nucleotidohydrolase (d-utp
1dutA 1dun 1.8 117 117 42 dutp pyrophosphatase (dutpase, deoxyuridine 5'-triphosp
1dutB 1dun 1.9 117 117 42 dutp pyrophosphatase (dutpase, deoxyuridine 5'-triphosp
1dvc 1stfI 1.7 97 98 53 stefin a (cystatin a)
1dvd 1stfI 2.5 98 98 53 stefin a (cystatin a)
1dvfA 8fabA 1.3 101 107 48 fv d1.3 fv e5.2
1dvfB 1mfa 1.2 112 116 40 fv d1.3 fv e5.2
1dvfC 8fabA 1.3 101 107 47 fv d1.3 fv e5.2
1dvfD 1mfa 1.2 101 120 62 fv d1.3 fv e5.2
1dvh 1c53 1.2 79 79 80 Cytochrome c553 (reduced) (NMR, 36 structures)
1dviA 1alvA 0.6 173 173 92 calpain fragment
1dviB 1alvA 0.7 173 173 92 calpain fragment
1dvrA 1zin 3.1 207 220 39 adenylate kinase (atp:amp-phosphotransferase, myokinase
1dvrB 1zin 2.8 204 220 37 adenylate kinase (atp:amp-phosphotransferase, myokinase
1dwbH 5ptp 1.5 222 257 38 Alpha-thrombin complex with (des-amino asp 55) hirudin
1dwcH 5ptp 1.4 221 257 38 Alpha-thrombin complex with (des-amino asp 55) hirudin
1dwdH 5ptp 1.4 221 257 38 Alpha-thrombin complex with (des-amino asp 55) hirudin
1dweH 5ptp 1.4 221 257 38 Alpha-thrombin complex with (des-amino asp 55) hirudin
1dxgA 1dxgA 0.0 36 36 100 desulforedoxin biological_unit
1dxgB 1dxgA 0.3 36 36 100 desulforedoxin biological_unit
1dxiA 4xis 0.8 384 388 91 D-xylose isomerase
1dxiB 4xis 0.9 385 388 92 D-xylose isomerase
1dxtA 1abwA 0.2 137 141 99 Hemoglobin (deoxy) mutant with additional met at the n-
1dxtB 1abwA 1.5 139 147 43 Hemoglobin (deoxy) mutant with additional met at the n-
1dxtC 1abwA 0.3 139 141 99 Hemoglobin (deoxy) mutant with additional met at the n-
1dxtD 1abwA 1.5 139 147 43 Hemoglobin (deoxy) mutant with additional met at the n-
1dxuA 1abwA 0.2 138 141 99 Hemoglobin (deoxy) mutant with val 1 replaced by met in
1dxuB 1abwA 1.5 139 146 43 Hemoglobin (deoxy) mutant with val 1 replaced by met in
1dxuC 1abwA 0.3 138 141 99 Hemoglobin (deoxy) mutant with val 1 replaced by met in
1dxuD 1abwA 1.5 139 146 43 Hemoglobin (deoxy) mutant with val 1 replaced by met in
1dxvA 1abwA 0.2 138 141 99 Hemoglobin (deoxy) mutant with val 1 replaced by ala in
1dxvB 1abwA 1.3 138 146 43 Hemoglobin (deoxy) mutant with val 1 replaced by ala in
1dxvC 1abwA 0.3 141 141 99 Hemoglobin (deoxy) mutant with val 1 replaced by ala in
1dxvD 1abwA 1.3 138 146 43 Hemoglobin (deoxy) mutant with val 1 replaced by ala in
1dxy 1dxy 0.0 330 330 100 d-2-hydroxyisocaproate dehydrogenase (d-hicdh, r-hicdh,
1dya 1l92 0.2 162 162 97 S==gamma97==-beta-mercaptoethanol lysozyme mutant with
1dyb 1l92 0.2 162 162 97 S==gamma97==-beta-mercaptoethanol lysozyme mutant with
1dyc 1l92 0.2 162 162 97 Lysozyme mutant with val 131 replaced by ile (v131i)
1dyd 1l92 0.2 162 162 97 S==gamma97==-beta-mercaptoethanol lysozyme mutant with
1dye 1l92 0.1 162 162 97 Lysozyme mutant with val 131 replaced by ser (v131s)
1dyf 1l92 0.2 162 162 97 S==gamma97==-beta-mercaptoethanol lysozyme mutant with
1dyg 1l92 0.2 162 162 97 S==gamma97==-beta-mercaptoethanol lysozyme mutant with
1dyhA 1vdrA 1.9 148 160 32 Dihydrofolate reductase (5,6,7,8-tetrahydrofolate:nadp+
1dyhB 1vdrA 1.7 148 160 32 Dihydrofolate reductase (5,6,7,8-tetrahydrofolate:nadp+
1dyiA 1vdrA 1.9 149 160 32 Dihydrofolate reductase (5,6,7,8-tetrahydrofolate:nadp+
1dyiB 1vdrA 1.7 148 160 32 Dihydrofolate reductase (5,6,7,8-tetrahydrofolate:nadp+
1dyjA 1vdrA 1.9 148 160 32 Dihydrofolate reductase (5,6,7,8-tetrahydrofolate:nadp+
1dyjB 1vdrA 1.7 148 160 32 Dihydrofolate reductase (5,6,7,8-tetrahydrofolate:nadp+
1dynA 1dynA 0.0 113 113 100 Dynamin (pleckstrin homology domain) (dynph)
1dynB 1dynA 1.2 112 113 100 Dynamin (pleckstrin homology domain) (dynph)
1dyr 1aoeA 2.2 185 205 36 dihydrofolate reductase
1e2aA 1e2aA 0.0 102 102 100 enzyme iia (enzyme iii, lactose-specific iia component)
1e2aB 1e2aA 0.5 102 102 100 enzyme iia (enzyme iii, lactose-specific iia component)
1e2aC 1e2aA 0.3 102 102 100 enzyme iia (enzyme iii, lactose-specific iia component)
1e2b 1iibA 1.7 103 106 100 enzyme iib-cellobiose Mutant
1e2o 1eaf 1.8 227 230 31 dihydrolipoamide succinyltransferase fragment (e2o) bio
1eaa 1eaf 0.3 243 243 100 Dihydrolipoyl transacetylase (catalytic domain (residue
1eab 1eaf 0.2 243 243 100 Dihydrolipoyl transacetylase (catalytic domain (residue
1eac 1eaf 0.2 243 243 100 Dihydrolipoyl transacetylase (catalytic domain (residue
1ead 1eaf 0.2 243 243 100 Dihydrolipoyl transacetylase (catalytic domain (residue
1eae 1eaf 0.2 243 243 100 Dihydrolipoyl transacetylase (catalytic domain (residue
1eaf 1eaf 0.0 243 243 100 Dihydrolipoyl transacetylase (catalytic domain (residue
1eagA 1eagA 0.0 339 339 100 aspartic proteinase (sap2 gene product) (sap2, candidap
1eah1 1pov1 1.0 228 272 82 poliovirus type 2 coat proteins vp1 to vp4
1eah2 1aym2 1.1 247 262 52 poliovirus type 2 coat proteins vp1 to vp4
1eah3 1aym3 0.9 234 235 48 poliovirus type 2 coat proteins vp1 to vp4
1eah4 1pvc4 0.9 61 68 92 poliovirus type 2 coat proteins vp1 to vp4
1eaiA 5ptp 1.2 221 240 38 elastase biological_unit chymotrypsinELASTASE ISOINHIBI
1eaiB 5ptp 1.2 221 240 38 elastase biological_unit chymotrypsinELASTASE ISOINHIBI
1eaiC 1eaiC 0.0 61 61 100 elastase biological_unit chymotrypsinELASTASE ISOINHIBI
1eaiD 1eaiC 0.4 61 61 100 elastase biological_unit chymotrypsinELASTASE ISOINHIBI
1eal 1hmt 1.7 125 127 27 ileal lipid binding protein (gastrotropin)
1eapA 8fabA 5.3 204 213 40 17e8 complexed with phenyl [1-(1-n-succinylamino)pentyl
1eapB 1mfa 1.1 114 216 66 17e8 complexed with phenyl [1-(1-n-succinylamino)pentyl
1eas 5ptp 1.2 217 240 38 Elastase complexed with 3-[[(methylamino) sulfonyl]amin
1eat 5ptp 1.3 217 240 38 Elastase complexed with 2-[5-methanesulfonylamino-2-(4-
1eau 5ptp 1.2 217 240 38 Elastase complexed with 2-[5-amino-6-oxo-2-(2-thienyl)-
1eayA 3chy 1.8 128 128 100 chey chea fragment
1eayB 3chy 1.8 128 128 100 chey chea fragment
1eayC 1eayC 0.0 67 67 100 chey chea fragment
1eayD 1eayC 0.6 67 69 100 chey chea fragment
1ebaA 1ebaA 0.0 212 212 100 epo receptor fragment (ebp) epo mimetics peptide 33 (em
1ebaB 1ebaA 1.0 206 207 100 epo receptor fragment (ebp) epo mimetics peptide 33 (em
1ebdA 1lvl 1.2 433 455 41 dihydrolipoamide dehydrogenase (e3bd) dihydrolipoamide
1ebdB 1lvl 1.2 433 455 41 dihydrolipoamide dehydrogenase (e3bd) dihydrolipoamide
1ebdC 1ebdC 0.0 41 41 100 dihydrolipoamide dehydrogenase (e3bd) dihydrolipoamide
1ebgA 4enl 1.2 432 436 99 Enolase (2-phospho-d-glycerate hydrolase) (apo form)
1ebgB 4enl 1.2 432 436 99 Enolase (2-phospho-d-glycerate hydrolase) (apo form)
1ebhA 4enl 0.3 436 436 99 Enolase (2-phospho-d-glycerate hydrolase) complexed wit
1ebhB 4enl 0.3 436 436 99 Enolase (2-phospho-d-glycerate hydrolase) complexed wit
1eboA 1eboA 0.0 112 112 100 ebola virus envelope protein chimera consisting of a fr
1eboB 1eboA 2.2 112 112 100 ebola virus envelope protein chimera consisting of a fr
1eboC 1eboA 2.2 111 111 100 ebola virus envelope protein chimera consisting of a fr
1eboD 1eboA 1.9 112 112 100 ebola virus envelope protein chimera consisting of a fr
1eboE 1eboA 2.3 111 111 100 ebola virus envelope protein chimera consisting of a fr
1eboF 1eboA 1.0 112 113 100 ebola virus envelope protein chimera consisting of a fr
1ebpA 1ebaA 0.6 208 211 100 epo receptor fragment (ebp) epo mimetics peptide 1 (emp
1ebpB 1ebaA 1.0 208 211 100 epo receptor fragment (ebp) epo mimetics peptide 1 (emp
1eca 1flp 1.9 133 136 31 Hemoglobin (erythrocruorin, aquo met)
1ecbA 1ecfB 1.0 468 475 100 glutamine phosphoribosylpyrophosphate amidotransferase
1ecbB 1ecfB 0.6 466 470 100 glutamine phosphoribosylpyrophosphate amidotransferase
1ecbC 1ecfB 1.2 468 482 100 glutamine phosphoribosylpyrophosphate amidotransferase
1ecbD 1ecfB 0.7 466 473 100 glutamine phosphoribosylpyrophosphate amidotransferase
1eccA 1ecfB 1.2 476 493 98 glutamine phosphoribosylpyrophosphate amidotransferase
1eccB 1ecfB 1.2 476 493 98 glutamine phosphoribosylpyrophosphate amidotransferase
1ecd 1flp 1.9 133 136 31 Hemoglobin (erythrocruorin, deoxy)
1eceA 1eceA 0.0 358 358 100 endocellulase e1 fragment (endo-1,4-beta-d-glucanase)
1eceB 1eceA 0.2 358 358 100 endocellulase e1 fragment (endo-1,4-beta-d-glucanase)
1ecfA 1ecfB 0.7 492 492 100 glutamine phosphoribosylpyrophosphate amidotransferase
1ecfB 1ecfB 0.0 500 500 100 glutamine phosphoribosylpyrophosphate amidotransferase
1ecgA 1ecfB 0.7 492 493 100 glutamine phosphoribosylpyrophosphate amidotransferase
1ecgB 1ecfB 0.1 500 501 100 glutamine phosphoribosylpyrophosphate amidotransferase
1eciA 1eciA 0.0 37 37 100 ectatomin
1eciB 1eciA 2.6 34 34 48 ectatomin
1ecjA 1ecfB 0.7 492 492 100 glutamine phosphoribosylpyrophosphate amidotransferase
1ecjB 1ecfB 0.4 492 492 100 glutamine phosphoribosylpyrophosphate amidotransferase
1ecjC 1ecfB 0.7 492 492 100 glutamine phosphoribosylpyrophosphate amidotransferase
1ecjD 1ecfB 0.4 492 492 100 glutamine phosphoribosylpyrophosphate amidotransferase
1ecl 1ecl 0.0 552 552 100 escherichia coli topoisomerase i (escherichia coli omeg
1ecmA 1ecmA 0.0 91 91 100 endo-oxabicyclic transition state analogue
1ecmB 1ecmA 0.4 90 95 100 endo-oxabicyclic transition state analogue
1ecn 1flp 1.9 133 136 31 Hemoglobin (erythrocruorin, cyano met)
1eco 1flp 1.9 133 136 31 Hemoglobin (erythrocruorin, carbonmonoxy)
1ecpA 1ecpA 0.0 237 237 100 purine nucleoside phosphorylase
1ecpB 1ecpA 0.3 237 237 100 purine nucleoside phosphorylase
1ecpC 1ecpA 0.3 237 237 100 purine nucleoside phosphorylase
1ecpD 1ecpA 0.4 237 237 100 purine nucleoside phosphorylase
1ecpE 1ecpA 0.4 237 237 100 purine nucleoside phosphorylase
1ecpF 1ecpA 0.3 237 237 100 purine nucleoside phosphorylase
1ecrA 1ecrA 0.0 305 305 100 replication terminator protein (tus) DNA 16mer duplex r
1ecy 1sluA 1.4 131 142 99 ecotin
1eczA 1sluA 1.2 131 142 99 ecotin
1eczB 1sluA 1.2 131 142 99 ecotin
1edb 1be0 0.3 310 310 99 Haloalkane dehalogenase complex with chloride at ph 6.2
1edd 1be0 0.3 310 310 99 Haloalkane dehalogenase complex with chloride at ph 8
1ede 1be0 0.3 310 310 99 Haloalkane dehalogenase at ph 8.2
1edg 1edg 0.0 380 380 100 endoglucanase a fragment (endo-(1,4)-beta-glucanase, ce
1edhA 1edhA 0.0 211 211 100 e-cadherin (epithelial cadherin domains 1 and 2, ecad12
1edhB 1edhA 0.5 211 211 100 e-cadherin (epithelial cadherin domains 1 and 2, ecad12
1edi 1fc2C 1.3 41 56 71 staphylococcal protein a fragment
1edj 1fc2C 1.3 41 56 71 staphylococcal protein a fragment
1edk 1fc2C 1.4 41 56 71 staphylococcal protein a fragment
1edl 1fc2C 2.0 40 56 71 staphylococcal protein a fragment
1edmB 1edmB 0.0 39 39 100 factor ix fragment
1edmC 1edmB 0.4 39 39 100 factor ix fragment
1edt 2ebn 2.1 259 265 33 Endo-beta-n-acetylglucosaminidase h, endo h
1eea 2bce 2.0 488 526 32 acetylcholinesterase biological_unit
1eedP 1bxo 1.4 296 330 54 Endothiapepsin complex with the cyclohexyl renin inhibi
1efcA 1efcA 0.0 386 386 100 elongation factor (eftu) biological_unit
1efcB 1efcA 1.1 386 386 100 elongation factor (eftu) biological_unit
1efgA 1dar 1.0 575 592 94 Elongation factor g complexed with guanosine 5'-diphosp
1efm 1efcA 1.6 146 158 57 Trypsin-modified elongation factor tu (EF-Tu-GDP)
1efnA 1bbzA 1.6 55 57 48 fyn tyrosine kinase fragment (src-homology 3 domain) Mu
1efnB 1efnB 0.0 104 104 100 fyn tyrosine kinase fragment (src-homology 3 domain) Mu
1efnC 1bbzA 1.4 55 57 48 fyn tyrosine kinase fragment (src-homology 3 domain) Mu
1efnD 1efnB 0.7 104 104 100 fyn tyrosine kinase fragment (src-homology 3 domain) Mu
1efrA 1skyB 1.6 476 487 59 bovine mitochondrial f1-atpase (f1-atpase) efrapeptin
1efrB 1skyB 1.1 475 487 59 bovine mitochondrial f1-atpase (f1-atpase) efrapeptin
1efrC 1skyB 1.7 476 492 59 bovine mitochondrial f1-atpase (f1-atpase) efrapeptin
1efrD 1skyE 3.6 426 467 71 bovine mitochondrial f1-atpase (f1-atpase) efrapeptin
1efrE 1skyE 1.0 459 466 71 bovine mitochondrial f1-atpase (f1-atpase) efrapeptin
1efrF 1skyE 3.7 460 466 71 bovine mitochondrial f1-atpase (f1-atpase) efrapeptin
1efrG 1bmfG 0.3 122 122 100 bovine mitochondrial f1-atpase (f1-atpase) efrapeptin
1eft 1efcA 5.8 263 405 60 Elongation factor tu (ef-tu) complexed with guanosine-5
1efuA 1efcA 4.4 235 363 83 elongation factor tu (elongation factor for transfer, h
1efuB 1efuB 0.0 282 282 100 elongation factor tu (elongation factor for transfer, h
1efuC 1efcA 4.5 235 363 82 elongation factor tu (elongation factor for transfer, h
1efuD 1efuB 1.1 282 282 100 elongation factor tu (elongation factor for transfer, h
1efvA 1efvA 0.0 312 312 100 electron transfer flavoprotein (etf, hetf, electron tra
1efvB 1efvB 0.0 252 252 100 electron transfer flavoprotein (etf, hetf, electron tra
1eg1A 1celA 2.0 358 371 48 endoglucanase i fragment (egi, endo-1,4-beta-glucanase
1eg1C 1celA 2.0 358 371 48 endoglucanase i fragment (egi, endo-1,4-beta-glucanase
1egcA 3mdeA 0.4 385 387 88 medium chain acyl-coa dehydrogenase Mutant biological_u
1egcB 3mdeA 0.4 385 387 88 medium chain acyl-coa dehydrogenase Mutant biological_u
1egcC 3mdeA 0.4 385 387 88 medium chain acyl-coa dehydrogenase Mutant biological_u
1egcD 3mdeA 0.5 385 387 88 medium chain acyl-coa dehydrogenase Mutant biological_u
1egdA 3mdeA 0.4 385 387 88 medium chain acyl-coa dehydrogenase Mutant biological_u
1egdB 3mdeA 0.3 385 387 88 medium chain acyl-coa dehydrogenase Mutant biological_u
1egdC 3mdeA 0.3 385 387 88 medium chain acyl-coa dehydrogenase Mutant biological_u
1egdD 3mdeA 0.4 385 387 88 medium chain acyl-coa dehydrogenase Mutant biological_u
1egeA 3mdeA 0.5 385 387 89 medium chain acyl-coa dehydrogenase biological_unit
1egeB 3mdeA 0.4 385 387 89 medium chain acyl-coa dehydrogenase biological_unit
1egeC 3mdeA 0.4 385 387 89 medium chain acyl-coa dehydrogenase biological_unit
1egeD 3mdeA 0.5 385 387 89 medium chain acyl-coa dehydrogenase biological_unit
1egf 1egf 0.0 53 53 100 Epidermal growth factor (egf) (NMR, 16 structures)
1egl 1egpA 1.9 34 70 98 Eglin c (NMR, 25 structures)
1ego 1kte 2.5 79 85 33 Glutaredoxin (oxidized) (NMR, 20 structures)
1egpA 1egpA 0.0 39 39 100 eglin-c
1egr 1kte 2.4 79 85 33 Glutaredoxin (reduced) (NMR, 20 structures)
1egzA 1a3h 1.1 282 291 42 endoglucanase z fragment (egz, cel5) biological_unit
1egzB 1a3h 1.1 282 291 42 endoglucanase z fragment (egz, cel5) biological_unit
1egzC 1a3h 1.1 282 291 42 endoglucanase z fragment (egz, cel5) biological_unit
1ehc 3chy 0.2 128 128 99 chey Mutant
1ehs 1ehs 0.0 48 48 100 heat-stable enterotoxin b (stb)
1eia 1eia 0.0 207 207 100 eiav capsid protein p26
1eif 1bkb 1.6 127 128 45 eukaryotic translation initiation factor 5a biological_
1eit 1eit 0.0 36 36 100 mu-agatoxin-i (mu-aga-i)
1elaA 5ptp 1.2 217 240 38 Elastase complexed with trifluoroacetyl-l-lysyl-l-proly
1elbA 5ptp 1.3 217 240 38 Elastase complexed with trifluoroacetyl-l- lysyl-l-leuc
1elcA 5ptp 1.2 217 240 38 Elastase complexed with trifluoroacetyl-l-phenylalanyl-
1eldE 5ptp 1.2 217 240 38 Elastase complexed with trifluoroacetyl-l- phenylalanyl
1eleE 5ptp 1.2 217 240 38 Elastase complexed with trifluoroacetyl-l- valyl-l-alan
1elf 5ptp 1.2 217 240 38 Elastase complexed with n-(tert- butoxycarbonyl-alanyl-
1elg 5ptp 1.3 217 240 38 Elastase complexed with n-(tert- butoxycarbonyl-alanyl-
1elo 1dar 1.2 599 632 99 elongation factor g (translocase)
1elpA 1amm 0.7 173 173 81 gamma-d crystallin
1elpB 1amm 0.5 173 173 81 gamma-d crystallin
1els 4enl 0.5 433 436 100 Enolase (2-phospho-d-glycerate hydrolase) complexed wit
1elt 5ptp 1.6 207 236 38 elastase
1elxA 1b8jA 0.5 449 449 99 alkaline phosphatase Mutant biological_unit
1elxB 1b8jA 0.5 449 449 99 alkaline phosphatase Mutant biological_unit
1elyA 1b8jA 0.5 449 449 99 alkaline phosphatase Mutant biological_unit
1elyB 1b8jA 0.5 449 449 99 alkaline phosphatase Mutant biological_unit
1elzA 1b8jA 0.5 448 449 99 alkaline phosphatase Mutant biological_unit
1elzB 1b8jA 0.5 448 449 99 alkaline phosphatase Mutant biological_unit
1ema 1ema 0.0 225 225 100 green fluorescent protein Mutant
1emb 1ema 0.3 225 225 98 green fluorescent protein (gfp) Mutant
1emcA 1ema 0.3 223 224 97 green fluorescent protein (gfp) Mutant biological_unit
1emcB 1ema 0.3 223 224 97 green fluorescent protein (gfp) Mutant biological_unit
1emcC 1ema 0.3 223 225 97 green fluorescent protein (gfp) Mutant biological_unit
1emcD 1ema 0.3 223 224 97 green fluorescent protein (gfp) Mutant biological_unit
1emd 2cmd 0.1 312 312 100 Malate dehydrogenase
1eme 1ema 0.3 221 222 97 green fluorescent protein (gfp) Mutant biological_unit
1emf 1ema 0.3 221 222 97 green fluorescent protein (gfp) Mutant biological_unit
1emk 1ema 0.3 221 221 97 green fluorescent protein (gfp) Mutant biological_unit
1eml 1ema 0.4 220 220 97 green fluorescent protein (gfp) Mutant biological_unit
1emm 1ema 0.4 220 220 97 green fluorescent protein (gfp) Mutant biological_unit
1emn 1emn 0.0 82 82 100 fibrillin fragment
1emo 1emn 0.8 82 82 100 fibrillin fragment
1emy 1a6m 1.6 134 153 75 Myoglobin complexed with cyanide
1ena 1snc 0.6 135 135 99 Staphylococcal nuclease mutation with asp 21 replaced b
1enc 1snc 0.3 135 135 99 Staphylococcal nuclease mutant with asp 21 replaced by
1enh 2hddA 0.7 52 54 99 Engrailed homeodomain
1eni 2end 0.3 137 137 99 Endonuclease v mutant with arg 3 replaced by gln (r3q)
1enj 2end 0.3 137 137 99 Endonuclease v mutant with glu 23 replaced by gln (e23q
1enk 2end 0.3 137 137 99 Endonuclease v mutant with glu 23 replaced by asp (e23d
1eno 1enp 0.2 297 297 100 enoyl acyl carrier protein reductase Mutant
1enp 1enp 0.0 297 297 100 enoyl acyl carrier protein reductase Mutant
1enqA 1nls 0.8 230 230 100 concanavalin a (con a)
1enqB 1nls 1.0 230 232 100 concanavalin a (con a)
1enqC 1nls 0.9 230 230 100 concanavalin a (con a)
1enqD 1nls 0.8 224 224 100 concanavalin a (con a)
1enr 1nls 0.3 237 237 100 concanavalin a (con a)
1ensA 1nls 0.8 223 223 100 concanavalin a (con a)
1ensB 1nls 0.8 221 223 100 concanavalin a (con a)
1entE 1bxo 1.4 295 330 54 Endothiapepsin complex with the inhibitor pd130328
1envA 1envA 0.0 115 115 100 hiv-1 envelope protein chimera consisting of a fragment
1enxA 1xnb 1.5 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1enxB 1xnb 1.4 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1eny 1eny 0.0 268 268 100 enoyl-acyl carrier protein (acp) reductase (inha)
1enz 1eny 0.3 268 268 99 enoyl-acyl carrier protein (acp) reductase (inha) Mutan
1eot 1dokA 3.3 67 74 66 eotaxin biological_unit
1epaA 1epaA 0.0 151 151 100 Epididymal retinoic acid-binding protein (androgen depe
1epaB 1epaA 1.0 151 155 100 Epididymal retinoic acid-binding protein (androgen depe
1epbA 1epaA 0.4 151 151 100 Epididymal retinoic acid-binding protein (androgen depe
1epbB 1epaA 1.1 151 155 100 Epididymal retinoic acid-binding protein (androgen depe
1epg 1egf 3.4 45 53 100 Epidermal growth factor (egf) in ph 2 solution (NMR, mi
1eph 1egf 4.3 45 53 92 Epidermal growth factor (egf) in ph 2 solution (NMR, 10
1epi 1egf 4.4 50 53 95 Epidermal growth factor (egf) in ph 6.8 solution (NMR,
1epj 1egf 5.3 52 53 93 Epidermal growth factor (egf) in ph 6.8 solution (NMR,
1eplE 1bxo 1.5 295 330 54 Endothia aspartic proteinase (endothiapepsin) complexed
1epmE 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complexed
1epnE 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complexed
1epoE 1bxo 1.5 295 330 54 Endothia aspartic proteinase (endothiapepsin) complexed
1eppE 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complexed
1epqE 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complexed
1eprE 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complexed
1eps 1eps 0.0 427 427 100 5-enol-pyruvyl-3-phosphate synthase
1eptA 5ptp 0.4 43 43 91 Porcine e-trypsin
1eptB 5ptp 0.5 82 82 76 Porcine e-trypsin
1eptC 5ptp 0.9 96 98 79 Porcine e-trypsin
1equ 1equ 0.0 568 568 100 dhes_human biological_unit
1er8E 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complex w
1era 3ebx 1.4 62 62 100 Erabutoxin b (NMR, minimized average structure)
1erb 1aqb 0.3 172 172 96 Retinol binding protein complex with n-ethyl retinamide
1erc 2erl 1.3 40 40 100 Pheromone er-1 (NMR, 20 structures)
1erd 1erd 0.0 40 40 100 Pheromone er-2 (NMR, 20 structures)
1ereA 3erdA 1.2 202 235 95 estrogen receptor fragment (estrogen receptor, er-lbd,
1ereB 3erdA 1.2 202 235 95 estrogen receptor fragment (estrogen receptor, er-lbd,
1ereC 3erdA 1.2 202 235 95 estrogen receptor fragment (estrogen receptor, er-lbd,
1ereD 3erdA 1.2 202 235 95 estrogen receptor fragment (estrogen receptor, er-lbd,
1ereE 3erdA 1.2 202 235 95 estrogen receptor fragment (estrogen receptor, er-lbd,
1ereF 3erdA 1.2 202 235 95 estrogen receptor fragment (estrogen receptor, er-lbd,
1erg 1cds 1.9 70 70 100 Human complement regulatory protein cd59 (extracellular
1erh 1cds 2.1 69 70 100 Human complement regulatory protein cd59 (extracellular
1eriA 1eriA 0.0 261 261 100 Eco ri endonuclease (endodeoxyribonuclease ecori) compl
1erk 1p38 2.1 262 357 50 extracellular regulated kinase 2 (mitogen activated pro
1erp 2erl 1.4 36 38 43 Pheromone er-10 (NMR, 20 structures)
1errA 3erdA 1.7 205 225 93 estrogen receptor fragment (estrogen receptor, er-lbd,
1errB 3erdA 1.7 201 223 94 estrogen receptor fragment (estrogen receptor, er-lbd,
1ert 1erv 0.2 105 105 99 thioredoxin
1eru 1erv 0.3 105 105 99 thioredoxin
1erv 1erv 0.0 105 105 100 thioredoxin Mutant
1erw 1erv 0.3 105 105 97 thioredoxin Mutant
1ery 1ery 0.0 38 38 100 pheromone er-11 (euplomone r11)
1esa 5ptp 1.7 208 240 38 Elastase low temperature form (-45 c)
1esb 5ptp 1.6 208 241 38 Elastase complexed with n-carbobenzoxy-l-alanyl-p-nitro
1esc 1esc 0.0 302 302 100 esterase
1esd 1esc 0.2 302 302 100 esterase
1ese 1esc 0.2 302 302 100 esterase
1esfA 3seb 2.1 211 229 36 staphylococcal enterotoxin a
1esfB 3seb 2.0 210 228 36 staphylococcal enterotoxin a
1esl 1esl 0.0 157 157 100 E-selectin (lectin and egf domains, residues 1 - 157) (
1eso 1yaiA 1.1 150 154 50 cu, zn superoxide dismutase (sod) biological_unit
1esp 1hyt 0.8 316 317 72 neutral protease mutant e144s Mutant
1est 5ptp 1.3 217 240 38 Tosyl-elastase
1eta1 1etb1 0.2 118 128 99 Transthyretin (prealbumin) naturally occurring variant
1eta2 1etb1 1.3 118 128 99 Transthyretin (prealbumin) naturally occurring variant
1etb1 1etb1 0.0 118 118 100 Transthyretin (prealbumin) mutant with ala 109 replaced
1etb2 1etb1 1.1 117 117 100 Transthyretin (prealbumin) mutant with ala 109 replaced
1etc 1awcA 3.5 72 105 56 murine ets-1 transcription factor
1etd 1awcA 3.4 69 106 60 murine ets-1 transcription factor
1ethA 1bu8 1.4 418 448 70 triacylglycerol acyl-hydrolase (triacylglycerol lipase)
1ethB 1lpbA 0.5 85 87 100 triacylglycerol acyl-hydrolase (triacylglycerol lipase)
1ethC 1bu8 1.4 418 448 70 triacylglycerol acyl-hydrolase (triacylglycerol lipase)
1ethD 1lpbA 0.6 85 87 100 triacylglycerol acyl-hydrolase (triacylglycerol lipase)
1etjA 1nwpA 0.8 127 128 66 azurin Mutant
1etjB 1nwpA 0.8 127 128 66 azurin Mutant
1etjC 1nwpA 0.7 127 128 66 azurin Mutant
1etjD 1nwpA 0.8 127 128 66 azurin Mutant
1etpA 1etpA 0.0 190 190 100 cytochrome c4
1etpB 1etpA 0.5 190 190 100 cytochrome c4
1etrH 5ptp 1.4 221 259 37 Epsilon-thrombin non-covalent complex with mqpa
1etrL 1ppbL 4.0 33 36 68 Epsilon-thrombin non-covalent complex with mqpa
1etsH 5ptp 1.5 222 259 37 Epsilon-thrombin non-covalent complex with napap
1etsL 1ppbL 2.7 32 36 70 Epsilon-thrombin non-covalent complex with napap
1ettH 5ptp 1.5 221 259 37 Epsilon-thrombin non-covalent complex with 4-tapap
1ettL 1ppbL 3.9 33 36 68 Epsilon-thrombin non-covalent complex with 4-tapap
1etu 1efcA 1.4 164 177 96 Elongation factor tu (domain i) - Guanosine diphosphate
1eur 1eut 0.7 361 361 99 sialidase (neuraminidase)
1eus 1eut 0.7 358 358 99 sialidase (neuraminidase)
1eut 1eut 0.0 601 601 100 sialidase (neuraminidase)
1euu 1eut 0.2 600 601 100 sialidase (neuraminidase)
1ev11 1pov1 1.6 219 281 47 echovirus 1 fragment
1ev12 1aym2 1.5 250 254 53 echovirus 1 fragment
1ev13 1aym3 0.9 237 239 48 echovirus 1 fragment
1ev14 1pvc4 3.1 61 61 74 echovirus 1 fragment
1eve 2bce 2.1 489 534 32 acetylcholinesterase biological_unit
1exfA 1agjA 0.5 241 241 100 exfoliatve toxin a (eta) glycine
1exg 1exg 0.0 110 110 100 Exo-1,4-beta-d-glycanase (cellulase, xylanase) (binding
1exh 1exg 0.4 110 110 100 Exo-1,4-beta-d-glycanase (cellulase, xylanase) (binding
1exnA 1exnA 0.0 271 271 100 5'-exonuclease (5'-nuclease) 5'-3' exonuclease; Mutan
1exnB 1exnA 0.4 271 272 100 5'-exonuclease (5'-nuclease) 5'-3' exonuclease; Mutan
1exp 1xyzA 1.4 310 312 41 beta-1,4-d-glycanase cex-cd fragment (cellobiohydrolase
1extA 1extA 0.0 160 160 100 tumor necrosis factor receptor fragment
1extB 1extA 1.4 156 158 100 tumor necrosis factor receptor fragment
1eza 1zymA 1.6 247 259 100 enzyme i fragment
1ezb 1zymA 2.0 246 259 98 enzyme i fragment
1ezc 1zymA 1.6 247 259 100 enzyme i fragment
1ezd 1zymA 1.7 247 259 100 enzyme i fragment
1ezm 1hyt 2.1 280 298 31 Elastase (zinc metalloprotease)
1f13A 1f13A 0.0 721 721 100 cellular coagulation factor xiii zymogen fragment (cfxi
1f13B 1f13A 0.5 717 718 100 cellular coagulation factor xiii zymogen fragment (cfxi
1f36A 1fipA 0.8 73 89 97 fis Mutant biological_unit
1f36B 1fipA 0.8 73 89 97 fis Mutant biological_unit
1f3g 1gpr 1.5 149 150 42 Phosphocarrier iii==glc===fast=
1f3z 1gpr 1.5 149 150 42 glucose-specific phosphocarrier (eiia-glc)
1f58H 1igtB 2.4 183 228 60 igg1 fab 58.2 fragment (fab 58.2) biological_unit gp120
1f58L 8fabA 4.6 157 216 41 igg1 fab 58.2 fragment (fab 58.2) biological_unit gp120
1fagA 1bu7A 1.2 455 455 100 cytochrome p450 bm-3 fragment (p450 102, fatty acid hyd
1fagB 1bu7A 1.2 455 455 100 cytochrome p450 bm-3 fragment (p450 102, fatty acid hyd
1fagC 1bu7A 1.2 455 455 100 cytochrome p450 bm-3 fragment (p450 102, fatty acid hyd
1fagD 1bu7A 1.2 455 455 100 cytochrome p450 bm-3 fragment (p450 102, fatty acid hyd
1fahA 1bu7A 0.7 454 455 99 cytochrome p450 bm-3 fragment (p450 102, fatty acid hyd
1fahB 1bu7A 1.1 454 455 99 cytochrome p450 bm-3 fragment (p450 102, fatty acid hyd
1faiH 1mfa 1.0 117 221 64 Fab fragment from a monoclonal anti-arsonate antibody,
1faiL 8fabA 4.8 201 214 41 Fab fragment from a monoclonal anti-arsonate antibody,
1faj 2prd 1.2 165 168 48 soluble inorganic pyrophosphatase
1fan 1bpi 0.4 56 58 99 Bovine pancreatic trypsin inhibitor (bpti) mutant with
1fapA 1fkj 0.5 107 107 100 fk506-binding protein (fkbp12) frap fragment (fkbp-rapa
1fapB 1nsgB 0.3 94 95 100 fk506-binding protein (fkbp12) frap fragment (fkbp-rapa
1faq 1far 2.0 51 52 100 raf-1 fragment
1far 1far 0.0 52 52 100 raf-1 fragment
1fas 3ebx 2.2 55 61 35 Fasciculin 1
1fatA 1led 1.6 224 232 48 phytohemagglutinin-l (leucoagglutinating phytohemagglut
1fatB 1led 1.6 224 233 48 phytohemagglutinin-l (leucoagglutinating phytohemagglut
1fatC 1led 1.6 224 232 48 phytohemagglutinin-l (leucoagglutinating phytohemagglut
1fatD 1led 1.6 223 231 48 phytohemagglutinin-l (leucoagglutinating phytohemagglut
1faxA 5ptp 1.4 221 235 36 factor xa (stuart factor) Mutant
1faxL 1hcgB 0.9 50 55 99 factor xa (stuart factor) Mutant
1fbaA 1fbaA 0.0 360 360 100 Fructose-1,6-bisphosphate aldolase
1fbaB 1fbaA 0.2 360 360 100 Fructose-1,6-bisphosphate aldolase
1fbaC 1fbaA 0.2 360 360 100 Fructose-1,6-bisphosphate aldolase
1fbaD 1fbaA 0.3 360 360 100 Fructose-1,6-bisphosphate aldolase
1fbcA 1frpA 1.1 310 312 100 Fructose-1,6-bisphosphatase complex with 2,5-anhydroglu
1fbcB 1frpA 1.1 309 314 100 Fructose-1,6-bisphosphatase complex with 2,5-anhydroglu
1fbdA 1frpA 1.1 310 312 100 Fructose-1,6-bisphosphatase complex with 2,5-anhydroglu
1fbdB 1frpA 1.2 310 314 100 Fructose-1,6-bisphosphatase complex with 2,5-anhydroglu
1fbeA 1frpA 1.1 310 312 100 Fructose-1,6-bisphosphatase complex with 2,5-anhydroglu
1fbeB 1frpA 1.2 310 314 100 Fructose-1,6-bisphosphatase complex with 2,5-anhydroglu
1fbfA 1frpA 1.1 310 312 100 Fructose-1,6-bisphosphatase complex with 2,5-anhydroman
1fbfB 1frpA 1.1 310 314 100 Fructose-1,6-bisphosphatase complex with 2,5-anhydroman
1fbgA 1frpA 1.1 310 312 100 Fructose-1,6-bisphosphatase complex with 2,5-anhydroman
1fbgB 1frpA 1.2 310 314 100 Fructose-1,6-bisphosphatase complex with 2,5-anhydroman
1fbhA 1frpA 1.2 311 316 100 Fructose-1,6-bisphosphatase complex with fructose-1,6-b
1fbhB 1frpA 1.2 311 317 100 Fructose-1,6-bisphosphatase complex with fructose-1,6-b
1fbiH 1mfa 1.3 117 221 65 Fab fragment of the monoclonal antibody f9.13.7 (igg1)
1fbiL 8fabA 4.5 203 214 40 Fab fragment of the monoclonal antibody f9.13.7 (igg1)
1fbiP 8fabA 4.6 201 214 40 Fab fragment of the monoclonal antibody f9.13.7 (igg1)
1fbiQ 1igtB 3.0 216 221 65 Fab fragment of the monoclonal antibody f9.13.7 (igg1)
1fbiX 3lzt 1.0 129 129 92 Fab fragment of the monoclonal antibody f9.13.7 (igg1)
1fbiY 3lzt 1.2 129 129 92 Fab fragment of the monoclonal antibody f9.13.7 (igg1)
1fbl 1hfc 0.5 157 367 91 fibroblast (interstitial) collagenase (mmp-1)
1fbpA 1frpA 0.9 310 316 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fbpB 1frpA 0.9 310 316 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fbr 1fbr 0.0 93 93 100 fibronectin
1fbtA 1bif 0.9 177 190 81 fructose-2,6-bisphosphatase (d-fructose-2,6-bisphosphat
1fbtB 1bif 1.0 177 190 81 fructose-2,6-bisphosphatase (d-fructose-2,6-bisphosphat
1fc1A 1igtB 1.7 206 206 63 Fc fragment (igg1 class)
1fc1B 1igtB 1.3 206 206 63 Fc fragment (igg1 class)
1fc2C 1fc2C 0.0 43 43 100 Immunoglobulin fc and fragment b of protein a complex
1fc2D 1igtB 1.5 206 206 63 Immunoglobulin fc and fragment b of protein a complex
1fca 2fdn 0.3 55 55 93 Ferredoxin
1fcbA 1gox 1.4 327 494 41 Flavocytochrome b=2=
1fcbB 1gox 1.3 327 399 41 Flavocytochrome b=2=
1fccA 1igtB 1.6 206 206 63 Immunoglobin fc (igg1) complexed with protein g (c2 fra
1fccC 2igd 0.6 56 56 93 Immunoglobin fc (igg1) complexed with protein g (c2 fra
1fcdA 1fcdA 0.0 401 401 100 Flavocytochrome c sulfide dehydrogenase (fcsd)
1fcdB 1fcdA 0.8 401 401 100 Flavocytochrome c sulfide dehydrogenase (fcsd)
1fcdC 1fcdC 0.0 174 174 100 Flavocytochrome c sulfide dehydrogenase (fcsd)
1fcdD 1fcdC 0.6 174 174 100 Flavocytochrome c sulfide dehydrogenase (fcsd)
1fcpA 1by5A 0.5 687 705 98 ferric hydroxamate uptake receptor (fhua) Mutant
1fcs 1a6m 1.5 134 154 92 Myoglobin mutant with his 64 replaced by val and thr 67
1fct 1fct 0.0 32 32 100 Ferredoxin chloroplastic transit peptide sequence from
1fd2 7fd1 0.3 106 106 99 Ferredoxin (mutant with cys 20 replaced by ala) (C20A)
1fda 7fd1 0.2 106 106 100 Ferredoxin (oxidized) at ph 6
1fdb 7fd1 0.2 106 106 100 Ferredoxin (reduced) at ph 6
1fdd 7fd1 0.2 106 106 99 Ferredoxin mutant with asp 15 replaced by asn (d15n)
1fdhA 1abwA 0.4 138 141 99 Hemoglobin (deoxy, human fetal f=II=)
1fdhG 1abwA 1.4 138 146 41 Hemoglobin (deoxy, human fetal f=II=)
1fdi 1aa6 0.8 695 715 100 formate dehydrogenase h (fdh-h) biological_unit
1fdk 1poa 1.3 117 123 57 phospholipase a2
1fdlH 1igtB 2.4 215 218 65 IgG1 fab fragment (anti-lysozyme antibody d1.3, kappa)
1fdlL 8fabA 5.1 203 214 42 IgG1 fab fragment (anti-lysozyme antibody d1.3, kappa)
1fdlY 3lzt 0.7 129 129 100 IgG1 fab fragment (anti-lysozyme antibody d1.3, kappa)
1fdm 1fdm 0.0 50 50 100 fd major coat protein (fd coat protein)
1fdn 2fdn 0.3 55 55 100 Ferredoxin
1fdo 1aa6 0.8 695 715 100 formate dehydrogenase h (fdh-h) biological_unit
1fdr 1fdr 0.0 244 244 100 flavodoxin reductase (ferredoxin reductase) Mutant biol
1fds 1equ 0.8 279 282 99 17-beta-hydroxysteroid-dehydrogenase
1fdt 1equ 0.8 279 285 99 17-beta-hydroxysteroid-dehydrogenase biological_unit
1fduA 1equ 0.8 275 281 99 17-beta-hydroxysteroid dehydrogenase Mutant biological_
1fduB 1equ 0.9 274 280 99 17-beta-hydroxysteroid dehydrogenase Mutant biological_
1fduC 1equ 0.8 275 285 99 17-beta-hydroxysteroid dehydrogenase Mutant biological_
1fduD 1equ 1.1 275 281 98 17-beta-hydroxysteroid dehydrogenase Mutant biological_
1fdvA 1equ 0.8 279 285 99 17-beta-hydroxysteroid dehydrogenase Mutant biological_
1fdvB 1equ 0.8 273 275 99 17-beta-hydroxysteroid dehydrogenase Mutant biological_
1fdvC 1equ 0.8 279 285 99 17-beta-hydroxysteroid dehydrogenase Mutant biological_
1fdvD 1equ 0.7 273 275 99 17-beta-hydroxysteroid dehydrogenase Mutant biological_
1fdw 1equ 0.8 277 279 99 17-beta-hydroxysteroid dehydrogenase Mutant biological_
1fdx 2fdn 0.6 53 54 68 Ferredoxin
1fdyA 1nal3 0.5 289 292 98 n-acetylneuraminate lyase (n-acetylneuraminic acid aldo
1fdyB 1nal3 0.3 290 291 99 n-acetylneuraminate lyase (n-acetylneuraminic acid aldo
1fdyC 1nal3 0.5 289 291 98 n-acetylneuraminate lyase (n-acetylneuraminic acid aldo
1fdyD 1nal3 0.5 289 291 98 n-acetylneuraminate lyase (n-acetylneuraminic acid aldo
1fdzA 1nal3 0.5 289 292 98 n-acetylneuraminate lyase (n-acetylneuraminic acid aldo
1fdzB 1nal3 0.3 290 291 99 n-acetylneuraminate lyase (n-acetylneuraminic acid aldo
1fdzC 1nal3 0.5 289 291 98 n-acetylneuraminate lyase (n-acetylneuraminic acid aldo
1fdzD 1nal3 0.5 289 292 98 n-acetylneuraminate lyase (n-acetylneuraminic acid aldo
1feaA 3grs 1.3 443 487 37 trypanothione reductase biological_unit
1feaB 3grs 1.3 443 484 37 trypanothione reductase biological_unit
1feaC 3grs 1.2 443 487 37 trypanothione reductase biological_unit
1feaD 3grs 1.3 443 484 37 trypanothione reductase biological_unit
1febA 3grs 1.3 443 487 37 trypanothione reductase biological_unit
1febB 3grs 1.3 443 484 37 trypanothione reductase biological_unit
1fecA 3grs 1.3 443 485 37 trypanothione reductase biological_unit
1fecB 3grs 1.3 443 485 37 trypanothione reductase biological_unit
1fehA 1fehA 0.0 574 574 100 hydrogenase biological_unit
1fel 1aqb 0.4 174 174 96 Retinol binding protein complexed with fenretinide (fen
1fem 1aqb 0.4 175 176 96 Retinol binding protein complexed with retinoic acid (r
1fen 1aqb 0.4 175 176 96 Retinol binding protein complexed with axerophthene (ax
1fep 1fep 0.0 680 680 100 ferric enterobactin receptor fragment (fepa) biological
1fer 7fd1 0.2 106 106 100 Ferredoxin i (ph 6.5)
1ffa 1cex 0.1 197 197 99 cutinase Mutant
1ffb 1cex 0.6 197 197 99 cutinase Mutant
1ffc 1cex 0.1 197 197 99 cutinase Mutant
1ffd 1cex 0.1 197 197 99 cutinase Mutant
1ffe 1cex 0.1 197 197 99 cutinase Mutant
1ffh 1ffh 0.0 287 287 100 ffh fragment
1fga 1bfg 0.4 124 124 98 Basic fibroblast growth factor (hbFGF) determined with
1fgbD 3chbD 0.5 103 103 99 cholera toxin b subunit pentamer (choleragenoid)
1fgbE 3chbD 0.4 103 103 99 cholera toxin b subunit pentamer (choleragenoid)
1fgbF 3chbD 0.5 103 103 99 cholera toxin b subunit pentamer (choleragenoid)
1fgbG 3chbD 0.5 103 103 99 cholera toxin b subunit pentamer (choleragenoid)
1fgbH 3chbD 0.5 103 103 99 cholera toxin b subunit pentamer (choleragenoid)
1fgh 1amj 0.5 752 753 100 aconitase
1fgiA 1fgkA 1.3 220 283 91 fgf receptor 1 fragment (fgfr1k) Mutant
1fgiB 1fgkA 1.4 220 272 91 fgf receptor 1 fragment (fgfr1k) Mutant
1fgjA 1fgjA 0.0 499 499 100 hydroxylamine oxidoreductase
1fgjB 1fgjA 0.4 499 499 100 hydroxylamine oxidoreductase
1fgkA 1fgkA 0.0 278 278 100 fgf receptor 1 fragment (fgfr1k, fibroblast growth fact
1fgkB 1fgkA 0.3 264 272 100 fgf receptor 1 fragment (fgfr1k, fibroblast growth fact
1fglA 2cpl 0.3 164 165 100 cyclophilin a hiv-1 gag protein fragment
1fgnH 1igtB 3.4 212 214 70 immunoglobulin fab 5g9 fragment (fab, fab light chain,
1fgp 1g3p 2.2 63 70 97 fd gene 3 protein fragment
1fgvH 1igtB 1.1 118 120 69 Fv fragment of a humanized version of the anti-cd18 ant
1fgvL 8fabA 1.3 101 107 50 Fv fragment of a humanized version of the anti-cd18 ant
1fha 2fha 0.2 168 170 100 Ferritin (h-chain) mutant (lys 86 replaced by gln) (k86
1fhb 1ycc 1.6 108 108 97 ferricytochrome c (met80ala-iso-1-ferricytochrome c (is
1fhe 1b8xA 1.4 202 214 56 glutathione transferase (gst) biological_unit
1fhi 1fit 0.3 125 125 98 fragile histidine triad protein (fhit) biological_unit
1fhp1 1fhp1 0.0 188 188 100 polg_fmdvo fragment (fmdv)
1fhp2 1fhp2 0.0 216 216 100 polg_fmdvo fragment (fmdv)
1fhp3 1fhp3 0.0 220 220 100 polg_fmdvo fragment (fmdv)
1fhp4 1fhp4 0.0 46 46 100 polg_fmdvo fragment (fmdv)
1fhs 1griA 5.0 109 112 92 growth factor receptor bound protein-2 fragment (grb2)
1fht 1urnA 2.0 90 116 92 u1 small nuclear ribonucleoprotein a fragment (u1a117)
1fiaA 1fipA 0.3 73 79 99 Fis protein (factor for inversion stimulation)
1fiaB 1fipA 0.5 73 78 99 Fis protein (factor for inversion stimulation)
1fib 3fib 0.1 248 248 100 gamma-fibrinogen carboxyl terminal fragment fragment
1ficA 3fib 0.4 248 259 100 gamma fibrinogen fragment
1ficB 3fib 0.4 248 255 100 gamma fibrinogen fragment
1fid 3fib 0.5 248 258 100 gamma fibrinogen fragment
1fieA 1f13A 0.5 701 703 99 coagulation factor xiii fragment
1fieB 1f13A 0.5 700 712 99 coagulation factor xiii fragment
1figH 1igtB 3.0 178 216 60 Immunoglobulin g1 (kappa light chain) fab' fragment
1figL 8fabA 7.3 173 215 44 Immunoglobulin g1 (kappa light chain) fab' fragment
1fik 1pne 0.8 139 139 95 profilin
1fil 1pne 0.8 139 139 95 profilin
1fim 1dptA 1.5 103 103 32 macrophage migration inhibitory factor Mutant
1finA 1p38 2.3 265 298 37 cyclin-dependent kinase 2 (cdk2) cyclin a fragment
1finB 1vin 0.4 252 260 97 cyclin-dependent kinase 2 (cdk2) cyclin a fragment
1finC 1p38 2.3 265 298 37 cyclin-dependent kinase 2 (cdk2) cyclin a fragment
1finD 1vin 0.4 252 260 97 cyclin-dependent kinase 2 (cdk2) cyclin a fragment
1fipA 1fipA 0.0 73 73 100 Fis protein (factor for inversion stimulation) mutant w
1fipB 1fipA 0.5 73 73 100 Fis protein (factor for inversion stimulation) mutant w
1fit 1fit 0.0 126 126 100 fragile histidine protein (fhit, fragile histidine tria
1fivA 1fmb 1.8 102 113 29 feline immunodeficiency virus protease
1fiy 1fiy 0.0 873 873 100 phosphoenolpyruvate carboxylase (pepc) biological_unit
1fjlA 2hddA 0.6 55 65 40 paired protein fragment Mutant DNA
1fjlB 2hddA 0.5 53 57 40 paired protein fragment Mutant DNA
1fjlC 2hddA 0.6 54 59 41 paired protein fragment Mutant DNA
1fjmA 1auiA 1.6 285 294 38 protein serineTHREONINE PHOSPHATASE-1 (alpha isoform, t
1fjmB 1auiA 1.6 285 289 38 protein serineTHREONINE PHOSPHATASE-1 (alpha isoform, t
1fkb 1fkj 0.7 107 107 100 Fk506 binding protein (fkbp) complex with immunosuppres
1fkd 1fkj 0.1 107 107 100 Fk506 binding protein (12 kda, human) complex with the
1fkf 1fkj 0.1 107 107 100 FK506 binding protein (FKBP) complex with immunosuppres
1fkg 1fkj 0.4 107 107 100 Fk506 binding protein (fkbp) complex with rotamase inhi
1fkh 1fkj 0.4 107 107 100 Fk506 binding protein (fkbp) complex with rotamase inhi
1fkiA 1fkj 0.5 107 107 100 Fk506 binding protein (fkbp) complex with rotamase inhi
1fkiB 1fkj 0.5 107 107 100 Fk506 binding protein (fkbp) complex with rotamase inhi
1fkj 1fkj 0.0 107 107 100 fk506 binding protein (fkbp12)
1fkk 1fkj 0.5 107 107 97 fk506 binding protein (fkbp12)
1fkl 1fkj 0.7 107 107 97 fk506 binding protein (fkbp12, fkbp)
1fkr 1fkj 1.4 107 107 100 Fk506 and rapamycin-binding protein (fkbp12) (NMR, 20 s
1fks 1fkj 1.3 107 107 100 Fk506 and rapamycin-binding protein (fkbp12) (NMR, mini
1fkt 1fkj 1.4 107 107 100 Fk506 and rapamycin-binding protein (fkbp12) (NMR, mini
1fkw 1a4mA 0.3 348 348 99 adenosine deaminase Mutant
1fkx 1a4mA 0.3 348 348 99 adenosine deaminase Mutant
1fla 5nul 0.2 138 138 99 flavodoxin Mutant biological_unit
1fld 5nul 0.2 138 138 100 flavodoxin Mutant biological_unit
1fleE 5ptp 1.1 221 240 38 elastase elafin (skin-derived antileukoproteinase (skal
1fleI 1fleI 0.0 47 47 100 elastase elafin (skin-derived antileukoproteinase (skal
1fliA 1awcA 2.9 84 98 56 fli-1 engineered; DNA (5'-d(CpCpCpGpApCpCpGpGpApApGpT
1fln 5nul 0.3 138 138 98 flavodoxin Mutant biological_unit
1flp 1flp 0.0 142 142 100 Hemoglobin i (monomeric) (ferric)
1flrH 1igtB 3.1 207 215 82 4-4-20 (igG2a=kappa=) fab fragment
1flrL 8fabA 4.3 204 219 43 4-4-20 (igG2a=kappa=) fab fragment
1fltV 1vpfA 0.6 94 95 100 vascular endothelial growth factor fragment (vegf, vpf)
1fltW 1vpfA 0.6 94 98 100 vascular endothelial growth factor fragment (vegf, vpf)
1fltX 1fltX 0.0 95 95 100 vascular endothelial growth factor fragment (vegf, vpf)
1fltY 1fltX 0.4 94 94 100 vascular endothelial growth factor fragment (vegf, vpf)
1flv 1rcf 0.9 168 168 100 Flavodoxin
1fmb 1fmb 0.0 104 104 100 eiav protease Mutant
1fmcA 1cydA 1.5 237 255 31 7 alpha-hydroxysteroid dehydrogenase biological_unit
1fmcB 1cydA 1.5 237 255 31 7 alpha-hydroxysteroid dehydrogenase biological_unit
1fmd1 1fhp1 0.6 184 187 74 Foot and mouth disease virus type c-s8c1
1fmd2 1fhp2 0.7 210 218 80 Foot and mouth disease virus type c-s8c1
1fmd3 1fhp3 0.8 217 219 85 Foot and mouth disease virus type c-s8c1
1fmd4 1fhp4 0.5 45 46 100 Foot and mouth disease virus type c-s8c1
1fmk 1fmk 0.0 438 438 100 tyrosine-protein kinase src fragment (c-src, p60-src)
1fmoE 1cdkA 0.4 338 338 96 camp-dependent protein kinase fragment (capk, pka) heat
1fmp 1mrj 1.3 240 267 38 Ricin complex with formycin-5'-monophosphate
1fmtA 1fmtA 0.0 308 308 100 methionyl-trna fmet formyltransferase (10-formyltetrahy
1fmtB 1fmtA 1.1 307 307 100 methionyl-trna fmet formyltransferase (10-formyltetrahy
1fna 1fnf 1.8 88 91 98 Fibronectin cell-adhesion module type iii-10
1fnb 1fnc 0.3 296 296 100 Ferredoxin:nadp+ oxidoreductase (ferredoxin reductase,
1fnc 1fnc 0.0 296 296 100 Ferredoxin:nadp+ oxidoreductase (ferredoxin reductase,
1fnd 1fnc 0.1 296 296 100 Ferredoxin:nadp+ oxidoreductase (ferredoxin reductase,
1fnf 1fnf 0.0 368 368 100 fibronectin
1fnhA 1fnhA 0.0 269 269 100 fibronectin fragment
1fod1 1fhp1 0.8 186 210 98 Foot-and-mouth disease virus (reduced)
1fod2 1fhp2 0.4 210 214 97 Foot-and-mouth disease virus (reduced)
1fod3 1fhp3 1.1 218 220 98 Foot-and-mouth disease virus (reduced)
1fod4 1fhp4 1.1 46 46 100 Foot-and-mouth disease virus (reduced)
1fohA 1fohA 0.0 649 649 100 phenol hydroxylase biological_unit
1fohB 1fohA 0.2 648 651 100 phenol hydroxylase biological_unit
1fohC 1fohA 1.1 619 656 98 phenol hydroxylase biological_unit
1fohD 1fohA 1.1 620 654 98 phenol hydroxylase biological_unit
1fokA 2fokA 1.2 553 568 100 foki restriction endonuclease (r.Foki) biological_unit
1fonA 5ptp 2.0 198 232 41 procarboxypeptidase a-s6 fragment (bovine subunit iii)
1fonB 5ptp 2.0 198 232 41 procarboxypeptidase a-s6 fragment (bovine subunit iii)
1forH 1igtB 1.4 187 219 71 Igg2a fab fragment (fab17-ia) (orthorhombic crystal for
1forL 8fabA 6.5 200 210 43 Igg2a fab fragment (fab17-ia) (orthorhombic crystal for
1fosE 1fosE 0.0 60 60 100 C-jun proto-oncogene (transcription factor ap-1) dimeri
1fosF 1fosF 0.0 57 57 100 C-jun proto-oncogene (transcription factor ap-1) dimeri
1fosG 1fosE 1.4 59 59 100 C-jun proto-oncogene (transcription factor ap-1) dimeri
1fosH 1fosF 1.0 57 58 100 C-jun proto-oncogene (transcription factor ap-1) dimeri
1fow 1fow 0.0 76 76 100 l11-c76 fragment Mutant
1fox 1fow 2.4 74 76 85 l11-c76 fragment Mutant
1foy 1fow 2.5 71 76 82 ribosomal protein l11 fragment Mutant biological_unit
1fpbA 1frpA 1.0 310 313 100 Fructose-1,6-bisphosphatase complex with fructose-2,6-b
1fpbB 1frpA 1.1 310 313 100 Fructose-1,6-bisphosphatase complex with fructose-2,6-b
1fpcH 5ptp 1.3 215 248 39 Alpha-thrombin ternary complex with exosite inhibitor h
1fpdA 1frpA 0.4 317 317 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpdB 1frpA 0.4 317 317 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpeA 1frpA 0.4 317 317 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpeB 1frpA 0.5 317 317 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpfA 1frpA 0.4 317 317 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpfB 1frpA 0.5 317 317 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpgA 1frpA 0.4 317 317 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpgB 1frpA 0.5 317 317 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fphH 5ptp 1.4 221 259 38 Alpha-thrombin ternary complex with hirudin and fibrino
1fphL 1ppbL 2.1 29 36 94 Alpha-thrombin ternary complex with hirudin and fibrino
1fpiA 1frpA 0.4 317 317 100 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpiB 1frpA 0.4 317 317 100 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpjA 1frpA 0.4 317 317 100 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpjB 1frpA 0.4 317 317 100 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpkA 1frpA 1.1 310 312 100 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fpkB 1frpA 1.2 310 312 100 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fplA 1frpA 0.4 317 317 100 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fplB 1frpA 0.4 317 317 100 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1fps 1uby 0.8 348 348 99 Avian farnesyl diphosphate synthase (fps)
1fptH 1mfa 1.1 116 220 64 Igg2a fab fragment (c3) complexed with poliovirus type
1fpv 2cas 0.8 546 548 97 Feline panleukopenia virus (strain b) viral protein 2
1fr5A 1msc 2.0 124 125 84 bacteriophage fr capsid Mutant
1fr5B 1msc 1.5 115 116 83 bacteriophage fr capsid Mutant
1fr5C 1msc 1.8 124 125 84 bacteriophage fr capsid Mutant
1fra 3ebx 1.4 62 62 100 Erabutoxin b (NMR, 14 structures)
1frb 1frb 0.0 314 314 100 fr-1 protein
1frd 1awd 0.7 94 98 62 Heterocyst [2fe-2s] ferredoxin (oxidized, recombinant f
1fre 1fre 0.0 39 39 100 nuclear factor xnf7 fragment
1frfL 2frvB 0.9 529 543 65 hydrogenase (cytochrome c3 hydrogenase) biological_unit
1frfS 2frvA 0.7 258 261 68 hydrogenase (cytochrome c3 hydrogenase) biological_unit
1frgH 1igtB 2.0 206 220 85 Igg2a fab fragment (fab 269) COMPLEXED WITH INFLUENZA h
1frgL 8fabA 4.9 204 217 42 Igg2a fab fragment (fab 269) COMPLEXED WITH INFLUENZA h
1frh 7fd1 0.2 106 106 99 Ferredoxin (fdi) mutant with phe 2 replaced by tyr (f2y
1fri 7fd1 0.2 106 106 99 Ferredoxin (fdi) mutant with asp 23 replaced by asn (d2
1frj 7fd1 0.2 106 106 99 Ferredoxin (fdi) mutant with phe 25 replaced by ile (f2
1frk 7fd1 0.2 106 106 99 Ferredoxin (fdi) mutant with his 35 replaced by asp (h3
1frl 7fd1 0.2 106 106 99 Ferredoxin (fdi) mutant with glu 38 replaced by ser (e3
1frm 7fd1 0.2 106 106 99 Ferredoxin (fdi) mutant with glu 46 replaced by ala (e4
1frn 1fnc 0.3 296 296 99 Ferredoxin
1froA 1bh5A 0.5 175 176 99 lactoylglutathione lyase (glyoxalase i) biological_unit
1froB 1bh5A 0.5 175 176 99 lactoylglutathione lyase (glyoxalase i) biological_unit
1froC 1bh5A 0.5 175 176 99 lactoylglutathione lyase (glyoxalase i) biological_unit
1froD 1bh5A 0.5 175 176 99 lactoylglutathione lyase (glyoxalase i) biological_unit
1frpA 1frpA 0.0 320 320 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1frpB 1frpA 0.2 320 320 100 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1frq 1fnc 0.3 296 296 99 ferredoxin:nadp+ oxidoreductase Mutant
1frrA 1awd 0.9 94 95 69 Ferredoxin i
1frrB 1awd 0.9 94 95 69 Ferredoxin i
1frsA 1msc 1.9 118 129 86 bacteriophage fr capsid
1frsB 1msc 2.4 126 129 80 bacteriophage fr capsid
1frsC 1msc 2.7 127 129 84 bacteriophage fr capsid
1frtA 1agdA 4.0 259 269 28 Fc receptor (neonatal) complexed with fc (igg) (fcFCRN
1frtB 1agdB 0.6 97 99 75 Fc receptor (neonatal) complexed with fc (igg) (fcFCRN
1frtC 1igtB 1.4 205 205 63 Fc receptor (neonatal) complexed with fc (igg) (fcFCRN
1frvA 2frvA 0.5 261 262 99 hydrogenase (cytochrome-c3 hydrogenase)
1frvB 2frvB 0.4 530 530 99 hydrogenase (cytochrome-c3 hydrogenase)
1frvC 2frvA 0.5 261 262 99 hydrogenase (cytochrome-c3 hydrogenase)
1frvD 2frvB 0.5 530 530 99 hydrogenase (cytochrome-c3 hydrogenase)
1frx 7fd1 0.3 106 106 99 Ferredoxin (fdi) mutant with cys 20 replaced by ser (c2
1fsaA 1frpA 0.6 320 337 99 fructose 1,6-bisphosphatase Mutant
1fsaB 1frpA 0.6 320 337 99 fructose 1,6-bisphosphatase Mutant
1fsb 1fsb 0.0 40 40 100 p-selectin fragment
1fsc 3ebx 3.0 56 61 34 Fasciculin 2 (synchrotron x-ray diffraction)
1fslA 2gdm 1.6 143 143 57 leghemoglobin a
1fslB 2gdm 1.6 143 143 57 leghemoglobin a
1fsp 1srrA 1.4 119 124 99 stage 0 sporulation protein f (spo0f) biological_unit
1fssA 2bce 2.0 488 532 32 acetylcholinesterase fasciculin ii
1fssB 3ebx 3.0 56 61 34 acetylcholinesterase fasciculin ii
1fsu 1auk 2.4 419 474 29 n-acetylgalactosamine-4-sulfatase (arylsulfatase b, asb
1fsz 1fsz 0.0 334 334 100 ftsz (sulb)
1ft1A 1ft1A 0.0 315 315 100 protein farnesyltransferase
1ft1B 1ft1B 0.0 416 416 100 protein farnesyltransferase
1ft2A 1ft1A 0.2 315 315 100 protein farnesyltransferase biological_unit
1ft2B 1ft1B 0.3 401 401 100 protein farnesyltransferase biological_unit
1ftaA 1frpA 0.5 319 319 90 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1ftaB 1frpA 0.5 317 317 90 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1ftaC 1frpA 0.5 317 317 90 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1ftaD 1frpA 0.6 318 318 90 fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1ftcA 7fd1 0.2 106 106 99 ferredoxin Mutant
1ftcB 7fd1 0.2 106 106 99 ferredoxin Mutant
1ftg 1rcf 1.0 168 168 100 apoflavodoxin
1ftn 1mh1 1.2 175 177 56 transforming protein rhoa (h12) Mutant
1ftpA 1hmt 1.7 124 133 42 Fatty-acid-binding protein
1ftpB 1hmt 1.6 130 133 42 Fatty-acid-binding protein
1ftrA 1ftrA 0.0 296 296 100 formylmethanofuran:tetrahydromethanopterin formyltransf
1ftrB 1ftrA 0.3 296 296 100 formylmethanofuran:tetrahydromethanopterin formyltransf
1ftrC 1ftrA 0.1 296 296 100 formylmethanofuran:tetrahydromethanopterin formyltransf
1ftrD 1ftrA 0.3 296 296 100 formylmethanofuran:tetrahydromethanopterin formyltransf
1fts 1ffh 2.3 271 295 34 ftsy fragment
1ftt 2hddA 1.4 54 68 39 thyroid transcription factor 1 homeodomain (ttf-1 hd)
1ftz 2hddA 1.4 54 70 43 Fushi tarazu protein (homeodomain) (NMR, 20 structures)
1fua 2fua 0.2 206 206 100 l-fuculose-1-phosphate aldolase
1fugA 1mxb 0.9 376 383 97 s-adenosylmethionine synthetase (mat, atp:l-methionine
1fugB 1mxb 0.9 376 383 98 s-adenosylmethionine synthetase (mat, atp:l-methionine
1fuiA 1fuiA 0.0 591 591 100 l-fucose isomerase biological_unit
1fuiB 1fuiA 0.2 590 591 100 l-fucose isomerase biological_unit
1fuiC 1fuiA 0.3 590 591 100 l-fucose isomerase biological_unit
1fuiD 1fuiA 0.6 590 591 100 l-fucose isomerase biological_unit
1fuiE 1fuiA 0.2 590 591 100 l-fucose isomerase biological_unit
1fuiF 1fuiA 0.3 590 591 100 l-fucose isomerase biological_unit
1fujA 1a7s 1.4 197 221 47 pr3 (myeloblastin)
1fujB 1a7s 1.4 197 221 47 pr3 (myeloblastin)
1fujC 1a7s 1.3 197 221 47 pr3 (myeloblastin)
1fujD 1a7s 1.4 198 221 47 pr3 (myeloblastin)
1fuoA 1furA 0.2 451 456 99 fumarase c (fumc)
1fuoB 1furA 0.3 451 455 99 fumarase c (fumc)
1fupA 1furA 0.2 455 455 99 fumarase c (fumc)
1fupB 1furA 0.3 451 455 99 fumarase c (fumc)
1fuqA 1furA 0.2 456 456 99 fumarase c (fumc) biological_unit
1fuqB 1furA 0.4 452 455 99 fumarase c (fumc) biological_unit
1furA 1furA 0.0 456 456 100 fumarase c (fumc) Mutant biological_unit
1furB 1furA 0.3 452 455 100 fumarase c (fumc) Mutant biological_unit
1fus 9rnt 1.0 100 106 60 Ribonuclease f1
1fut 9rnt 1.1 101 106 60 Ribonuclease f1 complex with guanosine-2'-monophosphate
1fvcA 8fabA 1.2 102 109 49 Fv fragment of humanized antibody 4d5, version 8
1fvcB 1igtB 1.2 118 120 70 Fv fragment of humanized antibody 4d5, version 8
1fvcC 8fabA 1.2 102 108 49 Fv fragment of humanized antibody 4d5, version 8
1fvcD 1igtB 1.2 118 120 70 Fv fragment of humanized antibody 4d5, version 8
1fvdA 8fabA 5.8 202 214 42 Fab fragment of humanized antibody 4d5, version 4
1fvdB 1igtB 1.2 208 223 69 Fab fragment of humanized antibody 4d5, version 4
1fvdC 8fabA 6.1 202 214 42 Fab fragment of humanized antibody 4d5, version 4
1fvdD 1igtB 1.3 208 223 69 Fab fragment of humanized antibody 4d5, version 4
1fveA 8fabA 5.8 202 214 42 Fab fragment of humanized antibody 4d5, version 7
1fveB 1igtB 1.1 208 223 69 Fab fragment of humanized antibody 4d5, version 7
1fveC 8fabA 6.3 202 214 42 Fab fragment of humanized antibody 4d5, version 7
1fveD 1igtB 1.3 208 223 69 Fab fragment of humanized antibody 4d5, version 7
1fvjA 1fvkA 0.1 188 188 99 disulfide bond formation protein (dsba) Mutant
1fvjB 1fvkA 0.6 187 188 99 disulfide bond formation protein (dsba) Mutant
1fvkA 1fvkA 0.0 188 188 100 disulfide bond formation protein (dsba)
1fvkB 1fvkA 0.6 187 188 100 disulfide bond formation protein (dsba)
1fvl 1fvl 0.0 70 70 100 flavoridin
1fvpA 1nfp 1.0 228 231 56 flavoprotein 390 (fp390)
1fvpB 1nfp 1.1 228 231 56 flavoprotein 390 (fp390)
1fvx 5nul 0.2 138 138 99 flavodoxin Mutant biological_unit
1fwaA 1ubpA 0.5 100 100 73 urease (urea amidohydrolase) Mutant
1fwaB 1ubpB 0.7 101 101 54 urease (urea amidohydrolase) Mutant
1fwaC 1ubpC 1.0 565 566 64 urease (urea amidohydrolase) Mutant
1fwbA 1ubpA 0.5 100 100 73 urease (urea amidohydrolase) Mutant
1fwbB 1ubpB 0.7 101 101 54 urease (urea amidohydrolase) Mutant
1fwbC 1ubpC 1.0 565 566 64 urease (urea amidohydrolase) Mutant
1fwcA 1ubpA 0.5 100 100 73 urease (urea amidohydrolase) Mutant
1fwcB 1ubpB 0.7 101 101 54 urease (urea amidohydrolase) Mutant
1fwcC 1ubpC 1.0 565 566 64 urease (urea amidohydrolase) Mutant
1fwdA 1ubpA 0.5 100 100 73 urease (urea amidohydrolase) Mutant
1fwdB 1ubpB 0.7 101 101 54 urease (urea amidohydrolase) Mutant
1fwdC 1ubpC 1.0 565 566 64 urease (urea amidohydrolase) Mutant
1fweA 1ubpA 0.5 100 100 73 urease (urea amidohydrolase) Mutant
1fweB 1ubpB 0.7 101 101 54 urease (urea amidohydrolase) Mutant
1fweC 1ubpC 0.7 552 552 64 urease (urea amidohydrolase) Mutant
1fwfA 1ubpA 0.5 100 100 73 urease (urea amidohydrolase) Mutant
1fwfB 1ubpB 0.7 101 101 54 urease (urea amidohydrolase) Mutant
1fwfC 1ubpC 0.6 551 551 64 urease (urea amidohydrolase) Mutant
1fwgA 1ubpA 0.5 100 100 73 urease (urea amidohydrolase) Mutant
1fwgB 1ubpB 0.7 101 101 54 urease (urea amidohydrolase) Mutant
1fwgC 1ubpC 0.9 565 566 64 urease (urea amidohydrolase) Mutant
1fwhA 1ubpA 0.5 100 100 73 urease (urea amidohydrolase) Mutant
1fwhB 1ubpB 0.7 101 101 54 urease (urea amidohydrolase) Mutant
1fwhC 1ubpC 0.7 565 566 64 urease (urea amidohydrolase) Mutant
1fwiA 1ubpA 0.5 100 100 73 urease (urea amidohydrolase) Mutant
1fwiB 1ubpB 0.7 101 101 54 urease (urea amidohydrolase) Mutant
1fwiC 1ubpC 0.6 551 551 64 urease (urea amidohydrolase) Mutant
1fwjA 1ubpA 0.5 100 100 73 urease (urea amidohydrolase)
1fwjB 1ubpB 0.7 101 101 54 urease (urea amidohydrolase)
1fwjC 1ubpC 0.9 565 566 64 urease (urea amidohydrolase)
1fwp 1eayC 2.4 67 69 100 chea fragment (p2 domain of chea)
1fx1 1rcf 1.7 142 147 30 Flavodoxin
1fxaA 1awd 0.8 94 98 69 [2Fe-2S] ferredoxin
1fxaB 1awd 0.8 94 98 69 [2Fe-2S] ferredoxin
1fxd 1fxd 0.0 58 58 100 Ferredoxin ii
1fxiA 1awd 0.9 92 96 64 Ferredoxin i
1fxiB 1awd 0.9 92 96 64 Ferredoxin i
1fxiC 1awd 0.9 92 96 64 Ferredoxin i
1fxiD 1awd 1.0 92 96 64 Ferredoxin i
1fxrA 1fxd 1.6 58 64 43 Ferredoxin i (4fe-4s)
1fxrB 1fxd 1.6 58 64 43 Ferredoxin i (4fe-4s)
1fxyA 5ptp 1.5 219 228 55 coagulation factor xa-trypsin chimera Mutant d-phe-pro-
1fyc 1fyc 0.0 106 106 100 dihydrolipoamide acetyltransferase (e2p) fragment
1fynA 1bbzA 1.7 56 62 47 phosphotransferase fyn fragment (proto-oncogene tyrosin
1fzaA 1fzcA 1.3 73 85 92 fibrinogen fragment
1fzaB 3fib 1.8 243 313 43 fibrinogen fragment
1fzaC 3fib 0.6 248 309 100 fibrinogen fragment
1fzaD 1fzcA 1.3 73 85 92 fibrinogen fragment
1fzaE 3fib 1.8 243 313 43 fibrinogen fragment
1fzaF 3fib 0.6 248 309 100 fibrinogen fragment
1fzbA 1fzcA 1.1 74 81 100 fibrinogen fragment peptide ligand gprg
1fzbB 3fib 1.8 244 312 42 fibrinogen fragment peptide ligand gprg
1fzbC 3fib 0.6 248 309 100 fibrinogen fragment peptide ligand gprg
1fzbD 1fzcA 1.1 74 81 100 fibrinogen fragment peptide ligand gprg
1fzbE 3fib 1.7 243 312 43 fibrinogen fragment peptide ligand gprg
1fzbF 3fib 0.6 248 311 100 fibrinogen fragment peptide ligand gprg
1fzcA 1fzcA 0.0 74 74 100 fibrin fragment
1fzcB 3fib 1.7 243 308 43 fibrin fragment
1fzcC 3fib 0.6 243 301 100 fibrin fragment
1fzcD 1fzcA 0.2 74 74 100 fibrin fragment
1fzcE 3fib 1.7 243 308 43 fibrin fragment
1fzcF 3fib 0.6 242 301 100 fibrin fragment
1fzdA 3fib 1.2 194 197 46 fibrinogen-420 fragment
1fzdB 3fib 1.2 194 197 46 fibrinogen-420 fragment
1fzdC 3fib 1.5 194 197 46 fibrinogen-420 fragment
1fzdD 3fib 1.6 194 197 46 fibrinogen-420 fragment
1fzdE 3fib 1.1 194 197 46 fibrinogen-420 fragment
1fzdF 3fib 1.2 194 197 46 fibrinogen-420 fragment
1fzdG 3fib 1.2 194 197 46 fibrinogen-420 fragment
1fzdH 3fib 1.1 194 197 46 fibrinogen-420 fragment
1g31A 1g31A 0.0 107 107 100 gp31 biological_unit
1g31B 1g31A 0.3 107 107 100 gp31 biological_unit
1g31C 1g31A 0.3 107 107 100 gp31 biological_unit
1g31D 1g31A 0.2 107 107 100 gp31 biological_unit
1g31E 1g31A 0.2 107 107 100 gp31 biological_unit
1g31F 1g31A 0.3 107 107 100 gp31 biological_unit
1g31G 1g31A 0.2 107 107 100 gp31 biological_unit
1g3p 1g3p 0.0 192 192 100 minor coat protein fragment (g3p) biological_unit
1gab 1gab 0.0 53 53 100 protein pab fragment (ga module)
1gadO 1dssG 0.8 326 330 66 d-glyceraldehyde-3-phosphate dehydrogenase
1gadP 1dssG 0.8 326 330 66 d-glyceraldehyde-3-phosphate dehydrogenase
1gaeO 1dssG 1.0 326 330 65 d-glyceraldehyde-3-phosphate dehydrogenase Mutant
1gaeP 1dssG 1.0 326 330 65 d-glyceraldehyde-3-phosphate dehydrogenase Mutant
1gafH 1mfa 1.1 112 217 61 chimeric 48g7 fab fragment
1gafL 8fabA 5.4 202 214 40 chimeric 48g7 fab fragment
1gah 1ayx 1.9 422 471 36 glucoamylase-471 fragment (glucoamylase-ii, glucan 1,4-
1gai 1ayx 1.9 422 472 36 glucoamylase-471 fragment (glucoamylase-ii, glucan 1,4-
1gal 1cf3A 0.4 580 581 100 Glucose oxidase
1gamA 1amm 0.5 86 86 99 gamma b crystallin fragment
1gamB 1amm 0.8 83 86 98 gamma b crystallin fragment
1ganA 1sltA 1.0 132 134 49 galectin-1 (s-lectin galectin)
1ganB 1sltA 0.8 132 134 49 galectin-1 (s-lectin galectin)
1garA 2gar 0.5 185 204 99 Glycinamide ribonucleotide transformylase (10-formyltet
1garB 2gar 0.6 185 193 99 Glycinamide ribonucleotide transformylase (10-formyltet
1gatA 1gatA 0.0 60 60 100 Erythroid transcription factor gata-1 (zinc-containing
1gauA 1gatA 1.0 60 60 100 Erythroid transcription factor gata-1 (zinc-containing
1gb1 2igd 1.2 56 56 88 Protein g (B1 domain) (NMR, 60 models)
1gb4 2igd 1.1 57 57 81 gb1-c3b4 fragment Mutant
1gbaA 2sga 1.4 179 198 36 alpha-lytic protease Mutant
1gbbA 2sga 1.4 179 198 36 alpha-lytic protease Mutant methoxysuccinyl-ala-ala-pro
1gbcA 2sga 1.4 179 198 36 alpha-lytic protease Mutant methoxysuccinyl-ala-ala-pro
1gbdA 2sga 1.4 179 198 36 alpha-lytic protease Mutant methoxysuccinyl-ala-ala-pro
1gbeA 2sga 1.4 179 198 36 alpha-lytic protease Mutant
1gbfA 2sga 1.4 179 198 36 alpha-lytic protease Mutant methoxysuccinyl-ala-ala-pro
1gbg 2ayh 0.7 214 214 76 (1,3-1,4)-beta-d-glucan 4 glucanohydrolase (beta-glucan
1gbhA 2sga 1.4 179 198 36 alpha-lytic protease Mutant methoxysuccinyl-ala-ala-pro
1gbiA 2sga 1.4 179 198 36 alpha-lytic protease Mutant methoxysuccinyl-ala-ala-pro
1gbjA 2sga 1.4 179 198 36 alpha-lytic protease Mutant
1gbkA 2sga 1.4 179 198 36 alpha-lytic protease Mutant methoxysuccinyl-ala-ala-pro
1gblA 2sga 1.4 179 198 36 alpha-lytic protease Mutant methoxysuccinyl-ala-ala-pro
1gbmA 2sga 1.4 179 198 36 alpha-lytic protease Mutant methoxysuccinyl-ala-ala-pro
1gbnA 2dkb 2.1 377 402 29 ornithine aminotransferase biological_unit
1gbnB 2dkb 2.1 376 402 28 ornithine aminotransferase biological_unit
1gbnC 2dkb 2.1 377 402 28 ornithine aminotransferase biological_unit
1gbqA 1ckaA 1.1 54 57 37 grb2 fragment sos-1 fragment
1gbrA 1bbzA 2.0 57 74 34 Growth factor receptor-bound protein 2 (grb2, n-termina
1gbs 153l 0.2 185 185 97 Lysozyme
1gbt 5ptp 1.2 205 223 92 Beta-trypsin guanidinobenzoylated at serine 195 (ph 5.5
1gbuA 1abwA 0.3 138 141 99 hemoglobin (t[beta-(c93a,C112g)]) Mutant biological_uni
1gbuB 1abwA 1.5 139 146 44 hemoglobin (t[beta-(c93a,C112g)]) Mutant biological_uni
1gbuC 1abwA 0.3 141 141 99 hemoglobin (t[beta-(c93a,C112g)]) Mutant biological_uni
1gbuD 1abwA 1.4 138 146 44 hemoglobin (t[beta-(c93a,C112g)]) Mutant biological_uni
1gbvA 1abwA 0.2 138 141 99 hemoglobin (t[alpha-oxy,Beta-c112g]) Mutant biological_
1gbvB 1abwA 1.5 139 146 43 hemoglobin (t[alpha-oxy,Beta-c112g]) Mutant biological_
1gbvC 1abwA 0.3 141 141 99 hemoglobin (t[alpha-oxy,Beta-c112g]) Mutant biological_
1gbvD 1abwA 1.5 139 146 43 hemoglobin (t[alpha-oxy,Beta-c112g]) Mutant biological_
1gc1C 1cdy 0.9 178 181 99 envelope protein gp120 fragment Mutant cd4 fragment Mut
1gc1G 1gc1G 0.0 297 297 100 envelope protein gp120 fragment Mutant cd4 fragment Mut
1gc1L 8fabA 5.1 151 213 44 envelope protein gp120 fragment Mutant cd4 fragment Mut
1gca 1gca 0.0 309 309 100 GlucoseGALACTOSE-BINDING PROTEIN COMPLEX WITH GALACTOSE
1gcb 3gcb 0.4 451 452 99 gal6 hg (emts) derivative
1gccA 2gcc 1.0 62 63 100 aterf1 fragment gcc-box DNA
1gcd 5ptp 1.5 203 237 44 Gamma chymotrypsin complexed with diethyl phosphoryl (p
1gcf 1cto 2.0 107 109 100 granulocyte colony-stimulating factor receptor fragment
1gcg 1gca 0.3 309 309 100 GalactoseGLUCOSE-BINDING PROTEIN (CLOSED, UNLIGANDED FO
1gci 1gci 0.0 269 269 100 bacillus lentus subtilisin biological_unit
1gclA 1gcmA 0.8 31 31 88 Gcn4 leucine zipper core mutant p-li with leu 5 replace
1gclB 1gcmA 0.8 31 31 88 Gcn4 leucine zipper core mutant p-li with leu 5 replace
1gclC 1gcmA 0.9 31 31 88 Gcn4 leucine zipper core mutant p-li with leu 5 replace
1gclD 1gcmA 1.0 31 31 88 Gcn4 leucine zipper core mutant p-li with leu 5 replace
1gcmA 1gcmA 0.0 31 31 100 gcn4p-ii (general control protein gcn4, amino acid bios
1gcmB 1gcmA 0.8 31 32 100 gcn4p-ii (general control protein gcn4, amino acid bios
1gcmC 1gcmA 0.7 31 33 100 gcn4p-ii (general control protein gcn4, amino acid bios
1gcs 1amm 0.2 173 174 100 Gamma-b crystallin (previously called gamma-ii crystall
1gctA 5ptp 1.5 202 236 44 Gamma-Chymotrypsin A (pH 7.0)
1gd1O 1dssG 0.9 329 334 54 holo-D-Glyceraldehyde-3-phosphate dehydrogenase
1gd1P 1dssG 0.9 329 334 54 holo-D-Glyceraldehyde-3-phosphate dehydrogenase
1gd1Q 1dssG 0.9 329 334 54 holo-D-Glyceraldehyde-3-phosphate dehydrogenase
1gd1R 1dssG 0.9 329 334 54 holo-D-Glyceraldehyde-3-phosphate dehydrogenase
1gdc 2nllB 2.0 70 72 45 Glucocorticoid receptor (DNA binding domain) gr-dbd (NM
1gdd 1cipA 1.1 289 324 98 gi alpha 1 (gia1, guanine nucleotide-binding protein g(
1gdf 1rhoA 2.5 144 145 93 rhogdi fragment
1gdhA 1gdhA 0.0 320 320 100 D-glycerate dehydrogenase (apo form)
1gdhB 1gdhA 0.3 320 320 100 D-glycerate dehydrogenase (apo form)
1gdi 2gdm 0.3 142 153 100 Leghemoglobin (carbon monoxy)
1gdj 2gdm 0.5 153 153 100 Leghemoglobin (deoxy)
1gdk 2gdm 0.5 153 153 100 Leghemoglobin (isoquinoline, met)
1gdl 2gdm 0.4 153 153 100 Leghemoglobin (nitrogen monoxy)
1gdoA 1gdoA 0.0 238 238 100 glucosamine 6-phosphate synthase fragment (l-glutamine:
1gdoB 1gdoA 0.5 238 239 100 glucosamine 6-phosphate synthase fragment (l-glutamine:
1gdoC 1gdoA 0.1 238 238 100 glucosamine 6-phosphate synthase fragment (l-glutamine:
1gdoD 1gdoA 0.5 238 239 100 glucosamine 6-phosphate synthase fragment (l-glutamine:
1gdr 2rslA 1.0 104 105 100 Gamma delta resolvase
1gds 1ak4C 2.0 135 151 95 human immunodeficiency virus type 1 capsid protein frag
1gdtA 2rslA 1.9 114 183 100 gamma-delta resolvase (gd resolvase) site i of res DNA
1gdtB 2rslA 1.5 114 183 100 gamma-delta resolvase (gd resolvase) site i of res DNA
1gdy 1ak4C 2.1 133 151 95 human immunodeficiency virus type 1 capsid protein frag
1gdz 1ak4C 2.1 135 151 95 human immunodeficiency virus type 1 capsid protein frag
1gecE 1ppn 0.7 212 216 68 glycyl endopeptidase benzyloxycarbonyl- leucine-valine-
1gen 1gen 0.0 200 200 100 gelatinase a fragment (mmp-2, 72kd type iv collagenase)
1gerA 3grs 1.0 445 448 55 Glutathione reductase complexed with fad
1gerB 3grs 1.0 446 449 55 Glutathione reductase complexed with fad
1gesA 3grs 1.0 445 448 54 Glutathione reductase nad mutant with ala 179 replaced
1gesB 3grs 1.1 446 449 54 Glutathione reductase nad mutant with ala 179 replaced
1getA 3grs 1.0 445 448 55 Glutathione reductase wild-type complexed with nadp and
1getB 3grs 1.1 446 449 55 Glutathione reductase wild-type complexed with nadp and
1geuA 3grs 1.0 445 448 54 Glutathione reductase nad mutant with ala 179 replaced
1geuB 3grs 1.1 446 449 54 Glutathione reductase nad mutant with ala 179 replaced
1gfc 1griA 1.5 59 59 97 Growth factor receptor-bound protein 2 (grb2) (c-termin
1gfd 1griA 1.3 59 59 97 Growth factor receptor-bound protein 2 (grb2) (c-termin
1gff1 2bpa1 0.6 417 417 67 bacteriophage g4 capsid proteins gpf, gpg, gpj Mutant
1gff2 2bpa2 1.2 171 177 41 bacteriophage g4 capsid proteins gpf, gpg, gpj Mutant
1gfi 1cipA 0.3 309 313 100 Guanine nucleotide-binding protein g(i), alpha-1 subuni
1gflA 1ema 0.4 225 229 98 green fluorescent protein Mutant
1gflB 1ema 0.4 225 229 98 green fluorescent protein Mutant
1gfm 2omf 0.1 340 340 99 matrix porin outer membrane protein f (matrix porin, om
1gfn 2omf 0.3 327 327 99 matrix porin outer membrane protein f (matrix porin, om
1gfo 2omf 0.1 340 340 99 matrix porin outer membrane protein f (matrix porin, om
1gfp 2omf 0.1 340 340 99 matrix porin outer membrane protein f (matrix porin, om
1gfq 2omf 0.1 340 340 99 matrix porin outer membrane protein f (matrix porin, om
1gg2A 1cipA 1.6 309 344 96 g protein gi alpha 1 fragment Mutant g protein gi beta
1gg2B 1tbgA 1.5 336 339 99 g protein gi alpha 1 fragment Mutant g protein gi beta
1gg2G 1tbgE 1.9 54 54 36 g protein gi alpha 1 fragment Mutant g protein gi beta
1ggaA 1dssG 1.2 332 358 56 D-glyceraldehyde-3-phosphate dehydrogenase (holo form)
1ggaB 1dssG 1.2 332 358 56 D-glyceraldehyde-3-phosphate dehydrogenase (holo form)
1ggaO 1dssG 1.2 332 358 56 D-glyceraldehyde-3-phosphate dehydrogenase (holo form)
1ggaP 1dssG 1.2 332 358 56 D-glyceraldehyde-3-phosphate dehydrogenase (holo form)
1ggaQ 1dssG 1.2 332 358 56 D-glyceraldehyde-3-phosphate dehydrogenase (holo form)
1ggaR 1dssG 1.2 332 358 56 D-glyceraldehyde-3-phosphate dehydrogenase (holo form)
1ggbH 1igtB 2.9 210 215 69 Igg2a fab fragment (50.1)
1ggbL 8fabA 5.0 204 215 43 Igg2a fab fragment (50.1)
1ggcH 1igtB 3.1 210 215 69 Igg2a fab fragment (50.1)
1ggcL 8fabA 4.9 202 215 44 Igg2a fab fragment (50.1)
1gggA 1gggB 0.6 220 220 100 glutamine binding protein (glnbp)
1gggB 1gggB 0.0 220 220 100 glutamine binding protein (glnbp)
1ggiH 1igtB 1.9 212 215 69 Igg2a fab fragment (50.1) complex with 16-residue pepti
1ggiJ 1igtB 2.7 212 215 69 Igg2a fab fragment (50.1) complex with 16-residue pepti
1ggiL 8fabA 5.5 202 215 44 Igg2a fab fragment (50.1) complex with 16-residue pepti
1ggiM 8fabA 4.4 202 215 44 Igg2a fab fragment (50.1) complex with 16-residue pepti
1ggmA 1atiA 0.8 437 442 100 glycyl-trna synthetase (glycyl-trna ligase) biological_
1ggmB 1atiA 1.2 435 442 100 glycyl-trna synthetase (glycyl-trna ligase) biological_
1ggtA 1f13A 0.6 701 708 99 Coagulation factor xiii (a-subunit zymogen) (protein-gl
1ggtB 1f13A 0.6 701 706 99 Coagulation factor xiii (a-subunit zymogen) (protein-gl
1gguA 1f13A 0.6 697 698 100 coagulation factor xiii fragment
1gguB 1f13A 0.6 703 704 99 coagulation factor xiii fragment
1ggyA 1f13A 0.5 700 701 100 coagulation factor xiii fragment
1ggyB 1f13A 0.5 703 704 100 coagulation factor xiii fragment
1ghaE 5ptp 1.5 202 236 44 Gamma chymotrypsin in 4% aqueous solution of isopropano
1ghbE 5ptp 1.5 202 236 44 Gamma chymotrypsin complexed with n-acetyl d-tryptophan
1ghc 1hstA 2.9 70 75 42 Gh1 (histone h1, variant 11l, globular domain) (NMR, 14
1ghfH 1igtB 2.5 211 212 63 anti-anti-idiotype gh1002 fab fragment
1ghfL 8fabA 5.1 204 211 38 anti-anti-idiotype gh1002 fab fragment
1ghj 1ghj 0.0 79 79 100 e2, the dihydrolipoamide succinyltransferase component
1ghk 1ghj 0.7 79 79 100 e2, the dihydrolipoamide succinyltransferase component
1ghlA 3lzt 0.7 129 130 93 Lysozyme
1ghlB 3lzt 0.8 129 130 93 Lysozyme
1ghr 1aq0A 0.3 302 306 100 1,3-1,4-beta-glucanase (1,3-1,4-beta-d-glucan 4-glucano
1ghsA 1aq0A 0.9 302 306 52 1,3-beta-glucanase (1,3-beta-d-glucan endohydrolase, is
1ghsB 1aq0A 0.9 302 306 52 1,3-beta-glucanase (1,3-beta-d-glucan endohydrolase, is
1ghu 1griA 1.3 94 95 99 grb2 fragment (growth factor receptor-bound protein 2)
1gia 1cipA 0.2 307 310 100 Gi alpha 1 (active form with bound gtp-gamma-s)
1gicA 1nls 0.5 237 237 100 concanavalin a
1gicB 1nls 0.5 237 237 100 concanavalin a
1gifA 1dptA 1.1 114 115 32 glycosylation-inhibiting factor
1gifB 1dptA 1.2 114 115 32 glycosylation-inhibiting factor
1gifC 1dptA 1.2 114 115 32 glycosylation-inhibiting factor
1gigH 1igtB 2.0 207 221 70 Igg1 fab fragment (hc19)
1gigL 1mfa 6.1 119 210 85 Igg1 fab fragment (hc19)
1gil 1cipA 0.2 307 310 100 G i alpha1 (guanine nucleotide-binding protein g(i), al
1gim 1adeA 1.9 430 431 99 adenylosuccinate synthetase biological_unit
1gin 1adeA 1.8 428 431 99 adenylosuccinate synthetase
1gio 7rsa 2.4 113 125 37 angiogenin
1git 1cipA 1.1 305 317 97 g protein gi alpha 1 fragment Mutant
1giw 1ycc 1.6 103 104 62 cytochrome c
1gkeA 1etb1 0.6 118 120 83 transthyretin (prealbumin) biological_unit
1gkeB 1etb1 1.0 118 120 83 transthyretin (prealbumin) biological_unit
1gkeC 1etb1 0.6 118 120 83 transthyretin (prealbumin) biological_unit
1gkeD 1etb1 1.0 118 120 83 transthyretin (prealbumin) biological_unit
1gkh 1gvp 0.7 86 86 99 gene v protein Mutant biological_unit
1gks 1cc5 1.5 70 78 29 cytochrome c551
1gky 1gky 0.0 186 186 100 Guanylate kinase complex with guanosine monophosphate
1glaF 1gpr 1.5 149 161 42 Glycerol kinase complex with glycerol and the (escheric
1glaG 1glcG 0.4 489 489 100 Glycerol kinase complex with glycerol and the (escheric
1glbF 1gpr 1.6 149 161 42 Glycerol kinase complex with glycerol, adp, and the (es
1glbG 1glcG 0.4 489 489 100 Glycerol kinase complex with glycerol, adp, and the (es
1glcF 1gpr 1.6 149 161 42 Glycerol kinase complexed with the (escherichia coli) g
1glcG 1glcG 0.0 489 489 100 Glycerol kinase complexed with the (escherichia coli) g
1gldF 1gpr 1.6 149 161 42 Glycerol kinase complexed with the (escherichia coli) g
1gldG 1glcG 0.2 489 489 100 Glycerol kinase complexed with the (escherichia coli) g
1gleF 1gpr 1.6 149 161 42 Glycerol kinase complexed with the (escherichia coli) g
1gleG 1glcG 0.2 489 489 100 Glycerol kinase complexed with the (escherichia coli) g
1glfO 1glcG 0.6 489 498 100 glycerol kinase biological_unit
1glfX 1glcG 0.6 489 498 100 glycerol kinase biological_unit
1glfY 1glcG 0.6 489 499 100 glycerol kinase biological_unit
1glfZ 1glcG 0.4 489 498 100 glycerol kinase biological_unit
1glg 1gca 0.7 309 309 94 GalactoseGLUCOSE-BINDING PROTEIN COMPLEXED WITH D-GALAC
1glh 2ayh 0.6 214 214 100 (1,3-1,4)-beta-d-glucan 4-glucanohydrolase, hybrid prot
1gliA 1abwA 0.3 139 141 99 deoxyhemoglobin Mutant
1gliB 1abwA 1.5 139 146 43 deoxyhemoglobin Mutant
1gliC 1abwA 0.3 141 141 99 deoxyhemoglobin Mutant
1gliD 1abwA 1.5 139 146 43 deoxyhemoglobin Mutant
1glm 1ayx 1.9 422 470 36 Glucoamylase-471 (1,4-alpha-d-glucan glucohydrolase)
1gln 1gln 0.0 468 468 100 glutamyl-trna synthetase
1glpA 1pgtA 0.5 209 209 85 Glutathione s-transferase yfyf (class pi) complexed wit
1glpB 1pgtA 0.5 209 209 85 Glutathione s-transferase yfyf (class pi) complexed wit
1glqA 1pgtA 0.5 209 209 85 Glutathione s-transferase yfyf (class pi) complexed wit
1glqB 1pgtA 0.5 209 209 85 Glutathione s-transferase yfyf (class pi) complexed wit
1gluA 2nllB 1.4 71 81 42 Glucocorticoid receptor (DNA-binding domain) complex wi
1gluB 2nllB 1.1 71 81 42 Glucocorticoid receptor (DNA-binding domain) complex wi
1glv 1gsa 0.5 297 299 99 Glutathione synthase loopless mutant with residues 226
1gmcA 5ptp 1.5 202 236 44 Gamma chymotrypsin
1gmdA 5ptp 1.5 202 236 44 Gamma chymotrypsin
1gmh 5ptp 1.5 203 237 44 Gamma chymotrypsin complexed with diisopropylphosphorof
1gmpA 1rgeA 0.1 96 96 99 Ribonuclease from streptomyces aureofaciens (rnase sa)
1gmpB 1rgeA 0.4 96 96 99 Ribonuclease from streptomyces aureofaciens (rnase sa)
1gmqA 1rgeA 0.2 96 96 99 Ribonuclease from streptomyces aureofaciens (rnase sa)
1gmqB 1rgeA 0.4 96 96 99 Ribonuclease from streptomyces aureofaciens (rnase sa)
1gmrA 1rgeA 0.1 96 96 99 Ribonuclease from streptomyces aureofaciens (rnase sa)
1gmrB 1rgeA 0.4 96 96 99 Ribonuclease from streptomyces aureofaciens (rnase sa)
1gmsA 1gdoA 0.1 238 238 100 glucosamine 6-phosphate synthase (l-glutamine:d-fructos
1gmsC 1gdoA 0.3 238 239 100 glucosamine 6-phosphate synthase (l-glutamine:d-fructos
1gmsE 1gdoA 0.1 238 238 100 glucosamine 6-phosphate synthase (l-glutamine:d-fructos
1gmsG 1gdoA 0.2 238 239 100 glucosamine 6-phosphate synthase (l-glutamine:d-fructos
1gnc 1bgc 3.4 149 175 60 Granulocyte colony stimulating factor (rh-g-csf) (NMR,
1gnd 1gnd 0.0 430 430 100 guanine nucleotide dissociation inhibitor
1gne 1b8xA 0.8 204 232 98 Glutathione s-transferase fused with a conserved neutra
1gnhA 1sacA 1.3 204 206 51 c-reactive protein (human crp hcrp)
1gnhB 1sacA 1.3 204 206 51 c-reactive protein (human crp hcrp)
1gnhC 1sacA 1.3 204 206 51 c-reactive protein (human crp hcrp)
1gnhD 1sacA 1.4 198 206 51 c-reactive protein (human crp hcrp)
1gnhE 1sacA 1.3 204 206 51 c-reactive protein (human crp hcrp)
1gnhF 1sacA 1.3 204 206 51 c-reactive protein (human crp hcrp)
1gnhG 1sacA 1.3 204 206 51 c-reactive protein (human crp hcrp)
1gnhH 1sacA 1.3 204 206 51 c-reactive protein (human crp hcrp)
1gnhI 1sacA 1.3 204 206 51 c-reactive protein (human crp hcrp)
1gnhJ 1sacA 1.5 199 206 50 c-reactive protein (human crp hcrp)
1gnmA 1hvc 2.0 66 99 76 hiv-1 protease Mutant
1gnmB 1fmb 1.7 98 99 32 hiv-1 protease Mutant
1gnnA 1fmb 1.7 98 99 32 hiv-1 protease Mutant
1gnnB 1fmb 1.7 98 99 32 hiv-1 protease Mutant
1gnoA 1fmb 1.7 98 99 33 hiv-1 protease
1gnoB 1fmb 1.8 98 99 33 hiv-1 protease
1gnp 1mh1 1.6 163 166 33 C-h-ras p21 protein complexed with 3'-o-(n-methyl- anth
1gnq 1mh1 1.7 163 166 33 C-h-ras p21 protein complexed with p3-1[s]-(2-nitrophen
1gnr 1mh1 1.7 163 166 33 C-h-ras p21 protein complexed with p3-1[r]-(2-nitrophen
1gnwA 1gnwA 0.0 210 210 100 glutathione s-transferase biological_unit
1gnwB 1gnwA 0.2 210 210 100 glutathione s-transferase biological_unit
1goa 2rn2 1.1 154 156 100 Ribonuclease h mutant with gly 80b inserted between gln
1gob 2rn2 0.3 155 155 99 Ribonuclease h mutant with gly 77 replaced by ala (g77a
1goc 2rn2 1.2 154 156 99 Ribonuclease h mutant with gly 77 replaced by ala and g
1godA 1poa 1.5 113 121 34 phospholipase a2 (godmt-ii) biological_unit
1gof 1gof 0.0 639 639 100 Galactose oxidase (ph 4.5)
1gog 1gof 0.1 638 639 100 Galactose oxidase (ph 7.0)
1goh 1gof 0.2 638 639 100 Galactose oxidase (apo form)
1gol 1p38 2.1 262 357 50 extracellular regulated kinase 2 (map kinase erk2) Muta
1gotA 1cipA 1.5 305 338 73 gt-alphaGI-ALPHA CHIMERA gt-beta (beta1, transducin bet
1gotB 1tbgA 0.7 336 339 99 gt-alphaGI-ALPHA CHIMERA gt-beta (beta1, transducin bet
1gotG 1tbgE 1.1 58 58 100 gt-alphaGI-ALPHA CHIMERA gt-beta (beta1, transducin bet
1gowA 1gowA 0.0 489 489 100 beta-glycosidase biological_unit
1gowB 1gowA 0.1 489 489 100 beta-glycosidase biological_unit
1gox 1gox 0.0 350 350 100 Glycolate oxidase
1gp1A 1gp1A 0.0 184 184 100 Glutathione peroxidase
1gp1B 1gp1A 0.2 184 184 100 Glutathione peroxidase
1gp2A 1cipA 1.5 308 344 96 g protein gi alpha 1 fragment g protein gi beta 1 fragm
1gp2B 1tbgA 1.4 336 339 99 g protein gi alpha 1 fragment g protein gi beta 1 fragm
1gp2G 1tbgE 1.8 54 54 36 g protein gi alpha 1 fragment g protein gi beta 1 fragm
1gpaA 1a8i 1.3 796 828 98 Glycogen phosphorylase a (r state)
1gpaB 1a8i 1.2 794 827 98 Glycogen phosphorylase a (r state)
1gpaC 1a8i 1.2 795 828 98 Glycogen phosphorylase a (r state)
1gpaD 1a8i 1.2 795 828 98 Glycogen phosphorylase a (r state)
1gpb 1a8i 0.5 800 823 99 Glycogen phosphorylase b (t state)
1gpc 1gpc 0.0 218 218 100 core gp32 (gp32Iii)
1gpdG 1dssG 1.3 325 333 95 D-glyceraldehyde-3-phosphate dehydrogenase
1gpdR 1dssG 1.3 325 333 95 D-glyceraldehyde-3-phosphate dehydrogenase
1gph1 1ecfB 2.0 450 465 39 Glutamine phosphoribosylpyrophosphate (prpp) amidotrans
1gph2 1ecfB 1.9 448 465 38 Glutamine phosphoribosylpyrophosphate (prpp) amidotrans
1gph3 1ecfB 2.0 449 465 38 Glutamine phosphoribosylpyrophosphate (prpp) amidotrans
1gph4 1ecfB 2.0 450 465 38 Glutamine phosphoribosylpyrophosphate (prpp) amidotrans
1gpl 1bu8 0.9 422 432 70 rp2 lipase (related protein 2 lipase) Mutant
1gpmA 1gpmA 0.0 501 501 100 gmp synthetase (xmp aminase)
1gpmB 1gpmA 0.5 498 499 100 gmp synthetase (xmp aminase)
1gpmC 1gpmA 0.9 501 501 100 gmp synthetase (xmp aminase)
1gpmD 1gpmA 1.3 498 499 100 gmp synthetase (xmp aminase)
1gpoH 1igtB 2.6 214 214 66 antibody m41 fragment
1gpoI 1igtB 2.3 212 212 66 antibody m41 fragment
1gpoL 8fabA 7.0 202 216 43 antibody m41 fragment
1gpoM 8fabA 7.3 203 218 43 antibody m41 fragment
1gpr 1gpr 0.0 158 158 100 Glucose permease (domain iia)
1gps 1gpt 1.3 47 47 88 Gamma-1-p thionin (NMR, 8 structures)
1gpt 1gpt 0.0 47 47 100 Gamma-1-h thionin (NMR, 8 structures)
1gpx 1ayfA 2.2 99 106 30 putidaredoxin (c85s gapdx) Mutant biological_unit
1gpy 1a8i 0.6 800 828 99 Glycogen phosphorylase b (t state) complex with alpha-d
1gr2A 1gr2A 0.0 249 249 100 glutamate receptor 2 fragment (glur-b, glur-2) biologic
1gra 3grs 0.1 461 461 100 Glutathione reductase (oxidized) complex with glutathio
1grb 3grs 0.1 461 461 100 Glutathione reductase (oxidized) complex with nadh and
1grcA 2gar 0.5 185 193 99 Glycinamide ribonucleotide transformylase
1grcB 2gar 0.6 185 191 99 Glycinamide ribonucleotide transformylase
1gre 3grs 0.1 461 461 100 Glutathione reductase complex with covalently bound glu
1grf 3grs 0.1 461 461 100 Glutathione reductase carboxymethylated at cys 58 compl
1grg 3grs 0.1 461 461 100 Glutathione reductase modified by bcnu (1,3-bis(2-chlor
1griA 1griA 0.0 211 211 100 growth factor bound protein 2
1griB 1griA 0.2 211 211 100 growth factor bound protein 2
1grj 1grj 0.0 151 151 100 Grea transcript cleavage factor from escherichia coli
1grl 1derA 1.3 515 518 95 groel (hsp60 class) Mutant
1grnA 1mh1 1.4 179 191 71 gtpase fragment
1grnB 1tx4A 0.7 195 197 99 gtpase fragment
1gro 1iso 0.5 413 414 97 isocitrate dehydrogenase Mutant
1grp 1iso 0.5 413 414 97 isocitrate dehydrogenase Mutant
1grt 3grs 0.3 461 462 99 glutathione reductase (grtr) Mutant biological_unit
1grx 1kte 2.9 79 85 32 glutaredoxin Mutant
1gsa 1gsa 0.0 314 314 100 glutathione synthetase (gamma-l-glutamyl-l-cysteine:gly
1gsbA 1b8xA 1.7 204 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
1gsbB 1b8xA 1.8 202 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
1gsbC 1b8xA 1.7 204 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
1gsbD 1b8xA 1.7 202 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
1gscA 1b8xA 1.7 204 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
1gscB 1b8xA 1.7 204 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
1gscC 1b8xA 1.7 203 217 44 Glutathione s-transferase (isoenzyme 3-3) complex with
1gscD 1b8xA 1.7 204 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
1gsdA 1pgtA 2.1 200 208 29 glutathione transferase a1-1
1gsdB 1pgtA 2.1 200 208 29 glutathione transferase a1-1
1gseA 1pgtA 2.2 201 221 28 glutathione transferase Mutant
1gseB 1pgtA 2.2 202 221 28 glutathione transferase Mutant
1gsfA 1pgtA 2.2 202 221 28 glutathione transferase a1-1
1gsfB 1pgtA 2.2 202 221 28 glutathione transferase a1-1
1gsgP 1gtrA 0.7 523 526 98 Glutaminyl-tRNA synthetase (glnRS) complex with tRNA==G
1gsh 1gsa 0.3 294 296 100 glutathione biosynthetic ligase (glutathione synthase)
1gsl 1led 0.2 243 243 100 griffonia simplicifolia lectin 4 biological_unit
1gsn 3grs 0.2 461 461 99 glutathione reductase
1gso 1gso 0.0 427 427 100 glycinamide ribonucleotide synthetase (purd gen product
1gsp 9rnt 0.5 104 104 100 ribonuclease t1 (rnase t1)
1gsq 1pgtA 2.1 199 202 30 Glutathione s-transferase (gst) complexed with 1-(s-glu
1gssA 1pgtA 0.6 209 209 99 Glutathione s-transferase (class pi)
1gssB 1pgtA 0.6 209 209 99 Glutathione s-transferase (class pi)
1gsuA 1b8xA 1.9 200 217 42 class-mu glutathione s-transferase (gst, cgstm1-1) biol
1gsuB 1b8xA 1.9 200 217 42 class-mu glutathione s-transferase (gst, cgstm1-1) biol
1gsyA 1pgtA 0.6 209 209 85 glutathione s-transferase class pi (gst yfyf) biologica
1gsyB 1pgtA 0.6 209 209 85 glutathione s-transferase class pi (gst yfyf) biologica
1gta 1b8xA 0.8 204 218 98 Glutathione s-transferase (26 kda)
1gtb 1b8xA 0.7 204 218 98 glutathione s-transferase
1gtiA 1pgtA 0.7 209 209 85 glutathione s-transferase (gst) biological_unit
1gtiB 1pgtA 0.7 208 209 84 glutathione s-transferase (gst) biological_unit
1gtiC 1pgtA 1.0 209 209 85 glutathione s-transferase (gst) biological_unit
1gtiD 1pgtA 0.8 209 209 85 glutathione s-transferase (gst) biological_unit
1gtiE 1pgtA 1.0 209 209 85 glutathione s-transferase (gst) biological_unit
1gtiF 1pgtA 0.9 209 209 85 glutathione s-transferase (gst) biological_unit
1gtmA 1ch6A 2.8 407 417 37 glutamate dehydrogenase biological_unit
1gtmB 1ch6A 2.7 407 417 37 glutamate dehydrogenase biological_unit
1gtmC 1ch6A 2.8 407 417 37 glutamate dehydrogenase biological_unit
1gtoA 1nkd 0.6 56 62 99 rop (cole1 repressor of primer) Mutant biological_unit
1gtoB 1nkd 0.6 56 57 99 rop (cole1 repressor of primer) Mutant biological_unit
1gtoC 1nkd 0.6 56 57 99 rop (cole1 repressor of primer) Mutant biological_unit
1gtpA 1gtpA 0.0 221 221 100 gtp cyclohydrolase i
1gtpB 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpC 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpD 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpE 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpF 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpG 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpH 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpI 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpJ 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpK 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpL 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpM 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpN 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpO 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpP 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpQ 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpR 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpS 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtpT 1gtpA 0.1 221 221 100 gtp cyclohydrolase i
1gtqA 1b66A 0.3 138 138 100 6-pyruvoyl tetrahydropterin synthase
1gtqB 1b66A 0.3 138 138 100 6-pyruvoyl tetrahydropterin synthase
1gtrA 1gtrA 0.0 529 529 100 Glutaminyl-trna synthetase complexed with trna and atp
1gtsA 1gtrA 0.3 529 529 100 Glutaminyl-trna synthetase complexed with trna and amp
1gtuA 1b8xA 1.7 200 217 43 glutathione s-transferase biological_unit
1gtuB 1b8xA 1.7 200 217 43 glutathione s-transferase biological_unit
1gtuC 1b8xA 1.7 200 217 43 glutathione s-transferase biological_unit
1gtuD 1b8xA 1.7 200 217 43 glutathione s-transferase biological_unit
1guaA 1mh1 1.8 163 167 28 rap1a fragment Mutant c-raf1 fragment
1guaB 1guaB 0.0 76 76 100 rap1a fragment Mutant c-raf1 fragment
1guhA 1pgtA 2.1 201 221 29 Glutathione s-transferase a1-1
1guhB 1pgtA 2.1 201 221 29 Glutathione s-transferase a1-1
1gukA 1pgtA 2.2 200 215 31 glutathione s-transferase a4-4 (mgsta4-4, gst5.7) biolo
1gukB 1pgtA 2.2 196 209 31 glutathione s-transferase a4-4 (mgsta4-4, gst5.7) biolo
1gulA 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gulB 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gulC 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gulD 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gulE 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gulF 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gulG 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gulH 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gumA 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gumB 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gumC 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gumD 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gumE 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gumF 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gumG 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gumH 1pgtA 2.3 202 217 27 glutathione transferase a4-4 (glutathione s-transferase
1gupA 1guqA 0.2 347 347 100 galactose-1-phosphate uridylyltransferase Mutant
1gupB 1guqA 0.3 344 344 100 galactose-1-phosphate uridylyltransferase Mutant
1gupC 1guqA 0.3 344 344 100 galactose-1-phosphate uridylyltransferase Mutant
1gupD 1guqA 0.4 344 344 100 galactose-1-phosphate uridylyltransferase Mutant
1guqA 1guqA 0.0 347 347 100 galactose-1-phosphate uridylyltransferase Mutant
1guqB 1guqA 0.3 344 344 100 galactose-1-phosphate uridylyltransferase Mutant
1guqC 1guqA 0.2 344 344 100 galactose-1-phosphate uridylyltransferase Mutant
1guqD 1guqA 0.3 344 344 100 galactose-1-phosphate uridylyltransferase Mutant
1gur 2gur 1.7 35 35 100 gurmarin
1guxA 1guxA 0.0 177 177 100 retinoblastoma protein fragment oncoprotein
1guxB 1guxB 0.0 141 141 100 retinoblastoma protein fragment oncoprotein
1gvp 1gvp 0.0 87 87 100 gene v protein biological_unit
1gw3 1gw4 5.3 44 46 100 apoa-i fragment (apolipoprotein a-i)
1gw4 1gw4 0.0 46 46 100 apoa-i fragment (apolipoprotein a-i)
1gya 1gya 0.0 105 105 100 human cd2 fragment (hscd2=105=)
1gylA 1gox 1.2 350 352 99 Glycolate oxidase mutant with tyr 24 replaced by phe (y
1gylB 1gox 1.8 348 350 99 Glycolate oxidase mutant with tyr 24 replaced by phe (y
1gym 2plc 1.9 252 296 31 phosphatidylinositol-specific phospholipase c
1gypA 1dssG 1.2 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh)
1gypB 1dssG 1.1 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh)
1gypC 1dssG 1.1 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh)
1gypD 1dssG 1.1 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh)
1gyqA 1dssG 1.2 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh) biolog
1gyqB 1dssG 1.1 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh) biolog
1gyqC 1dssG 1.1 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh) biolog
1gyqD 1dssG 1.1 332 358 56 glyceraldehyde-3-phosphate dehydrogenase (gapdh) biolog
1gza 1arv 0.1 336 336 100 peroxidase
1gzb 1arv 0.1 336 336 100 peroxidase
1gzi 1msi 0.2 65 65 99 hplc-12 type iii antifreeze protein Mutant
1h2aL 2frvB 0.7 530 534 67 hydrogenase (hydrogen
1h2aS 2frvA 0.7 261 267 68 hydrogenase (hydrogen
1h4n 2cba 0.2 257 257 99 carbonic anhydrase ii (caii, carbonic dehydratase) Muta
1h9n 2cba 0.1 257 257 99 carbonic anhydrase ii (caii, carbonic dehydratase) Muta
1h9q 2cba 0.2 255 255 99 carbonic anhydrase ii (caii, carbonic dehydratase) Muta
1ha0A 1hgeA 0.6 316 321 99 ha0 fragment Mutant biological_unit
1ha0B 1hgeB 0.8 165 173 99 ha0 fragment Mutant biological_unit
1ha1 1ha1 0.0 167 167 100 hnrnp a1 fragment (heterogeneous nuclear ribonucleoprot
1habA 1abwA 0.6 138 141 99 hemoglobin a
1habB 1abwA 1.5 138 146 43 hemoglobin a
1habC 1abwA 0.7 141 141 99 hemoglobin a
1habD 1abwA 1.5 138 146 43 hemoglobin a
1hacA 1abwA 0.6 138 141 99 hemoglobin a
1hacB 1abwA 1.4 138 146 43 hemoglobin a
1hacC 1abwA 0.7 141 141 99 hemoglobin a
1hacD 1abwA 1.5 138 146 43 hemoglobin a
1hae 1xdtR 2.0 40 63 43 heregulin-alpha fragment (neu differentiation factor (r
1haf 1xdtR 2.1 40 63 43 heregulin-alpha fragment (neu differentiation factor (r
1hagE 5ptp 2.2 221 295 36 Prethrombin2 complexed with hirugen (n-acetylhirudin 53
1hahH 5ptp 1.7 206 253 38 Alpha thrombin complexed with hirugen (n-acetylhirudin
1hahL 1ppbL 3.2 33 36 100 Alpha thrombin complexed with hirugen (n-acetylhirudin
1haiH 5ptp 1.3 217 253 38 Alpha thrombin complexed with d-phe-pro-arg-chloromethy
1haiL 1ppbL 1.8 30 36 100 Alpha thrombin complexed with d-phe-pro-arg-chloromethy
1hakA 1avc 2.3 311 318 57 annexin v fragment (lipocortin v, endonexin ii, placent
1hakB 1avc 2.2 310 318 57 annexin v fragment (lipocortin v, endonexin ii, placent
1han 1han 0.0 287 287 100 2,3-dihydroxybiphenyl 1,2-dioxygenase (biphenyl-2,3-dio
1haoH 5ptp 1.3 217 253 39 alpha-thrombin d-phe-pro-arg-chloromethylketone (ppack)
1hapH 5ptp 1.3 217 253 38 alpha-thrombin d-phe-pro-arg-chloromethylketone (ppack)
1har 1rthA 1.3 196 196 94 Hiv-1 reverse transcriptase (amino-terminal half) (fing
1havA 1havA 0.0 216 216 100 hepatitis a virus 3c proteinase (picornain 3c) Mutant
1havB 1havA 1.1 214 214 99 hepatitis a virus 3c proteinase (picornain 3c) Mutant
1hbaA 1abwA 0.4 139 141 99 Hemoglobin rothschild (deoxy)
1hbaB 1abwA 1.4 139 146 43 Hemoglobin rothschild (deoxy)
1hbaC 1abwA 0.3 141 141 99 Hemoglobin rothschild (deoxy)
1hbaD 1abwA 1.4 139 146 43 Hemoglobin rothschild (deoxy)
1hbbA 1abwA 0.3 139 141 99 Hemoglobin a (deoxy, low salt, 100mm cl)
1hbbB 1abwA 1.4 139 146 43 Hemoglobin a (deoxy, low salt, 100mm cl)
1hbbC 1abwA 0.3 141 141 99 Hemoglobin a (deoxy, low salt, 100mm cl)
1hbbD 1abwA 1.4 139 146 43 Hemoglobin a (deoxy, low salt, 100mm cl)
1hbg 2hbg 0.1 135 147 100 Hemoglobin (carbon monoxy)
1hbhA 1abwA 0.9 141 142 50 Hemoglobin (deoxy)
1hbhB 1cg5B 1.5 136 146 30 Hemoglobin (deoxy)
1hbhC 1abwA 0.9 141 142 50 Hemoglobin (deoxy)
1hbhD 1cg5B 1.5 137 146 30 Hemoglobin (deoxy)
1hbiA 3sdhA 0.1 145 145 100 Hemoglobin i (oxygenated, homodimer)
1hbiB 3sdhA 0.4 145 145 100 Hemoglobin i (oxygenated, homodimer)
1hbp 1aqb 0.3 174 174 96 Retinol binding protein (holo form) (holo brbp)
1hbq 1aqb 0.5 175 176 95 Retinol binding protein (apo form) (apo brbp)
1hbrA 1abwA 1.0 141 141 60 chicken hemoglobin d (hb d) biological_unit chicken hem
1hbrB 1cg5B 1.5 133 143 34 chicken hemoglobin d (hb d) biological_unit chicken hem
1hbrC 1abwA 0.9 140 140 60 chicken hemoglobin d (hb d) biological_unit chicken hem
1hbrD 1abwA 1.3 138 146 40 chicken hemoglobin d (hb d) biological_unit chicken hem
1hbsA 1abwA 0.5 138 141 99 Hemoglobin s (deoxy)
1hbsB 1abwA 1.4 138 146 43 Hemoglobin s (deoxy)
1hbsC 1abwA 0.6 139 141 99 Hemoglobin s (deoxy)
1hbsD 1abwA 1.3 138 146 43 Hemoglobin s (deoxy)
1hbsE 1abwA 0.5 139 141 99 Hemoglobin s (deoxy)
1hbsF 1abwA 1.4 138 146 43 Hemoglobin s (deoxy)
1hbsG 1abwA 0.7 139 141 99 Hemoglobin s (deoxy)
1hbsH 1abwA 1.5 139 146 43 Hemoglobin s (deoxy)
1hbtH 5ptp 1.6 204 249 38 Alpha-thrombin complexed with the inhibitor (d)cyclohex
1hbvA 1fmb 1.7 98 99 33 Hiv-1 protease complexed with sb203238
1hbvB 1fmb 1.7 98 99 33 Hiv-1 protease complexed with sb203238
1hc1 1lla 2.0 577 634 34 Arthropodan hemocyanin (deoxygenated) subunit 1 refined
1hc2 1lla 1.9 577 634 34 Arthropodan hemocyanin (deoxygenated) subunit 2 refined
1hc3 1lla 1.9 576 634 34 Arthropodan hemocyanin (deoxygenated) subunit 3 refined
1hc4 1lla 1.9 577 634 35 Arthropodan hemocyanin (deoxygenated) subunit 4 refined
1hc5 1lla 1.9 576 634 34 Arthropodan hemocyanin (deoxygenated) subunit 5 refined
1hc6 1lla 1.8 574 634 35 Arthropodan hemocyanin (deoxygenated) subunit 6 refined
1hca 2cba 0.2 235 255 100 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
1hcb 2cba 1.1 256 258 60 Carbonic anhydrase i complexed with bicarbonate
1hcc 1hfh 1.7 58 59 100 16th complement control protein (CCP) of factor h
1hcd 1hce 1.4 118 118 100 Hisactophilin (NMR, 1 structure)
1hce 1hce 0.0 118 118 100 Hisactophilin (NMR, minimized average structure)
1hcgA 5ptp 1.2 201 236 39 Blood coagulation factor xa
1hcgB 1hcgB 0.0 51 51 100 Blood coagulation factor xa
1hck 1p38 2.9 272 294 36 human cyclin-dependent kinase 2 (cdk2)
1hcl 1p38 2.8 272 294 36 human cyclin-dependent kinase 2 (cdk2)
1hcnA 1hcnA 0.0 85 85 100 Human chorionic gonadotropin
1hcnB 1hcnB 0.0 110 110 100 Human chorionic gonadotropin
1hcoA 1abwA 0.7 138 141 99 Hemoglobin (carbonmonoxy)
1hcoB 1abwA 1.5 138 146 43 Hemoglobin (carbonmonoxy)
1hcp 2nllB 2.5 69 75 51 human/chicken estrogen receptor
1hcqA 2nllB 0.9 69 74 51 human/chicken estrogen receptor DNA (5'-d(cpCpApGpGpTpC
1hcqB 2nllB 1.0 69 71 51 human/chicken estrogen receptor DNA (5'-d(cpCpApGpGpTpC
1hcqE 2nllB 1.3 68 73 50 human/chicken estrogen receptor DNA (5'-d(cpCpApGpGpTpC
1hcqF 2nllB 1.2 66 71 50 human/chicken estrogen receptor DNA (5'-d(cpCpApGpGpTpC
1hcrA 1hcrA 0.0 52 52 100 Hin recombinase (DNA-binding domain) complexed with DNA
1hcsB 1lkkA 1.4 103 107 50 human src (pp60==c-src==) acetyl-pyeeie-oh
1hctB 1lkkA 1.4 102 107 51 human src (pp60==c-src==) acetyl-pyeeie-oh
1hcv 1igtB 1.4 115 116 62 immunoglobulin g fragment (hc-v llama)
1hcy 1lla 1.9 577 644 34 Arthropodan hemocyanin (deoxygenated) refined using con
1hcz 1hcz 0.0 250 250 100 cytochrome f
1hdaA 1abwA 0.4 139 141 88 Hemoglobin (deoxy)
1hdaB 1abwA 1.5 139 145 43 Hemoglobin (deoxy)
1hdaC 1abwA 0.4 141 141 87 Hemoglobin (deoxy)
1hdaD 1abwA 1.4 139 145 43 Hemoglobin (deoxy)
1hdbA 1abwA 0.3 138 141 99 hemoglobin (deoxy) beta-v67t (hbv67t) Mutant
1hdbB 1abwA 1.4 138 146 43 hemoglobin (deoxy) beta-v67t (hbv67t) Mutant
1hdbC 1abwA 0.4 141 141 99 hemoglobin (deoxy) beta-v67t (hbv67t) Mutant
1hdbD 1abwA 1.4 138 146 43 hemoglobin (deoxy) beta-v67t (hbv67t) Mutant
1hdcA 1bdb 2.4 242 253 30 3-alpha, 20-beta-hydroxysteroid dehydrogenase complexed
1hdcB 1bdb 2.3 242 253 30 3-alpha, 20-beta-hydroxysteroid dehydrogenase complexed
1hdcC 1bdb 2.4 242 253 30 3-alpha, 20-beta-hydroxysteroid dehydrogenase complexed
1hdcD 1bdb 2.4 242 253 30 3-alpha, 20-beta-hydroxysteroid dehydrogenase complexed
1hddC 2hddA 0.4 55 57 99 Engrailed homeodomain complex with DNA
1hddD 2hddA 0.6 55 57 99 Engrailed homeodomain complex with DNA
1hdeA 1be0 0.3 310 310 99 haloalkane dehalogenase Mutant
1hdeB 1be0 0.3 310 310 99 haloalkane dehalogenase Mutant
1hdgO 1dssG 1.1 325 332 49 Holo-d-glyceraldehyde-3-phosphate dehydrogenase (synchr
1hdgQ 1dssG 1.1 325 332 49 Holo-d-glyceraldehyde-3-phosphate dehydrogenase (synchr
1hdj 1hdj 0.0 77 77 100 human hsp40 fragment (hdj-1)
1hdn 1ptf 1.4 85 85 35 Histidine-containing phosphocarrier protein (hpr) (NMR,
1hdp 1au7A 2.0 54 63 54 Oct-2 pou homeodomain (NMR, average structure)
1hdr 1dhr 0.3 236 236 95 Dihydropteridine reductase (dhpr) complexed with nadh
1hdsA 1abwA 1.0 138 141 77 Hemoglobin (sickle cell)
1hdsB 1abwA 1.7 138 145 40 Hemoglobin (sickle cell)
1hdsC 1abwA 1.0 141 141 76 Hemoglobin (sickle cell)
1hdsD 1cg5B 1.7 135 145 33 Hemoglobin (sickle cell)
1hdtH 5ptp 1.5 223 259 37 alpha-thrombin hirugen peptide n-[n-[n-[4-(aminoiminome
1hdtL 1ppbL 0.9 33 33 100 alpha-thrombin hirugen peptide n-[n-[n-[4-(aminoiminome
1hdxA 2ohxA 0.5 374 374 87 Alcohol dehydrogenase (beta-1 isoenzyme, human) complex
1hdxB 2ohxA 0.5 374 374 87 Alcohol dehydrogenase (beta-1 isoenzyme, human) complex
1hdyA 2ohxA 0.5 374 374 87 Alcohol dehydrogenase (beta-2 isoenzyme, human) complex
1hdyB 2ohxA 0.5 374 374 87 Alcohol dehydrogenase (beta-2 isoenzyme, human) complex
1hdzA 2ohxA 0.5 374 374 87 Alcohol dehydrogenase (beta-1 isoenzyme, human) mutant
1hdzB 2ohxA 0.5 374 374 87 Alcohol dehydrogenase (beta-1 isoenzyme, human) mutant
1hea 2cba 0.2 256 256 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
1heb 2cba 0.2 255 255 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
1hec 2cba 0.2 256 256 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
1hed 2cba 0.2 255 255 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
1hefE 1fmb 1.7 98 99 33 Hiv-1 protease complexed with skf 108738 (hef)
1hegE 1fmb 1.7 98 99 33 Hiv-1 protease complexed with skf 107457 (heg)
1heiA 1heiA 0.0 443 443 100 hcv helicase
1heiB 1heiA 1.3 412 412 100 hcv helicase
1hel 3lzt 0.7 129 129 100 Hen egg-white lysozyme wild type
1hem 3lzt 0.7 129 129 99 Lysozyme mutant with ser 91 replaced by thr (s91t)
1hen 3lzt 0.8 129 129 98 Lysozyme mutant with ile 55 replaced by val and ser 91
1heo 3lzt 0.7 129 129 99 Lysozyme mutant with ile 55 replaced by val (i55v)
1hep 3lzt 0.8 129 129 98 Lysozyme mutant with thr 40 replaced by ser, ile 55 rep
1heq 3lzt 0.8 129 129 98 Lysozyme mutant with thr 40 replaced by ser and ser 91
1her 3lzt 0.7 129 129 99 Lysozyme mutant with thr 40 replaced by ser (t40s)
1hev 1hev 0.0 43 43 100 Hevein (NMR, 6 structures)
1hew 3lzt 0.8 129 129 100 Lysozyme complexed with the inhibitor tri-n-acetylchito
1hex 1xaa 0.5 345 345 100 3-isopropylmalate dehydrogenase complexed with beta-nic
1hey 3chy 1.2 125 127 94 Chey mutant with asp 12 replaced by gly, asp 13 replace
1hfc 1hfc 0.0 157 157 100 Fibroblast collagenase
1hfeL 1fehA 2.3 369 397 44 fe-only hydrogenase (smaller subunit) biological_unit f
1hfeM 1fehA 2.3 369 397 44 fe-only hydrogenase (smaller subunit) biological_unit f
1hfeS 1hfeS 0.0 88 88 100 fe-only hydrogenase (smaller subunit) biological_unit f
1hfeT 1hfeS 0.2 88 88 100 fe-only hydrogenase (smaller subunit) biological_unit f
1hfh 1hfh 0.0 120 120 100 Factor h, 15th and 16th c-module pair (NMR, minimized a
1hfi 1hfh 1.3 62 62 100 Factor h, 15th c-module pair (NMR, minimized averaged s
1hfp 1aoeA 2.4 175 187 36 dihydrofolate reductase (dhfr) Mutant
1hfq 1aoeA 2.5 176 187 36 dihydrofolate reductase (dhfr) Mutant
1hfr 1aoeA 2.4 175 187 36 dihydrofolate reductase (dhfr)
1hfs 1hfc 0.8 155 160 62 stromelysin-1 (matrix metalloprotease-3, proteoglycanas
1hfx 3lzt 1.9 122 123 32 alpha-lactalbumin
1hfyA 3lzt 1.9 120 120 41 alpha-lactalbumin
1hfyB 3lzt 2.0 120 120 41 alpha-lactalbumin
1hfzA 3lzt 1.6 122 123 38 alpha-lactalbumin Mutant
1hfzB 3lzt 1.6 121 122 38 alpha-lactalbumin Mutant
1hfzC 3lzt 1.6 121 122 38 alpha-lactalbumin Mutant
1hfzD 3lzt 1.7 122 124 38 alpha-lactalbumin Mutant
1hgaA 1abwA 0.3 139 141 99 Hemoglobin (t state, deoxygenated)
1hgaB 1abwA 1.4 139 146 43 Hemoglobin (t state, deoxygenated)
1hgaC 1abwA 0.3 141 141 99 Hemoglobin (t state, deoxygenated)
1hgaD 1abwA 1.5 139 146 43 Hemoglobin (t state, deoxygenated)
1hgbA 1abwA 0.4 139 141 99 Hemoglobin (t state, aquomet)
1hgbB 1abwA 1.4 139 146 43 Hemoglobin (t state, aquomet)
1hgbC 1abwA 0.3 141 141 99 Hemoglobin (t state, aquomet)
1hgbD 1abwA 1.4 139 146 43 Hemoglobin (t state, aquomet)
1hgcA 1abwA 0.3 139 141 99 Hemoglobin (t state, alpha-oxy)
1hgcB 1abwA 1.5 139 146 43 Hemoglobin (t state, alpha-oxy)
1hgcC 1abwA 0.3 141 141 99 Hemoglobin (t state, alpha-oxy)
1hgcD 1abwA 1.5 139 146 43 Hemoglobin (t state, alpha-oxy)
1hgdA 1hgeA 0.1 328 328 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgdB 1hgeB 0.1 175 175 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgdC 1hgeA 0.6 328 328 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgdD 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgdE 1hgeA 0.6 327 328 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgdF 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgeA 1hgeA 0.0 328 328 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgeB 1hgeB 0.0 175 175 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgeC 1hgeA 0.6 328 328 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgeD 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgeE 1hgeA 0.6 327 328 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgeF 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) mutant with gly 135
1hgfA 1hgeA 0.2 328 328 99 Hemagglutinin (bromelain digested)
1hgfB 1hgeB 0.1 175 175 100 Hemagglutinin (bromelain digested)
1hgfC 1hgeA 0.6 328 328 99 Hemagglutinin (bromelain digested)
1hgfD 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested)
1hgfE 1hgeA 0.6 327 328 99 Hemagglutinin (bromelain digested)
1hgfF 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested)
1hggA 1hgeA 0.1 328 328 99 Hemagglutinin (bromelain digested) complex with alpha-2
1hggB 1hgeB 0.1 175 175 100 Hemagglutinin (bromelain digested) complex with alpha-2
1hggC 1hgeA 0.7 328 328 99 Hemagglutinin (bromelain digested) complex with alpha-2
1hggD 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) complex with alpha-2
1hggE 1hgeA 0.8 328 328 99 Hemagglutinin (bromelain digested) complex with alpha-2
1hggF 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) complex with alpha-2
1hghA 1hgeA 0.1 328 328 99 Hemagglutinin (bromelain digested) complex with alpha-2
1hghB 1hgeB 0.1 175 175 100 Hemagglutinin (bromelain digested) complex with alpha-2
1hghC 1hgeA 0.7 328 328 99 Hemagglutinin (bromelain digested) complex with alpha-2
1hghD 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) complex with alpha-2
1hghE 1hgeA 0.8 328 328 99 Hemagglutinin (bromelain digested) complex with alpha-2
1hghF 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) complex with alpha-2
1hgiA 1hgeA 0.1 328 328 99 Hemagglutinin (bromelain digested) complexed with 4-o-a
1hgiB 1hgeB 0.1 175 175 100 Hemagglutinin (bromelain digested) complexed with 4-o-a
1hgiC 1hgeA 0.7 328 328 99 Hemagglutinin (bromelain digested) complexed with 4-o-a
1hgiD 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) complexed with 4-o-a
1hgiE 1hgeA 0.8 328 328 99 Hemagglutinin (bromelain digested) complexed with 4-o-a
1hgiF 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) complexed with 4-o-a
1hgjA 1hgeA 0.1 328 328 99 Hemagglutinin (bromelain digested) complex with 9-amino
1hgjB 1hgeB 0.1 175 175 100 Hemagglutinin (bromelain digested) complex with 9-amino
1hgjC 1hgeA 0.6 328 328 99 Hemagglutinin (bromelain digested) complex with 9-amino
1hgjD 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) complex with 9-amino
1hgjE 1hgeA 0.6 327 328 99 Hemagglutinin (bromelain digested) complex with 9-amino
1hgjF 1hgeB 0.2 175 175 100 Hemagglutinin (bromelain digested) complex with 9-amino
1hgtH 5ptp 1.3 217 253 38 Alpha-thrombin complex with hirugen
1hgtL 1ppbL 2.9 31 36 100 Alpha-thrombin complex with hirugen
1hgu 1huw 2.8 154 185 71 human growth hormone (human somatotropin)
1hgxA 1hgxA 0.0 164 164 100 hypoxanthine-guanine-xanthine phosphoribosyltransferase
1hgxB 1hgxA 0.6 160 164 100 hypoxanthine-guanine-xanthine phosphoribosyltransferase
1hhgA 1agdA 0.8 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
1hhgB 1agdB 0.4 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
1hhgD 1agdA 0.8 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
1hhgE 1agdB 0.4 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
1hhhA 1agdA 0.9 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
1hhhB 1agdB 0.3 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
1hhiA 1agdA 0.8 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
1hhiB 1agdB 0.3 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
1hhiD 1agdA 0.8 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
1hhiE 1agdB 0.3 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
1hhjA 1agdA 0.9 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
1hhjB 1agdB 0.3 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
1hhjD 1agdA 0.9 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
1hhjE 1agdB 0.3 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
1hhkA 1agdA 0.9 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
1hhkB 1agdB 0.4 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
1hhkD 1agdA 0.9 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
1hhkE 1agdB 0.4 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
1hhl 3lzt 1.1 129 129 91 Lysozyme
1hhoA 1abwA 1.2 133 141 94 Hemoglobin a (oxy)
1hhoB 1abwA 1.8 135 146 43 Hemoglobin a (oxy)
1hhp 1fmb 2.0 97 99 33 Hiv-1 protease (bru isolate)
1hiaA 2pkaA 0.4 55 80 100 kallikrein biological_unit hirustasin
1hiaB 5ptp 1.5 146 150 42 kallikrein biological_unit hirustasin
1hiaI 1bx7 2.1 48 48 100 kallikrein biological_unit hirustasin
1hiaJ 1bx7 2.0 48 48 100 kallikrein biological_unit hirustasin
1hiaX 2pkaA 0.4 55 80 100 kallikrein biological_unit hirustasin
1hiaY 5ptp 1.5 146 150 42 kallikrein biological_unit hirustasin
1hib 2i1b 1.4 150 150 99 Interleukin-1 beta (human) mutant with thr 9 replaced b
1hic 4htcI 1.2 46 51 90 Hirudin variant 1 (residues 1 - 51) (NMR, 20 structures
1higA 1rfbA 2.8 114 123 34 Interferon-gamma
1higB 1rfbA 3.0 114 123 34 Interferon-gamma
1higC 1rfbA 2.8 114 123 34 Interferon-gamma
1higD 1rfbA 2.8 114 123 34 Interferon-gamma
1hihA 1fmb 1.6 97 99 33 Hiv-1 protease complexed with inhibitor cgp 53820
1hihB 1fmb 1.7 97 99 33 Hiv-1 protease complexed with inhibitor cgp 53820
1hiiA 1fmb 1.5 98 99 36 Hiv-2 protease complexed with inhibitor cgp 53820
1hiiB 1fmb 1.6 98 99 36 Hiv-2 protease complexed with inhibitor cgp 53820
1hij 1rcb 0.4 129 129 99 interleukin-4 (il-4, il4) Mutant
1hik 1rcb 0.4 129 129 100 interleukin-4 (il-4, il4)
1hilA 8fabA 5.4 202 217 44 Igg2a fab fragment (fab 179)
1hilB 1igtB 1.1 211 214 88 Igg2a fab fragment (fab 179)
1hilC 8fabA 5.3 202 217 44 Igg2a fab fragment (fab 179)
1hilD 1igtB 1.1 211 213 88 Igg2a fab fragment (fab 179)
1hinH 1igtB 2.3 212 220 88 Igg2a fab fragment (fab 179) COMPLEXED WITH PEPTIDE OF
1hinL 8fabA 4.5 204 217 43 Igg2a fab fragment (fab 179) COMPLEXED WITH PEPTIDE OF
1hip 1hpi 1.5 69 85 35 Oxidized high potential iron protein (hipip).
1hivA 1fmb 1.6 97 99 33 Hiv-1 protease (hiv-1 pr) complex with u75875 (noa-his-
1hivB 1fmb 1.6 97 99 31 Hiv-1 protease (hiv-1 pr) complex with u75875 (noa-his-
1hiwA 1hiwA 0.0 115 115 100 hiv-1 matrix protein fragment (hiv-1 ma, p17, matrix pr
1hiwB 1hiwA 0.5 110 110 100 hiv-1 matrix protein fragment (hiv-1 ma, p17, matrix pr
1hiwC 1hiwA 1.4 113 113 100 hiv-1 matrix protein fragment (hiv-1 ma, p17, matrix pr
1hiwQ 1hiwA 1.0 105 105 100 hiv-1 matrix protein fragment (hiv-1 ma, p17, matrix pr
1hiwR 1hiwA 0.4 112 112 100 hiv-1 matrix protein fragment (hiv-1 ma, p17, matrix pr
1hiwS 1hiwA 0.8 103 103 100 hiv-1 matrix protein fragment (hiv-1 ma, p17, matrix pr
1hjaB 5ptp 1.1 126 131 44 alpha-chymotrypsin ovomucoid inhibitor fragment (lys18-
1hjaC 5ptp 1.2 91 97 47 alpha-chymotrypsin ovomucoid inhibitor fragment (lys18-
1hjaI 2ovo 0.6 51 51 99 alpha-chymotrypsin ovomucoid inhibitor fragment (lys18-
1hjkA 1b8jA 0.3 449 449 99 alkaline phosphatase Mutant
1hjkB 1b8jA 0.3 449 449 99 alkaline phosphatase Mutant
1hjoA 1ba1 0.7 378 380 88 heat-shock 70kd protein fragment
1hjp 1hjp 0.0 186 186 100 ruva biological_unit
1hjrA 1hjrA 0.0 158 158 100 Holliday junction resolvase (ruvc)
1hjrB 1hjrA 0.8 158 158 100 Holliday junction resolvase (ruvc)
1hjrC 1hjrA 0.9 158 158 100 Holliday junction resolvase (ruvc)
1hjrD 1hjrA 1.0 158 158 100 Holliday junction resolvase (ruvc)
1hjt 1a6m 0.7 151 153 100 myoglobin
1hkbA 1hkcA 4.2 893 899 99 d-glucose 6-phosphotransferase (hexokinase i, hexokinas
1hkbB 1hkcA 4.0 893 899 99 d-glucose 6-phosphotransferase (hexokinase i, hexokinas
1hkcA 1hkcA 0.0 899 899 100 d-glucose 6-phosphotransferase (hexokinase i, hexokinas
1hkg 2yhx 2.1 456 457 93 Hexokinase a and glucose complex
1hklH 1mfa 1.1 113 217 60 48g7 fab fragment
1hklL 8fabA 5.3 203 214 39 48g7 fab fragment
1hks 2hts 2.6 86 106 42 Heat shock transcription factor (NMR, restrained minimi
1hkt 2hts 2.5 86 106 42 Heat shock transcription factor (NMR, 28 structures)
1hlaA 1agdA 1.5 268 268 84 Human class i histocompatibility antigen a2 (HLA-A2, hu
1hlaM 1agdB 1.1 96 97 96 Human class i histocompatibility antigen a2 (HLA-A2, hu
1hlb 1hlb 0.0 157 157 100 Hemoglobin (sea cucumber)
1hlcA 1sltA 0.8 128 129 43 Lectin (human l-14-ii) complexed with lactose
1hlcB 1sltA 0.8 128 129 43 Lectin (human l-14-ii) complexed with lactose
1hldA 2ohxA 0.2 374 374 100 Alcohol dehydrogenase (ee isozyme) complexed with nicot
1hldB 2ohxA 0.3 374 374 100 Alcohol dehydrogenase (ee isozyme) complexed with nicot
1hleA 1ovaA 2.1 324 344 39 Horse leukocyte elastase inhibitor (hlei)
1hleB 1hleB 0.0 31 31 100 Horse leukocyte elastase inhibitor (hlei)
1hlm 1hlb 2.9 155 158 58 Hemoglobin (cyano-met) (sea cucumber)
1hloA 1an4A 4.7 57 80 35 transcription factor max DNA (5'-d(CpApCpCpApCpGpTpGpGp
1hloB 1am9A 1.6 71 73 30 transcription factor max DNA (5'-d(CpApCpCpApCpGpTpGpGp
1hlpA 1ceqA 1.8 288 303 30 Malate dehydrogenase (halophilic) complexed with nicoti
1hlpB 1ceqA 1.8 287 303 30 Malate dehydrogenase (halophilic) complexed with nicoti
1hltH 5ptp 1.4 221 251 38 Alpha thrombin complexed with thrombomodulin (nondecape
1hltK 5ptp 1.4 221 251 38 Alpha thrombin complexed with thrombomodulin (nondecape
1hluA 2btfA 2.1 370 374 99 beta-actin profilin
1hluP 1pne 0.8 139 139 100 beta-actin profilin
1hma 1hma 0.0 73 73 100 Hmg-d (hmg-box domain, residues 2 - 74) (NMR, 20 struct
1hmcA 1hmcB 0.6 143 148 100 Human macrophage colony stimulating factor (alpha form,
1hmcB 1hmcB 0.0 143 143 100 Human macrophage colony stimulating factor (alpha form,
1hmdA 2mhr 1.1 113 113 45 Hemerythrin (deoxy)
1hmdB 2mhr 0.9 112 113 45 Hemerythrin (deoxy)
1hmdC 2mhr 1.1 113 113 45 Hemerythrin (deoxy)
1hmdD 2mhr 1.1 113 113 45 Hemerythrin (deoxy)
1hme 1hma 3.9 71 77 38 High mobility group protein fragment-b (hmgb) (DNA-bind
1hmf 1hma 3.8 71 77 38 High mobility group protein fragment-b (hmgb) (DNA-bind
1hml 3lzt 1.6 123 123 36 Alpha lactalbumin complexed with zinc and calcium
1hmoA 2mhr 0.9 112 113 45 Hemerythrin (oxy)
1hmoB 2mhr 0.9 112 113 45 Hemerythrin (oxy)
1hmoC 2mhr 1.1 113 113 45 Hemerythrin (oxy)
1hmoD 2mhr 1.1 113 113 45 Hemerythrin (oxy)
1hmpA 1dbrA 2.1 200 214 38 Hypoxanthine guanine phosphoribosyltransferase (hgprtas
1hmpB 1dbrA 2.0 201 209 37 Hypoxanthine guanine phosphoribosyltransferase (hgprtas
1hmr 1hmt 0.1 131 131 100 Fatty acid binding protein (human muscle, m-fabp) compl
1hms 1hmt 0.1 131 131 100 Fatty acid binding protein (human muscle, m-fabp) compl
1hmt 1hmt 0.0 131 131 100 Fatty acid binding protein (human muscle, m-fabp) compl
1hmvA 1rthA 3.0 477 536 95 Hiv-1 reverse transcriptase
1hmvB 1rthA 19.5 364 395 98 Hiv-1 reverse transcriptase
1hmy 6mhtA 1.0 315 328 99 Hhai DNA (cytosine-c5-)-methyltransferase complex with
1hna 1b8xA 1.8 200 217 46 Glutathione s-transferase (human, class mu) (gstm2-2) f
1hnbA 1b8xA 2.0 199 217 46 Glutathione s-transferase (human, class mu) (gstm2-2) f
1hnbB 1b8xA 1.8 201 217 45 Glutathione s-transferase (human, class mu) (gstm2-2) f
1hncA 1b8xA 1.7 201 217 44 Glutathione s-transferase (human, class mu) (gstm2-2) f
1hncB 1b8xA 1.7 199 217 44 Glutathione s-transferase (human, class mu) (gstm2-2) f
1hncC 1b8xA 1.5 202 217 45 Glutathione s-transferase (human, class mu) (gstm2-2) f
1hncD 1b8xA 1.9 198 217 45 Glutathione s-transferase (human, class mu) (gstm2-2) f
1hneE 1a7s 1.3 197 218 46 Human neutrophil elastase (HNE) (also referred to as hu
1hnf 1gya 1.7 102 179 100 Cd2 (human)
1hngA 1cczA 1.7 165 175 57 Cd2 (rat)
1hngB 1cczA 2.1 165 175 57 Cd2 (rat)
1hniA 1rthA 2.6 541 558 98 Human immunodeficiency virus type 1 reverse transcripta
1hniB 1rthA 5.4 195 427 75 Human immunodeficiency virus type 1 reverse transcripta
1hnl 3lzt 1.1 127 130 59 Lysozyme mutant with cys 77 replaced by ala (c77a) comp
1hnr 1hnr 0.0 47 47 100 H-ns (DNA-binding domain) (NMR, minimized average struc
1hns 1hnr 3.1 47 47 100 H-ns (DNA-binding domain) (NMR, 16 structures)
1hnvA 1rthA 2.6 540 557 98 Hiv-1 reverse transcriptase (hiv-1 rt) mutant with cys
1hnvB 1rthA 19.1 376 427 95 Hiv-1 reverse transcriptase (hiv-1 rt) mutant with cys
1hny 1smd 0.4 496 496 97 human pancreatic alpha-amylase
1hocA 1agdA 1.2 270 272 72 Murine class i major histocompatibility complex consist
1hocB 1agdB 0.6 99 99 70 Murine class i major histocompatibility complex consist
1hoe 1hoe 0.0 74 74 100 Alpha-Amylase inhibitor hoe-467A
1hom 2hddA 1.5 55 68 50 Antennapedia protein (homeodomain) (NMR, 19 structures)
1honA 1adeA 0.7 430 431 99 adenylosuccinate synthetase
1honB 1adeA 1.1 425 431 100 adenylosuccinate synthetase
1hooA 1adeA 0.8 431 431 100 adenylosuccinate synthetase
1hooB 1adeA 1.2 428 431 100 adenylosuccinate synthetase
1hopA 1adeA 1.0 431 431 100 adenylosuccinate synthetase
1hopB 1adeA 1.3 431 431 100 adenylosuccinate synthetase
1horA 1deaA 0.1 266 266 100 glucosamine 6-phosphate deaminase
1horB 1deaA 0.3 266 266 100 glucosamine 6-phosphate deaminase
1hosA 1fmb 1.7 98 99 33 Hiv-1 protease complex with sb204144
1hosB 1fmb 1.7 98 99 33 Hiv-1 protease complex with sb204144
1hotA 1deaA 0.1 266 266 100 glucosamine 6-phosphate deaminase
1hotB 1deaA 0.3 266 266 100 glucosamine 6-phosphate deaminase
1hp8 1hp8 0.0 68 68 100 hu-p8 Mutant
1hpbP 1lst 0.7 238 238 70 Histidine-binding protein (hisj) complexed with histidi
1hpcA 1htp 0.4 131 131 100 H protein of the glycine cleavage system (aminomethyltr
1hpcB 1htp 0.6 131 131 100 H protein of the glycine cleavage system (aminomethyltr
1hpgA 2sga 1.2 180 187 60 Glutamic acid-specific protease (glu-sgp) complexed wit
1hph 1hph 0.0 37 37 100 Human parathyroid hormone fragment 1 - 37 (hpth(1-37))
1hpi 1hpi 0.0 71 71 100 High-potential iron-sulfur protein from ectothiorhodosp
1hpj 5hpgA 2.9 72 79 53 plasminogen fragment
1hpk 5hpgA 3.1 72 79 50 plasminogen fragment
1hplA 1bu8 1.2 420 448 67 Lipase (triacylglycerol hydrolase)
1hplB 1bu8 1.1 420 448 67 Lipase (triacylglycerol hydrolase)
1hpm 1ba1 0.2 378 378 99 44k atpase fragment (n-terminal) of 7okda heat-shock co
1hpoA 1fmb 1.7 97 99 31 hiv-1 protease (human immunodeficiency virus type 1 pro
1hpoB 1fmb 1.6 97 99 31 hiv-1 protease (human immunodeficiency virus type 1 pro
1hpsA 1fmb 1.7 98 99 33 Hiv-1 protease complexed with sb206343
1hpsB 1fmb 1.8 98 99 33 Hiv-1 protease complexed with sb206343
1hpt 1tgsI 1.3 54 56 69 Human pancreatic secretory trypsin inhibitor variant 3
1hpvA 1fmb 1.7 98 99 33 Hiv-1 protease complexed with vx-478 (3(s)-n-(3-tetrahy
1hpvB 1fmb 1.7 98 99 33 Hiv-1 protease complexed with vx-478 (3(s)-n-(3-tetrahy
1hpxA 1fmb 1.6 97 99 31 hiv-1 protease
1hpxB 1fmb 1.6 97 99 33 hiv-1 protease
1hqaA 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1hqaB 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1hqi 1hqi 0.0 90 90 100 phenol hydroxylase p2 protein biological_unit
1hra 2nllB 2.4 67 80 57 Retinoic acid receptor (human) (beta DNA-binding domain
1hrb 2mhr 1.7 111 113 41 Hemerythrin b
1hrc 1ycc 0.6 103 104 62 Cytochrome c
1hrdA 1k89 2.1 449 449 99 glutamate dehydrogenase biological_unit
1hrdB 1k89 1.7 449 449 99 glutamate dehydrogenase biological_unit
1hrdC 1k89 2.5 449 449 99 glutamate dehydrogenase biological_unit
1hre 1xdtR 3.3 40 67 43 Heregulin-alpha (epidermal growth factor-like domain) (
1hrf 1xdtR 3.5 40 67 43 Heregulin-alpha (epidermal growth factor-like domain) (
1hrhA 1rthA 1.4 114 125 94 Ribonuclease h domain of HIV-1 reverse transcriptase
1hrhB 1rthA 1.0 111 122 96 Ribonuclease h domain of HIV-1 reverse transcriptase
1hri1 1aym1 1.6 214 273 45 Human rhinovirus 14 complex with antiviral agent sch 38
1hri2 1aym2 1.1 248 255 61 Human rhinovirus 14 complex with antiviral agent sch 38
1hri3 1aym3 0.9 230 236 53 Human rhinovirus 14 complex with antiviral agent sch 38
1hri4 4rhv4 0.0 40 40 100 Human rhinovirus 14 complex with antiviral agent sch 38
1hrjA 1b3aA 2.0 66 68 100 human regulated upon activation normal t-cell expressed
1hrjB 1b3aA 2.0 66 68 100 human regulated upon activation normal t-cell expressed
1hrm 1a6m 0.9 151 153 87 Myoglobin mutant with his 93 replaced by tyr (h93y)
1hrnA 1smrA 1.0 304 334 70 Renin complexed with polyhydroxymonoamide inhibitor bil
1hrnB 1smrA 1.2 304 333 70 Renin complexed with polyhydroxymonoamide inhibitor bil
1hroA 1ycc 1.3 105 105 42 cytochrome c2
1hroB 1ycc 1.2 105 105 42 cytochrome c2
1hrpA 1hcnA 0.9 85 86 100 Human chorionic gonadotropin (hcg)
1hrpB 1hcnB 0.8 110 110 100 Human chorionic gonadotropin (hcg)
1hrq 1hpi 1.7 69 85 38 High potential iron sulfur protein (hipip) (reduced) (N
1hrr 1hpi 1.8 69 85 38 reduced high potential iron sulfur protein (hipip)
1hrs 2fha 0.7 169 174 55 Apoferritin co-crystallized with sn-protoporphyrin ix i
1hrtH 5ptp 1.5 214 259 39 Alpha-thrombin complex with hirudin variant 1
1hrtI 4htcI 1.0 61 65 90 Alpha-thrombin complex with hirudin variant 1
1hrtL 1ppbL 3.1 36 36 79 Alpha-thrombin complex with hirudin variant 1
1hrv1 1pov1 1.6 213 273 45 Rhinovirus 14 (hrv14) complexed with sdz 35-682
1hrv2 1aym2 1.0 251 255 62 Rhinovirus 14 (hrv14) complexed with sdz 35-682
1hrv3 1aym3 1.0 232 236 53 Rhinovirus 14 (hrv14) complexed with sdz 35-682
1hrv4 4rhv4 0.0 40 40 100 Rhinovirus 14 (hrv14) complexed with sdz 35-682
1hryA 1hryA 0.0 73 73 100 human sry DNA
1hrzA 1hryA 0.7 73 73 100 human sry DNA
1hsaA 1agdA 0.8 270 276 91 Human class i histocompatibility antigen HLA-B*2705
1hsaB 1agdB 0.3 99 99 100 Human class i histocompatibility antigen HLA-B*2705
1hsaD 1agdA 0.8 269 276 91 Human class i histocompatibility antigen HLA-B*2705
1hsaE 1agdB 0.3 99 99 100 Human class i histocompatibility antigen HLA-B*2705
1hsbA 1agdA 0.9 260 270 84 Class i histocompatibility antigen aw68.1 (leucocyte an
1hsbB 1agdB 0.4 99 99 100 Class i histocompatibility antigen aw68.1 (leucocyte an
1hse 1cb6A 4.6 236 317 94 lactoferrin fragment (h253m nlf) Mutant
1hsgA 1fmb 1.5 97 99 31 hiv-1 protease
1hsgB 1fmb 1.5 97 99 31 hiv-1 protease
1hshA 1fmb 1.6 98 99 34 hiv-1 protease
1hshB 1fmb 1.7 98 99 34 hiv-1 protease
1hshC 1fmb 1.7 98 99 34 hiv-1 protease
1hshD 1fmb 1.7 98 99 34 hiv-1 protease
1hsiA 1fmb 1.9 98 99 34 hiv-1 protease
1hsiB 1fmb 2.0 98 99 34 hiv-1 protease
1hslA 1lst 1.1 238 238 70 Histidine-binding protein complexed with l-histidine
1hslB 1lst 0.7 238 238 70 Histidine-binding protein complexed with l-histidine
1hsm 1hma 3.5 71 79 38 High mobility group protein 1 (hmg1) box 2, complexed w
1hsn 1hma 3.8 71 79 38 High mobility group protein 1 (hmg1) box 2, complexed w
1hsq 1ckaA 2.0 54 71 36 Phospholipase c-gamma (sh3 domain) (NMR, minimized mean
1hsr 1arv 0.2 336 336 100 peroxidase
1hssA 1hssA 0.0 111 111 100 0.19 alpha-amylase inhibitor biological_unit
1hssB 1hssA 0.1 111 111 100 0.19 alpha-amylase inhibitor biological_unit
1hssC 1hssA 0.1 111 111 100 0.19 alpha-amylase inhibitor biological_unit
1hssD 1hssA 0.1 111 111 100 0.19 alpha-amylase inhibitor biological_unit
1hstA 1hstA 0.0 74 74 100 Histone h5 (globular domain)
1hstB 1hstA 1.3 70 74 100 Histone h5 (globular domain)
1hsw 3lzt 0.8 129 129 100 lysozyme (mucopeptide n-acetylmuramyl hydrolase, hen eg
1hsx 3lzt 0.7 129 129 100 lysozyme (mucopeptide n-acetylmuramyl hydrolase, hen eg
1hsy 1a6m 0.8 151 153 87 Myoglobin mutant with his 64 replaced by thr (h64t)
1hta 1a7w 0.6 67 68 84 histone hmfa biological_unit
1htbA 2ohxA 0.5 374 374 87 beta3 alcohol dehydrogenase (beta3 adh)
1htbB 2ohxA 0.5 374 374 87 beta3 alcohol dehydrogenase (beta3 adh)
1htdA 1atlA 0.2 200 200 100 atrolysin c (hemorrhagic toxin c, form d)
1htdB 1atlA 0.2 200 200 100 atrolysin c (hemorrhagic toxin c, form d)
1hteA 1fmb 1.7 96 99 31 Hiv-1 protease complexed with gr123976
1hteB 1fmb 1.5 97 99 31 Hiv-1 protease complexed with gr123976
1htfA 1fmb 1.7 98 99 33 Hiv-1 protease complexed with gr126045
1htfB 1fmb 1.7 98 99 33 Hiv-1 protease complexed with gr126045
1htgA 1fmb 1.6 97 99 31 Hiv-1 protease complexed with gr137615
1htgB 1fmb 1.5 97 99 31 Hiv-1 protease complexed with gr137615
1hth 1hth 0.0 34 34 100 cyclic parathyroid hormone fragment Mutant
1htiA 1amk 1.5 235 248 50 Triosephosphate isomerase (tim) complexed with 2-phosph
1htiB 1amk 1.0 244 248 51 Triosephosphate isomerase (tim) complexed with 2-phosph
1htlA 1lt3A 0.4 185 185 98 Heat labile enterotoxin (lt) mutant with val a 97 repla
1htlC 1ltsC 0.3 41 41 100 Heat labile enterotoxin (lt) mutant with val a 97 repla
1htlD 3chbD 0.5 103 103 82 Heat labile enterotoxin (lt) mutant with val a 97 repla
1htlE 3chbD 0.5 103 103 82 Heat labile enterotoxin (lt) mutant with val a 97 repla
1htlF 3chbD 0.6 103 103 82 Heat labile enterotoxin (lt) mutant with val a 97 repla
1htlG 3chbD 0.8 103 103 82 Heat labile enterotoxin (lt) mutant with val a 97 repla
1htlH 3chbD 0.6 103 103 82 Heat labile enterotoxin (lt) mutant with val a 97 repla
1htmB 1htmB 0.0 114 114 100 Hemagglutinin ectodomain (soluble fragment, tbha2)
1htmD 1htmB 0.8 114 123 100 Hemagglutinin ectodomain (soluble fragment, tbha2)
1htmF 1htmB 1.1 114 123 100 Hemagglutinin ectodomain (soluble fragment, tbha2)
1htn 1htn 0.0 156 156 100 tetranectin fragment
1htp 1htp 0.0 131 131 100 H-protein complexed with lipoic acid charged in methyla
1htrB 1smrA 2.5 287 329 39 Progastricsin (pepsinogen c)
1htrP 1htrP 0.0 43 43 100 Progastricsin (pepsinogen c)
1httA 1adjA 2.3 359 366 42 histidyl-trna synthetase (histidine-trna ligase) histid
1httB 1adjA 2.3 350 357 42 histidyl-trna synthetase (histidine-trna ligase) histid
1httC 1adjA 2.3 359 366 42 histidyl-trna synthetase (histidine-trna ligase) histid
1httD 1adjA 2.3 350 357 42 histidyl-trna synthetase (histidine-trna ligase) histid
1hucA 1hucA 0.0 47 47 100 Cathepsin b
1hucB 1theB 0.5 204 205 83 Cathepsin b
1hucC 1hucA 0.3 47 47 100 Cathepsin b
1hucD 1theB 0.5 204 205 83 Cathepsin b
1hueA 1huuA 2.5 77 90 77 hu protein
1hueB 1huuA 2.7 77 90 77 hu protein
1hug 2cba 1.0 255 256 60 Carbonic anhydrase i complexed with gold cyanide inhibi
1huh 2cba 1.0 256 257 60 Carbonic anhydrase i complexed with iodide inhibitor
1hujA 1wgjA 0.4 280 281 99 inorganic pyrophosphatase Mutant
1hujB 1wgjA 0.8 280 281 99 inorganic pyrophosphatase Mutant
1hukA 1wgjA 0.4 280 281 100 inorganic pyrophosphatase
1hukB 1wgjA 0.8 280 281 100 inorganic pyrophosphatase
1hulA 1hulA 0.0 108 108 100 interleukin-5
1hulB 1hulA 1.0 108 108 100 interleukin-5
1humA 1b3aA 2.1 67 69 50 Human macrophage inflammatory protein 1 beta (hmip-1b)
1humB 1b3aA 2.1 67 69 50 Human macrophage inflammatory protein 1 beta (hmip-1b)
1hunA 1b3aA 2.0 67 69 50 Human macrophage inflammatory protein 1 beta (hmip-1b)
1hunB 1b3aA 2.0 67 69 50 Human macrophage inflammatory protein 1 beta (hmip-1b)
1hup 1rtm1 3.1 141 141 55 mannose-binding protein
1hurA 1hurA 0.0 180 180 100 human adp-ribosylation factor 1 (harf1, arf1, marf1)
1hurB 1hurA 1.3 180 180 100 human adp-ribosylation factor 1 (harf1, arf1, marf1)
1hus 1rss 1.7 135 139 55 ribosomal protein s7
1hutH 5ptp 1.4 220 253 38 Alpha-thrombin complexed with DNA (5'-d(GpGpTpTpGpGpTpG
1hutL 1ppbL 2.1 31 36 100 Alpha-thrombin complexed with DNA (5'-d(GpGpTpTpGpGpTpG
1huuA 1huuA 0.0 80 80 100 protein hu (bsb, ns) biological_unit
1huuB 1huuA 0.2 74 74 100 protein hu (bsb, ns) biological_unit
1huuC 1huuA 0.4 71 71 100 protein hu (bsb, ns) biological_unit
1huw 1huw 0.0 166 166 100 Human growth hormone mutant with phe 10 replaced by ala
1hva 2cba 0.5 254 254 99 Carbonic anhydrase ii mutant with his 94 replaced by cy
1hvc 1hvc 0.0 203 203 100 Hiv-1 protease (tethered dimer linked by gly-gly-ser-se
1hvd 1avc 1.9 307 313 57 Annexin v (lipocortin v, endonexin ii, placental antico
1hve 1avc 2.0 307 312 56 Annexin v (lipocortin v, endonexin ii, placental antico
1hvf 1avc 2.1 309 313 57 Annexin v (lipocortin v, endonexin ii, placental antico
1hvg 1avc 1.6 312 313 56 Annexin v (lipocortin v, endonexin ii, placental antico
1hvhA 1hvc 0.7 99 99 95 hiv-1 protease
1hvhB 1fmb 1.6 97 99 32 hiv-1 protease
1hviA 1hvc 0.6 99 99 97 Hiv-1 protease complexed with the inhibitor a77003 (r,S
1hviB 1fmb 1.6 97 99 31 Hiv-1 protease complexed with the inhibitor a77003 (r,S
1hvjA 1fmb 1.9 98 99 33 Hiv-1 protease complexed with the inhibitor a78791 (s,-
1hvjB 1fmb 1.6 97 99 31 Hiv-1 protease complexed with the inhibitor a78791 (s,-
1hvkA 1fmb 1.6 97 99 33 Hiv-1 protease complexed with the inhibitor a76928 (s,S
1hvkB 1fmb 1.6 97 99 31 Hiv-1 protease complexed with the inhibitor a76928 (s,S
1hvlA 1fmb 1.6 97 99 33 Hiv-1 protease complexed with the inhibitor a76889 (r,R
1hvlB 1fmb 1.7 97 99 33 Hiv-1 protease complexed with the inhibitor a76889 (r,R
1hvq 1cnv 1.7 271 273 41 hevamine a
1hvrA 1fmb 1.8 98 99 34 Human immunodeficiency virus type 1 (hiv-1) protease co
1hvrB 1fmb 1.8 98 99 34 Human immunodeficiency virus type 1 (hiv-1) protease co
1hvsA 1fmb 1.6 97 99 32 Hiv-1 protease mutant with val 82 replaced by ala (v82a
1hvsB 1fmb 1.9 98 99 32 Hiv-1 protease mutant with val 82 replaced by ala (v82a
1hvuA 1rthA 2.7 493 554 94 hiv-1 reverse transcriptase biological_unit 33 nucleoti
1hvuB 1rthA 13.7 152 400 78 hiv-1 reverse transcriptase biological_unit 33 nucleoti
1hvuD 1rthA 2.7 493 554 94 hiv-1 reverse transcriptase biological_unit 33 nucleoti
1hvuE 1rthA 6.7 228 400 86 hiv-1 reverse transcriptase biological_unit 33 nucleoti
1hvuG 1rthA 2.7 493 554 94 hiv-1 reverse transcriptase biological_unit 33 nucleoti
1hvuH 1rthA 6.9 230 400 85 hiv-1 reverse transcriptase biological_unit 33 nucleoti
1hvuJ 1rthA 2.7 493 554 94 hiv-1 reverse transcriptase biological_unit 33 nucleoti
1hvuK 1rthA 6.7 231 400 85 hiv-1 reverse transcriptase biological_unit 33 nucleoti
1hwa 3lzt 1.8 127 129 100 Lysozyme (NMR, minimized average structure)
1hwgA 1huw 1.7 162 184 85 growth hormone Mutant growth hormone binding protein fr
1hwgB 1axiB 1.1 187 194 99 growth hormone Mutant growth hormone binding protein fr
1hwgC 1axiB 1.7 187 191 99 growth hormone Mutant growth hormone binding protein fr
1hwhA 1huw 2.3 162 185 85 growth hormone Mutant growth hormone binding protein fr
1hwhB 1axiB 0.8 187 196 99 growth hormone Mutant growth hormone binding protein fr
1hwrA 1fmb 1.7 98 99 34 hiv-1 protease
1hwrB 1fmb 1.7 98 99 34 hiv-1 protease
1hxbA 1hvc 0.7 99 99 96 hiv-1 protease ro 31-8959
1hxbB 1fmb 1.8 98 99 33 hiv-1 protease ro 31-8959
1hxeH 5ptp 1.3 218 248 38 thrombin (factor iia) hirudin variant-1
1hxfH 5ptp 1.3 218 248 38 thrombin (factor iia) hirudin variant
1hxn 1hxn 0.0 209 209 100 hemopexin (hpx)
1hxpA 1guqA 1.3 338 340 98 hexose-1-phosphate uridylyltransferase (alpha-d-galacto
1hxpB 1guqA 0.7 329 329 99 hexose-1-phosphate uridylyltransferase (alpha-d-galacto
1hxqA 1guqA 1.5 338 340 99 hexose-1-phosphate uridylyltransferase (alpha-d-galacto
1hxqB 1guqA 0.8 332 332 99 hexose-1-phosphate uridylyltransferase (alpha-d-galacto
1hxwA 1fmb 1.8 98 99 34 hiv-1 protease
1hxwB 1fmb 1.9 98 99 34 hiv-1 protease
1hyhA 1hyhA 0.0 297 297 100 l-2-hydroxyisocaproate dehydrogenase (l-hicdh)
1hyhB 1hyhA 0.3 294 294 100 l-2-hydroxyisocaproate dehydrogenase (l-hicdh)
1hyhC 1hyhA 0.9 289 297 100 l-2-hydroxyisocaproate dehydrogenase (l-hicdh)
1hyhD 1hyhA 0.9 289 297 100 l-2-hydroxyisocaproate dehydrogenase (l-hicdh)
1hylA 5ptp 1.7 204 230 33 collagenase
1hylB 5ptp 1.7 204 230 33 collagenase
1hymA 1hymA 0.0 44 44 100 hydrolyzed cucurbita maxima trypsin inhibitor v (cmti-v
1hyp 1hyp 0.0 75 75 100 Hydrophobic protein from soybean
1hyt 1hyt 0.0 316 316 100 Thermolysin complexed with benzylsuccinic acid (2(s)-be
1hyxH 1igtB 2.7 219 224 79 immunoglobulin 6d9 fragment (catalytic antibody 6d9)
1hyyH 1igtB 2.3 219 224 79 immunoglobulin 6d9 fragment (catalytic antibody 6d9)
1hyyL 8fabA 4.0 157 216 41 immunoglobulin 6d9 fragment (catalytic antibody 6d9)
1i1b 2i1b 0.4 151 151 100 Interleukin-1Beta (IL-1Beta)
1iaa 1iae 0.4 200 200 100 Astacin with zinc replaced by copper(ii)
1iab 1iae 0.2 200 200 100 Astacin with zinc replaced by cobalt(ii)
1iac 1iae 0.2 200 200 100 Astacin with zinc replaced by mercury(ii)
1iad 1iae 0.2 200 200 100 Astacin with zinc removed
1iae 1iae 0.0 200 200 100 Astacin with zinc replaced by nickel(ii)
1iag 1atlA 0.5 200 201 79 Adamalysin ii (proteinase ii)
1iaiH 1igtB 2.6 213 219 65 idiotypic fab 730.1.4 (igg1) of virus neutralizing anti
1iaiI 1igtB 2.6 206 218 72 idiotypic fab 730.1.4 (igg1) of virus neutralizing anti
1iaiL 8fabA 7.9 204 214 40 idiotypic fab 730.1.4 (igg1) of virus neutralizing anti
1iaiM 8fabA 7.4 204 215 42 idiotypic fab 730.1.4 (igg1) of virus neutralizing anti
1iakA 1iakA 0.0 182 182 100 mhc class ii i-ak hen eggwhite lysozyme peptide
1iakB 1iakB 0.0 185 185 100 mhc class ii i-ak hen eggwhite lysozyme peptide
1iam 1zxq 2.9 183 185 33 intercellular adhesion molecule-1 fragment (icam-1, cd5
1ian 1p38 1.3 255 328 98 p38 map kinase (csbp, rk, p38) Mutant biological_unit
1iaoA 1iakA 1.3 178 178 92 mhc class ii i-ad
1iaoB 1iakB 1.2 181 200 87 mhc class ii i-ad
1iba 1iba 0.0 78 78 100 glucose permease fragment
1ibcA 1pauA 1.7 136 167 30 interleukin-1beta converting enzyme (ice, caspase-1) Mu
1ibcB 1pauB 1.5 80 88 29 interleukin-1beta converting enzyme (ice, caspase-1) Mu
1ibeA 1abwA 0.6 138 141 86 hemoglobin (deoxy) biological_unit
1ibeB 1abwA 1.4 138 146 43 hemoglobin (deoxy) biological_unit
1ibgH 1igtB 3.3 210 217 66 Igg fab (igg2b, kappa) fragment (40-50 fab) complexed w
1ibgL 8fabA 7.3 201 217 43 Igg fab (igg2b, kappa) fragment (40-50 fab) complexed w
1ic1A 1zxq 3.0 182 190 34 intercellular adhesion molecule-1 fragment (icam-1)
1ic1B 1zxq 3.0 182 190 34 intercellular adhesion molecule-1 fragment (icam-1)
1ica 1ica 0.0 40 40 100 Insect defensin a (NMR, 10 structures)
1iceA 1pauA 1.7 136 167 30 Interleukin 1-beta converting enzyme (ice)
1iceB 1pauB 1.6 81 88 29 Interleukin 1-beta converting enzyme (ice)
1icjA 1icjA 0.0 168 168 100 peptide deformylase (pdf) biological_unit
1icjB 1icjA 0.4 168 168 100 peptide deformylase (pdf) biological_unit
1icjC 1icjA 0.5 168 168 100 peptide deformylase (pdf) biological_unit
1icm 1hmt 1.4 129 131 32 Intestinal fatty acid binding protein complexed with my
1icn 1hmt 1.4 129 131 32 Intestinal fatty acid binding protein mutant with arg 1
1icwA 1tvxA 1.6 64 69 46 interleukin-8 (il-8) Mutant
1icwB 1tvxA 1.5 62 66 44 interleukin-8 (il-8) Mutant
1idaA 1fmb 1.5 98 99 36 Human immunodeficiency virus type 2 (hiv-2) protease co
1idaB 1fmb 1.6 98 99 36 Human immunodeficiency virus type 2 (hiv-2) protease co
1idbA 1fmb 1.5 98 99 36 Human immunodeficiency virus type 2 (hiv-2) protease co
1idbB 1fmb 1.5 98 99 36 Human immunodeficiency virus type 2 (hiv-2) protease co
1idc 1iso 0.5 413 414 98 isocitrate dehydrogenase (idh) Mutant
1idd 1iso 0.5 413 414 98 isocitrate dehydrogenase (idh) Mutant
1ide 1iso 0.6 413 414 98 isocitrate dehydrogenase (idh) Mutant
1idf 1iso 0.6 413 414 98 isocitrate dehydrogenase (idh) Mutant
1idjA 1idk 0.8 359 359 97 pectin lyase a
1idjB 1idk 0.8 359 359 97 pectin lyase a
1idk 1idk 0.0 359 359 100 pectin lyase a
1idm 1xaa 0.4 343 343 98 3-isopropylmalate dehydrogenase (ipmdh) Mutant
1idn1 1ido 1.5 183 189 90 cd11b fragment (cell surface glycoprotein mac-1 alpha s
1idn2 1ido 1.5 183 189 90 cd11b fragment (cell surface glycoprotein mac-1 alpha s
1ido 1ido 0.0 184 184 100 integrin fragment (a-domain)
1idsA 1avmA 0.7 188 198 64 Iron-dependent superoxide dismutase (fe-superoxide dism
1idsB 1avmA 0.7 186 198 63 Iron-dependent superoxide dismutase (fe-superoxide dism
1idsC 1avmA 0.7 187 198 63 Iron-dependent superoxide dismutase (fe-superoxide dism
1idsD 1avmA 0.7 188 198 64 Iron-dependent superoxide dismutase (fe-superoxide dism
1idy 1a5j 2.1 50 54 85 mouse c-myb DNA-binding domain repeat 3 Mutant
1idz 1a5j 1.9 50 54 85 mouse c-myb DNA-binding domain repeat 3 Mutant
1ieaA 1iakA 0.7 95 182 59 mhc class ii i-ek
1ieaB 1iakB 1.7 181 214 63 mhc class ii i-ek
1ieaC 1iakA 1.0 179 182 53 mhc class ii i-ek
1ieaD 1iakB 1.7 181 214 63 mhc class ii i-ek
1iebA 1iakA 1.0 179 182 53 mhc class ii i-ek
1iebB 1iakB 2.0 96 214 61 mhc class ii i-ek
1iebC 1iakA 1.0 179 182 53 mhc class ii i-ek
1iebD 1iakB 1.8 181 214 63 mhc class ii i-ek
1ier 2fha 0.7 169 174 55 ferritin fragment
1iesA 2fha 0.7 169 174 55 ferritin fragment
1iesB 2fha 0.7 169 174 55 ferritin fragment
1iesC 2fha 0.7 169 174 55 ferritin fragment
1iesD 2fha 0.7 169 174 55 ferritin fragment
1iesE 2fha 0.7 169 174 55 ferritin fragment
1iesF 2fha 0.7 169 174 55 ferritin fragment
1iet 1cyo 2.6 71 94 79 apocytochrome b5
1ieu 1cyo 2.4 70 94 79 apocytochrome b5
1if1A 1if1A 0.0 105 105 100 interferon regulatory factor 1 fragment DNA
1if1B 1if1A 0.6 104 104 100 interferon regulatory factor 1 fragment DNA
1ifa 1au1A 2.2 149 159 39 Interferon beta (murine)
1ifb 1hmt 1.4 129 131 32 Intestinal fatty acid binding protein (apo form 1) (I-F
1ifd 1ifi 0.2 50 50 100 Inovirus (filamentous bacteriophage) strain fd major co
1ifhH 1igtB 2.2 211 219 88 Igg2a fab fragment (fab 179) COMPLEX WITH PEPTIDE OF in
1ifhL 8fabA 4.8 202 217 44 Igg2a fab fragment (fab 179) COMPLEX WITH PEPTIDE OF in
1ifi 1ifi 0.0 50 50 100 Inovirus (filamentous bacteriophage) strain fd major co
1ifj 1ifi 0.4 50 50 100 Inovirus (filamentous bacteriophage) strain fd major co
1ifk 1ifi 0.4 50 51 69 Inovirus (filamentous bacteriophage) strain if1 major c
1ifl 1ifi 0.6 50 53 41 Inovirus (filamentous bacteriophage) strain ike major c
1ifm 1pfiA 2.4 45 46 52 Inovirus (filamentous bacteriophage) strain pf1 major c
1ifn 2ifm 0.9 46 46 100 Inovirus (filamentous bacteriophage) strain pf1 major c
1ifp 1ifp 0.0 44 44 100 major coat protein assembly (pf3 inovirus)
1ifs 1mrj 1.3 239 258 38 ricin fragment Mutant
1ift 1mrj 1.2 239 258 38 ricin fragment Mutant
1ifu 1mrj 1.2 239 258 38 ricin fragment Mutant
1igb 1amp 0.6 291 291 100 aminopeptidase
1igcA 2igd 1.1 58 58 100 Igg1 fab fragment complexed with protein g (domain iii)
1igcH 1igtB 3.5 217 222 80 Igg1 fab fragment complexed with protein g (domain iii)
1igd 2igd 0.1 61 61 100 Protein g
1igfH 1igtB 1.3 215 218 79 Igg1 fab' fragment (b13i2)
1igfJ 1igtB 1.3 215 218 79 Igg1 fab' fragment (b13i2)
1igfL 8fabA 6.1 203 219 43 Igg1 fab' fragment (b13i2)
1igfM 8fabA 5.8 203 219 43 Igg1 fab' fragment (b13i2)
1igiH 1igtB 3.4 208 217 71 Fab (igg2a,Kappa) fragment (26-10)
1igiL 8fabA 4.2 204 218 42 Fab (igg2a,Kappa) fragment (26-10)
1igjA 8fabA 4.5 204 216 42 Fab (igg2a,Kappa) fragment (26-10) complex with digoxin
1igjB 1igtB 3.0 215 217 71 Fab (igg2a,Kappa) fragment (26-10) complex with digoxin
1igjC 8fabA 4.5 204 216 42 Fab (igg2a,Kappa) fragment (26-10) complex with digoxin
1igjD 1igtB 2.9 215 217 71 Fab (igg2a,Kappa) fragment (26-10) complex with digoxin
1igl 1zeiA 2.0 43 67 54 Insulin-like growth factor ii (igf-ii, igf-2) (NMR, 20
1igmH 1igtB 3.0 123 129 65 Immunoglobulin m (ig-m) fv fragment
1igmL 8fabA 1.4 103 115 48 Immunoglobulin m (ig-m) fv fragment
1ignA 1ignA 0.0 189 189 100 rap1 fragment (grf1, tba, tuf, n1310, sbf-e) DNA (5'-d(
1ignB 1ignA 0.4 189 189 100 rap1 fragment (grf1, tba, tuf, n1310, sbf-e) DNA (5'-d(
1igp 2prd 1.2 171 175 48 Inorganic pyrophosphatase
1igs 1a53 0.1 247 247 100 indole-3-glycerolphosphate synthase (igps)
1igtA 8fabA 1.4 102 214 52 igg2a intact antibody - mab231
1igtB 1igtB 0.0 444 444 100 igg2a intact antibody - mab231
1igtC 8fabA 1.3 102 214 52 igg2a intact antibody - mab231
1igtD 1igtB 16.8 388 444 79 igg2a intact antibody - mab231
1igyA 8fabA 6.1 201 213 42 igg1 intact antibody mab61.1.3
1igyB 1igtB 17.9 365 434 65 igg1 intact antibody mab61.1.3
1igyC 8fabA 6.1 201 213 42 igg1 intact antibody mab61.1.3
1igyD 1igtB 14.8 428 434 64 igg1 intact antibody mab61.1.3
1ihbA 1bd8 1.3 154 156 46 cyclin-dependent kinase 6 inhibitor (p18-ink4c(ink6))
1ihbB 1bd8 1.4 152 156 46 cyclin-dependent kinase 6 inhibitor (p18-ink4c(ink6))
1ihfA 1huuA 1.4 80 96 40 integration host factor (ihf) DNA biological_unit
1ihfB 1huuA 1.2 80 94 35 integration host factor (ihf) DNA biological_unit
1ihp 1ihp 0.0 434 434 100 phytase (myo-inositol-hexakisphosphate-3-phosphohydrola
1ihsH 5ptp 1.3 221 258 38 Alpha-thrombin complex with hirutonin-2
1ihtH 5ptp 1.4 221 258 38 Alpha-thrombin complex with hirutonin-6
1ihvA 1ihvA 0.0 52 52 100 hiv-1 integrase
1ihvB 1ihvA 0.1 52 52 100 hiv-1 integrase
1ihwA 1ihvA 0.3 52 52 100 hiv-1 integrase fragment
1ihwB 1ihvA 0.3 52 52 100 hiv-1 integrase fragment
1iibA 1iibA 0.0 103 103 100 enzyme iib of the cellobiose-specific phosphotransferas
1iibB 1iibA 0.3 103 103 100 enzyme iib of the cellobiose-specific phosphotransferas
1iieA 1iieA 0.0 75 75 100 hla-dr antigens associated invariant chain fragment (hl
1iieB 1iieA 0.1 75 75 100 hla-dr antigens associated invariant chain fragment (hl
1iieC 1iieA 0.1 75 75 100 hla-dr antigens associated invariant chain fragment (hl
1ijsP 2cas 0.7 545 548 97 canine parvovirus viral coat protein (strain d) Mutant
1ika 1iso 0.9 413 414 98 Isocitrate dehydrogenase complexed with alpha-ketogluta
1ikfH 1igtB 2.4 219 227 83 Immunoglobulin igg1-kappa antibody fragment fab complex
1ikl 1tvxA 1.9 63 69 50 human interleukin-8 (monomeric) (nap-1) Mutant
1ikm 1tvxA 1.8 63 69 50 human interleukin-8 (monomeric) (nap-1) Mutant
1iknA 1iknA 0.0 282 282 100 nf-kappa-b p65 subunit fragment (p65) nf-kappa-b p50d s
1iknC 1iknA 1.7 107 112 50 nf-kappa-b p65 subunit fragment (p65) nf-kappa-b p50d s
1iknD 1iknD 0.0 215 215 100 nf-kappa-b p65 subunit fragment (p65) nf-kappa-b p50d s
1iku 1rec 1.9 91 188 93 recoverin
1il6 1alu 1.7 157 166 100 interleukin-6
1il8A 1tvxA 1.7 64 71 49 Interleukin 8 (il-8) (neutrophil activation protein) NA
1il8B 1tvxA 1.6 63 71 48 Interleukin 8 (il-8) (neutrophil activation protein) NA
1ile 1ile 0.0 821 821 100 isoleucyl-trna synthetase (ilers) biological_unit
1ilk 2ilk 0.7 150 151 100 Interleukin-10
1ilpA 1tvxA 1.8 64 71 49 interleukin-8 (il-8) biological_unit cxcr-1 fragment (i
1ilpB 1tvxA 1.7 64 71 49 interleukin-8 (il-8) biological_unit cxcr-1 fragment (i
1ilqA 1tvxA 1.8 64 71 49 interleukin-8 (il-8) biological_unit cxcr-1 fragment (i
1ilqB 1tvxA 1.7 64 71 49 interleukin-8 (il-8) biological_unit cxcr-1 fragment (i
1ilr1 1irp 2.8 132 145 90 Interleukin 1 receptor antagonist protein (il-1ra)
1ilr2 1irp 3.0 136 144 90 Interleukin 1 receptor antagonist protein (il-1ra)
1ilsA 1nwpA 0.8 127 128 67 azurin Mutant
1ilsB 1nwpA 0.8 127 128 67 azurin Mutant
1ilsC 1nwpA 0.8 127 128 67 azurin Mutant
1ilsD 1nwpA 0.7 127 128 67 azurin Mutant
1iltA 1irp 2.8 120 143 91 Interleukin-1 receptor antagonist (il-1ra) (alpha carbo
1iltB 1irp 2.7 133 143 90 Interleukin-1 receptor antagonist (il-1ra) (alpha carbo
1iluA 1nwpA 0.7 127 128 66 azurin Mutant
1iluB 1nwpA 0.9 127 128 66 azurin Mutant
1iluC 1nwpA 0.7 127 128 66 azurin Mutant
1iluD 1nwpA 0.8 127 128 66 azurin Mutant
1iluE 1nwpA 0.8 127 128 66 azurin Mutant
1iluF 1nwpA 0.8 127 128 66 azurin Mutant
1iluG 1nwpA 0.7 127 128 66 azurin Mutant
1iluH 1nwpA 0.8 127 128 66 azurin Mutant
1iluI 1nwpA 0.8 127 128 66 azurin Mutant
1iluK 1nwpA 0.8 127 128 66 azurin Mutant
1iluL 1nwpA 0.7 127 128 66 azurin Mutant
1iluM 1nwpA 0.7 127 128 66 azurin Mutant
1imaA 1imbA 0.1 272 272 100 Inositol monophosphatase complexed with gadolinium and
1imaB 1imbA 0.3 272 272 100 Inositol monophosphatase complexed with gadolinium and
1imbA 1imbA 0.0 272 272 100 Inositol monophosphatase complexed with gadolinium and
1imbB 1imbA 0.2 272 272 100 Inositol monophosphatase complexed with gadolinium and
1imcA 1imbA 0.4 266 266 100 Inositol monophosphatase complexed with manganese (ii)
1imcB 1imbA 0.4 272 272 100 Inositol monophosphatase complexed with manganese (ii)
1imdA 1imbA 0.4 266 266 100 Inositol monophosphatase complexed with manganese (ii)
1imdB 1imbA 0.4 272 272 100 Inositol monophosphatase complexed with manganese (ii)
1imeA 1imbA 0.2 272 272 100 Inositol monophosphatase complexed with calcium
1imeB 1imbA 0.3 272 272 100 Inositol monophosphatase complexed with calcium
1imf 1imbA 1.1 262 262 98 Inositol monophosphatase (apoenzyme)
1iml 1iml 0.0 76 76 100 cysteine rich intestinal protein (crip)
1imp 1cei 2.4 81 86 56 im9
1imq 1cei 2.9 79 86 48 im9
1imt 1imt 0.0 80 80 100 intestinal toxin 1 (mit1)
1imy 1cei 2.8 81 85 62 colicin e8 immunity protein (im8)
1imz 1cei 2.9 77 85 60 colicin e8 immunity protein (im8)
1inc 5ptp 1.2 219 240 37 Porcine pancreatic elastase complex with benzoxazinone
1indH 1igtB 3.2 204 213 76 Cha255 immunoglobulin fab' fragment (igg1-lambda) compl
1indL 1mfa 5.4 123 211 80 Cha255 immunoglobulin fab' fragment (igg1-lambda) compl
1ineH 1igtB 3.3 207 213 77 Cha255 immunoglobulin fab' fragment (igg1-lambda) compl
1ineL 1mfa 5.4 123 211 80 Cha255 immunoglobulin fab' fragment (igg1-lambda) compl
1inf 2qwc 1.9 377 390 31 influenza virus bLEE40 neuraminidase (sialidase)
1ingA 2qwc 1.2 385 388 48 influenza a subtype n2 neuraminidase (sialidase)
1ingB 2qwc 1.2 385 388 48 influenza a subtype n2 neuraminidase (sialidase)
1inhA 2qwc 1.2 385 388 48 influenza a subtype n2 neuraminidase (sialidase)
1inhB 2qwc 1.2 385 388 48 influenza a subtype n2 neuraminidase (sialidase)
1ino 2prd 1.2 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase)
1inp 1inp 0.0 400 400 100 Inositol polyphosphate 1-phosphatase (1-ptase) (inosito
1inr 2ilk 1.6 132 132 100 interleukin-10 (cytokine synthesis inhibitory factor, c
1inv 2qwc 1.9 376 390 31 Influenza bLEE40 neuraminidase (sialidase) complexed wi
1inw 2qwc 1.2 385 388 48 Influenza a subtype n2 neuraminidase (sialidase) comple
1inx 2qwc 1.2 385 388 48 Influenza a subtype n2 neuraminidase (sialidase) comple
1iny 2qwc 0.6 388 388 99 Influenza a subtype n9 neuraminidase (sialidase) comple
1ioaA 1led 1.3 220 228 33 arcelin-5a (arc5a)
1ioaB 1led 1.4 220 228 33 arcelin-5a (arc5a)
1iob 2i1b 0.7 153 153 100 interleukin-1 beta (catabolin)
1ioj 1ioj 0.0 57 57 100 apoc-i
1iol 1equ 0.8 279 284 100 estrogenic 17-beta hydroxysteroid dehydrogenase (17-bet
1iop 1a6m 0.5 151 153 100 myoglobin
1iov 2dln 0.3 306 306 100 d-ala:d-ala ligase
1iow 2dln 0.4 306 306 99 d-ala:d-ala ligase (dd-ligase, ddlb) Mutant
1ipd 1xaa 0.3 345 345 99 3-isopropylmalate dehydrogenase
1iphA 1cf9A 0.5 726 727 99 catalase hpii
1iphB 1cf9A 0.5 726 727 99 catalase hpii
1iphC 1cf9A 0.5 726 727 99 catalase hpii
1iphD 1cf9A 0.5 726 727 99 catalase hpii
1ippA 1a73A 0.2 161 162 100 intron-encoded endonuclease i-ppoi biological_unit DNA
1ippB 1a73A 0.5 161 162 100 intron-encoded endonuclease i-ppoi biological_unit DNA
1ipsA 1bk0 0.8 324 328 98 isopenicillin n synthase biological_unit
1ipsB 1bk0 0.7 324 328 98 isopenicillin n synthase biological_unit
1ipwA 2prd 1.2 165 168 48 soluble inorganic pyrophosphatase biological_unit
1ipwB 2prd 1.2 165 173 48 soluble inorganic pyrophosphatase biological_unit
1ir3A 1fmk 4.4 252 303 40 insulin receptor fragment Mutant biological_unit peptid
1iraX 1irp 2.8 135 145 90 interleukin-1 receptor antagonist (il1ra) interleukin-1
1iraY 1itbB 3.4 309 311 100 interleukin-1 receptor antagonist (il1ra) interleukin-1
1irb 1poa 1.3 117 123 58 phospholipase a2 Mutant
1irc 1a6m 0.5 151 152 99 myoglobin (metaquo) Mutant
1irf 1if1A 2.7 99 112 51 interferon regulatory factor-2 fragment
1irg 1if1A 3.2 101 112 50 interferon regulatory factor-2 fragment
1irk 1fmk 3.9 242 303 40 Insulin receptor (tyrosine kinase domain) mutant with c
1irl 3inkC 2.7 116 133 82 interleukin-2 Mutant
1irn 1rb9 0.6 52 53 68 rubredoxin
1iro 1rb9 0.6 52 53 68 rubredoxin
1irp 1irp 0.0 153 153 100 Interleukin-1 receptor antagonist protein (NMR, 12 stru
1irsA 1irsA 0.0 112 112 100 irs-1 fragment (insulin receptor substrate 1) il-4 rece
1irv 1ycc 0.3 108 108 97 cytochrome c Mutant
1irw 1ycc 0.3 108 108 97 cytochrome c Mutant
1isaA 1avmA 1.9 180 192 38 Iron(ii) superoxide dismutase
1isaB 1avmA 1.9 180 192 38 Iron(ii) superoxide dismutase
1isbA 1avmA 1.9 180 192 38 Iron(iii) superoxide dismutase
1isbB 1avmA 1.9 180 192 38 Iron(iii) superoxide dismutase
1iscA 1avmA 1.9 180 192 38 Iron(iii) superoxide dismutase complexed with azide
1iscB 1avmA 1.9 180 192 38 Iron(iii) superoxide dismutase complexed with azide
1iskA 1opy 1.7 121 125 34 3-oxo-delta5-steroid isomerase (ksi, 3-ketosteroid isom
1iskB 1opy 1.7 120 125 34 3-oxo-delta5-steroid isomerase (ksi, 3-ketosteroid isom
1iso 1iso 0.0 413 413 100 isocitrate dehydrogenase (oxalosuccinate decarboxylase,
1isuA 1isuA 0.0 62 62 100 High-potential iron-sulfur protein (hipip)
1isuB 1isuA 0.4 62 62 100 High-potential iron-sulfur protein (hipip)
1itbA 2i1b 1.0 153 153 100 interleukin-1 beta biological_unit type 1 interleukin-1
1itbB 1itbB 0.0 310 310 100 interleukin-1 beta biological_unit type 1 interleukin-1
1itf 1au1A 2.9 146 165 34 interferon alpha-2a biological_unit
1itg 1bisA 1.7 138 142 99 Hiv-1 integrase (catalytic domain comprising residues 5
1ithA 1ithA 0.0 141 141 100 Hemoglobin (cyanomet)
1ithB 1ithA 0.3 141 141 100 Hemoglobin (cyanomet)
1iti 1rcb 1.5 127 133 98 Interleukin-4 mutant with four additional residues (glu
1itl 1rcb 1.7 126 130 100 Interleukin 4 (il-4) mutant with additional met at n-te
1itm 1rcb 1.6 126 130 100 Interleukin 4 (il-4) (NMR, minimized average structure)
1iud 4mbp 0.7 362 368 98 maltodextrin-binding protein male-b133 Mutant
1ius 1pbe 0.3 391 394 99 p-hydroxybenzoate hydroxylase (phbh)
1iut 1pbe 0.2 391 394 99 p-hydroxybenzoate hydroxylase (phbh)
1iuu 1pbe 0.2 391 394 99 p-hydroxybenzoate hydroxylase (phbh)
1iuv 1pbe 0.3 391 394 99 p-hydroxybenzoate hydroxylase (phbh)
1iuw 1pbe 0.2 391 394 99 p-hydroxybenzoate hydroxylase (phbh)
1iux 1pbe 0.2 391 394 99 p-hydroxybenzoate hydroxylase (phbh)
1iuz 1plc 0.6 97 98 62 plastocyanin
1iva 1agg 2.4 40 48 61 Omega-agatoxin-iva (NMR, 17 structures)
1ivb 2qwc 1.9 376 390 31 Influenza virus bLEE40 neuraminidase (sialidase) comple
1ivc 2qwc 1.2 385 388 48 Influenza a subtype n2 neuraminidase (sialidase) comple
1ivd 2qwc 1.2 385 388 48 Influenza a subtype n2 neuraminidase (sialidase) comple
1ive 2qwc 1.2 385 388 48 Influenza a subtype n2 neuraminidase (sialidase) comple
1ivf 2qwc 1.2 385 388 48 Influenza a subtype n2 neuraminidase (sialidase) comple
1ivg 2qwc 1.3 385 388 48 Influenza a subtype n2 neuraminidase (sialidase)
1ivhA 3mdeA 1.5 380 387 34 isovaleryl-coa dehydrogenase biological_unit
1ivhB 3mdeA 1.5 380 387 34 isovaleryl-coa dehydrogenase biological_unit
1ivhC 3mdeA 1.5 380 387 34 isovaleryl-coa dehydrogenase biological_unit
1ivhD 3mdeA 1.5 380 387 34 isovaleryl-coa dehydrogenase biological_unit
1ivlA 8fabA 1.5 102 107 47 Immunoglobulin vl domain (variable domain of kappa ligh
1ivlB 8fabA 1.4 102 107 47 Immunoglobulin vl domain (variable domain of kappa ligh
1ivpA 1fmb 1.7 98 99 34 Human immunodeficiency virus type 2 protease mutant wit
1ivpB 1fmb 1.6 98 99 36 Human immunodeficiency virus type 2 protease mutant wit
1ivqA 1fmb 1.8 97 99 36 Human immunodeficiency virus type 2 protease mutant wit
1ivqB 1fmb 1.6 98 99 36 Human immunodeficiency virus type 2 protease mutant wit
1ivrA 1ajsA 1.0 401 402 46 aspartate aminotransferase (maspat)
1ivyA 1ivyA 0.0 452 452 100 human protective protein (protective proteinCATHEPSIN A
1ivyB 1ivyA 1.2 449 450 97 human protective protein (protective proteinCATHEPSIN A
1ixa 1edmB 1.4 38 39 100 Egf-like module of human factor ix (NMR, minimized aver
1ixg 1ixh 0.2 321 321 99 phosphate-binding protein Mutant biological_unit
1ixh 1ixh 0.0 321 321 100 phosphate-binding protein biological_unit
1ixi 1ixh 0.2 321 321 99 phosphate-binding protein Mutant
1ixmA 1ixmA 0.0 168 168 100 sporulation response regulatory protein fragment (spo0b
1ixmB 1ixmA 1.0 168 175 100 sporulation response regulatory protein fragment (spo0b
1ixxA 1ixxD 2.1 120 129 43 coagulation factors ixX-BINDING PROTEIN fragment (ixX-B
1ixxB 1lit 2.0 99 123 33 coagulation factors ixX-BINDING PROTEIN fragment (ixX-B
1ixxC 1lit 2.2 106 129 34 coagulation factors ixX-BINDING PROTEIN fragment (ixX-B
1ixxD 1ixxD 0.0 123 123 100 coagulation factors ixX-BINDING PROTEIN fragment (ixX-B
1ixxE 1lit 2.2 106 129 34 coagulation factors ixX-BINDING PROTEIN fragment (ixX-B
1ixxF 1lit 2.0 99 123 33 coagulation factors ixX-BINDING PROTEIN fragment (ixX-B
1iyu 1iyu 0.0 79 79 100 dihydrolipoamide acetyltransferase component of pyruvat
1iyv 1iyu 1.7 79 79 100 dihydrolipoamide acetyltransferase component of pyruvat
1jacA 1jotA 0.4 133 133 80 jacalin (jackfruit agglutinin) biological_unit
1jacC 1jotA 0.4 133 133 80 jacalin (jackfruit agglutinin) biological_unit
1jacE 1jotA 0.4 133 133 80 jacalin (jackfruit agglutinin) biological_unit
1jacG 1jotA 0.4 133 133 80 jacalin (jackfruit agglutinin) biological_unit
1jae 1smd 1.0 469 471 54 alpha-amylase fragment
1jafA 1bbhA 1.3 125 128 26 cytochrome c'
1jafB 1bbhA 1.3 125 128 26 cytochrome c'
1jah 1mh1 1.6 163 166 32 c-ha-ras fragment (g-domain) Mutant
1jai 1mh1 1.5 163 166 32 c-ha-ras fragment (g-domain) Mutant
1janA 1hfc 0.6 155 164 67 matrix metallo proteinase-8 (phe79 form) fragment (mmp-
1jaoA 1hfc 0.6 155 158 67 matrix metallo proteinase-8 (met80 form) fragment (mmp-
1japA 1hfc 0.6 155 157 67 matrix metallo proteinase-8 (met80 form) fragment (mmp-
1jaqA 1hfc 0.6 155 158 67 matrix metallo proteinase-8 (met80 form) fragment (mmp-
1jaw 1az9 0.3 440 440 99 aminopeptidase p (ampp) biological_unit
1jbc 1nls 0.3 237 237 100 concanavalin a (cona)
1jckA 1bec 0.4 238 238 100 14.3.D t cell antigen receptor fragment Mutant staphylo
1jckB 3seb 1.6 229 239 67 14.3.D t cell antigen receptor fragment Mutant staphylo
1jckC 1bec 0.4 238 238 100 14.3.D t cell antigen receptor fragment Mutant staphylo
1jckD 3seb 1.6 229 239 67 14.3.D t cell antigen receptor fragment Mutant staphylo
1jcv 1mfmA 1.1 150 153 55 cuZN SUPEROXIDE DISMUTASE (yeast cuZN SOD)
1jcw 1mfmA 1.1 150 153 55 cuZN SUPEROXIDE DISMUTASE (yeast cuZN SOD)
1jda 1jdc 0.4 415 418 100 1,4-alpha maltotetrahydrolase (maltotetraose-forming ex
1jdc 1jdc 0.0 418 418 100 1,4-alpha maltotetrahydrolase (maltotetraose-forming ex
1jdd 1jdc 0.3 418 418 100 1,4-alpha maltotetrahydrolase (maltotetraose-forming ex
1jdo 1a6m 0.4 151 154 99 myoglobin Mutant
1jdw 1jdw 0.0 360 360 100 l-arginine:glycine amidinotransferase fragment (transam
1jdx 1jdw 0.8 360 360 100 l-arginine:glycine amidinotransferase fragment (transam
1jdyA 3pmgA 0.5 561 561 99 phosphoglucomutase
1jdyB 3pmgA 0.7 560 561 99 phosphoglucomutase
1jea 1gci 0.2 265 269 100 subtilisin
1jef 3lzt 0.7 129 129 94 lysozyme
1jem 1ptf 1.2 86 87 57 histidine containing protein (hpr) Mutant
1jer 2cbp 1.5 93 110 33 cucumber stellacyanin (cucumber peeling cupredoxin)
1jetA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) peptide lys ala ly
1jeuA 1jevA 0.3 517 517 100 oligo-peptide binding protein (oppa) peptide lys glu ly
1jevA 1jevA 0.0 517 517 100 oligo-peptide binding protein (oppa) peptide lys trp ly
1jfdA 2prd 1.3 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase) bio
1jfdB 2prd 1.2 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase) bio
1jfh 1smd 0.5 496 496 86 alpha-amylase (ppa)
1jfrA 1jfrA 0.0 260 260 100 lipase
1jfrB 1jfrA 0.2 260 260 100 lipase
1jhb 1kte 1.3 105 105 80 glutaredoxin
1jhgA 1jhgA 0.0 101 101 100 trp operon repressor Mutant biological_unit trp biologi
1jhlA 3lzt 0.8 129 129 92 Fv fragment (igg1, kappa) (light and heavy variable dom
1jhlH 1mfa 0.9 116 116 66 Fv fragment (igg1, kappa) (light and heavy variable dom
1jhlL 8fabA 1.4 103 108 48 Fv fragment (igg1, kappa) (light and heavy variable dom
1jiaA 1poa 1.5 113 122 41 phospholipase a2
1jiaB 1poa 1.5 113 122 41 phospholipase a2
1jic 1azpA 2.5 57 62 79 sso7d biological_unit
1jim 5ptp 1.2 219 240 37 Porcine pancreatic elastase complex with the heterocycl
1jka 3lzt 0.8 129 130 60 lysozyme Mutant
1jkb 3lzt 0.8 129 130 60 lysozyme Mutant
1jkc 3lzt 0.9 129 130 60 lysozyme Mutant
1jkd 3lzt 0.8 129 130 60 lysozyme Mutant
1jkmA 1jkmA 0.0 358 358 100 brefeldin a esterase
1jkmB 1jkmA 0.2 358 361 100 brefeldin a esterase
1jkw 1jkw 0.0 277 277 100 cyclin h (rcyclin h (recombinant))
1jldA 1fmb 1.5 98 99 36 hiv-2 protease inhibitor
1jldB 1fmb 1.6 98 99 36 hiv-2 protease inhibitor
1jli 1jli 0.0 112 112 100 interleukin 3 (multi-csf) Mutant
1jlm 1ido 1.4 183 187 92 integrin fragment (integrin alpha-m)
1jlxA 1jlyA 0.2 299 299 100 agglutinin (amaranthin, aca)
1jlxB 1jlyA 0.4 299 299 100 agglutinin (amaranthin, aca)
1jlyA 1jlyA 0.0 299 299 100 agglutinin (amaranthin, aca)
1jlyB 1jlyA 0.3 299 299 100 agglutinin (amaranthin, aca)
1jmcA 1jmcA 0.0 238 238 100 replication protein a fragment (humrpa70kd, hrpa1) sing
1jmf 1bkpA 1.9 259 316 38 thymidylate synthase Mutant biological_unit
1jmg 1bkpA 1.9 259 316 38 thymidylate synthase Mutant biological_unit
1jmh 1bkpA 1.9 259 316 38 thymidylate synthase Mutant biological_unit
1jmi 1bkpA 1.9 259 316 38 thymidylate synthase Mutant biological_unit
1joa 1nhp 0.4 447 447 99 nadh peroxidase
1joi 1nwpA 0.6 127 128 85 azurin
1jolA 1vdrA 1.9 150 160 33 dihydrofolate reductase (5,6,7,8-tetrahydrofolate
1jolB 1vdrA 1.8 148 160 32 dihydrofolate reductase (5,6,7,8-tetrahydrofolate
1jom 1vdrA 1.7 147 160 32 dihydrofolate reductase (5,6,7,8-tetrahydrofolate
1jon 1derA 1.3 141 141 100 groel, hsp60 class fragment Mutant
1jotA 1jotA 0.0 133 133 100 agglutinin
1jpc 1jpc 0.0 108 108 100 agglutinin (snowdrop lectin)
1jpo 3lzt 0.7 129 129 100 lysozyme biological_unit
1jrhH 1igtB 2.3 175 180 64 antibody a6 fragment interferon-gamma receptor alpha ch
1jrhI 1jrhI 0.0 95 95 100 antibody a6 fragment interferon-gamma receptor alpha ch
1jrhL 8fabA 1.3 101 167 49 antibody a6 fragment interferon-gamma receptor alpha ch
1jrsA 5ptp 0.3 221 223 99 trypsin
1jrtA 5ptp 0.2 221 223 99 trypsin
1js4A 1tf4A 0.1 604 605 100 endoEXOCELLULASE E4 fragment (endo-1,4-beta-d-glucanase
1js4B 1tf4A 0.3 604 605 100 endoEXOCELLULASE E4 fragment (endo-1,4-beta-d-glucanase
1jsa 1rec 2.3 173 188 97 recoverin
1jse 3lzt 0.9 129 129 94 lysozyme
1jsf 3lzt 0.8 129 130 60 lysozyme
1jsg 1a1x 1.7 104 111 39 oncogene product p14tcl1
1jstA 1p38 2.1 261 298 37 cyclin-dependent kinase-2 (cdk2) cyclin a fragment
1jstB 1vin 0.5 252 258 97 cyclin-dependent kinase-2 (cdk2) cyclin a fragment
1jstC 1p38 2.4 261 298 37 cyclin-dependent kinase-2 (cdk2) cyclin a fragment
1jstD 1vin 0.5 252 258 97 cyclin-dependent kinase-2 (cdk2) cyclin a fragment
1jsuA 1p38 2.6 249 286 37 cyclin-dependent kinase-2 (cdk2) Mutant cyclin a fragme
1jsuB 1vin 0.4 252 258 97 cyclin-dependent kinase-2 (cdk2) Mutant cyclin a fragme
1jsuC 1jsuC 0.0 69 69 100 cyclin-dependent kinase-2 (cdk2) Mutant cyclin a fragme
1jswA 1furA 2.4 452 459 39 l-aspartate ammonia-lyase (l-aspartase) biological_unit
1jswB 1furA 2.3 452 460 39 l-aspartate ammonia-lyase (l-aspartase) biological_unit
1jswC 1furA 2.1 410 413 41 l-aspartate ammonia-lyase (l-aspartase) biological_unit
1jswD 1furA 2.6 452 459 39 l-aspartate ammonia-lyase (l-aspartase) biological_unit
1jtb 1rzl 2.9 82 91 48 lipid transfer protein (ltp)
1jud 1aq6A 1.3 218 220 45 l-2-haloacid dehalogenase
1jug 3lzt 1.2 124 125 53 lysozyme
1juk 1a53 0.4 247 247 100 indole-3-glycerol phosphate synthase (igps)
1jul 1a53 0.4 247 247 100 indole-3-glycerol phosphate synthase (igps)
1junA 1junA 0.0 43 43 100 c-jun homodimer fragment (junlz, junp1n) Mutant
1junB 1junA 0.1 43 43 100 c-jun homodimer fragment (junlz, junp1n) Mutant
1juy 1adeA 1.8 427 431 99 adenylosuccinate synthetase biological_unit
1jvr 1jvr 0.0 137 137 100 human t-cell leukemia virus type ii matrix protein (htl
1jwe 1jwe 0.0 114 114 100 dnab helicase fragment
1jxe 1taq 1.1 525 525 97 taq DNA polymerase i fragment
1jxpA 1jxpA 0.0 177 177 100 ns3 serine protease (hydrolase) ns4a (structural protei
1jxpB 1jxpA 0.7 177 177 100 ns3 serine protease (hydrolase) ns4a (structural protei
1k89 1k89 0.0 449 449 100 glutamate dehydrogenase Mutant biological_unit
1kaa 1snc 0.6 135 136 99 Staphylococcal nuclease mutant with lys 116 replaced by
1kab 1snc 0.7 135 136 99 Staphylococcal nuclease mutant with lys 116 replaced by
1kanA 1knyA 0.6 253 253 99 Kanamycin nucleotidyltransferase mutant with asp 80 rep
1kanB 1knyA 0.6 253 253 99 Kanamycin nucleotidyltransferase mutant with asp 80 rep
1kao 1mh1 1.9 164 167 31 rap2a
1kapP 1sat 1.6 447 470 57 alkaline protease (p. aeruginosa alkaline protease) tet
1kas 1kas 0.0 411 411 100 beta-ketoacyl acp synthase ii biological_unit
1kawA 3ullA 1.6 92 96 35 single-stranded DNA binding protein fragment (ssb) biol
1kawB 3ullA 1.6 92 96 35 single-stranded DNA binding protein fragment (ssb) biol
1kawC 3ullA 1.6 92 96 35 single-stranded DNA binding protein fragment (ssb) biol
1kawD 3ullA 1.7 92 96 35 single-stranded DNA binding protein fragment (ssb) biol
1kax 1ba1 0.2 378 378 99 70kd heat shock cognate protein fragment (hsc70) Mutant
1kay 1ba1 0.2 378 378 99 70kd heat shock cognate protein fragment (hsc70) Mutant
1kaz 1ba1 0.2 378 378 99 70kd heat shock cognate protein fragment (hsc70) Mutant
1kb5A 1tvdA 2.0 110 115 31 kb5-c20 t-cell antigen receptor fragment (tcr vaplha vb
1kb5B 1kb5B 0.0 117 117 100 kb5-c20 t-cell antigen receptor fragment (tcr vaplha vb
1kb5H 1igtB 3.0 218 219 73 kb5-c20 t-cell antigen receptor fragment (tcr vaplha vb
1kb5L 8fabA 6.9 201 214 42 kb5-c20 t-cell antigen receptor fragment (tcr vaplha vb
1kbaA 3ebx 1.9 59 66 38 Kappa-bungarotoxin
1kbaB 3ebx 1.6 59 66 34 Kappa-bungarotoxin
1kbcA 1hfc 0.7 155 166 67 neutrophil collagenase fragment (mmp-8)
1kbcB 1hfc 0.6 155 166 67 neutrophil collagenase fragment (mmp-8)
1kbgH 1agdA 1.2 274 274 72 major histocompatibility complex class i antigen h-2kb
1kbgL 1agdB 0.9 99 99 70 major histocompatibility complex class i antigen h-2kb
1kbpA 4kbpA 0.2 424 424 100 purple acid phosphatase
1kbpB 4kbpA 0.2 424 424 100 purple acid phosphatase
1kbpC 4kbpA 0.2 424 424 100 purple acid phosphatase
1kbpD 4kbpA 0.2 424 424 100 purple acid phosphatase
1kbs 1tgxA 2.6 55 60 71 ctx iv (cytotoxin 4)
1kbt 1tgxA 2.5 54 60 73 ctx iv (cytotoxin 4)
1kceA 1bkpA 1.8 259 265 36 thymidylate synthase
1kceB 1bkpA 1.8 259 265 36 thymidylate synthase
1kct 1ovaA 2.3 365 375 30 alpha1-antitrypsin (alpha1-proteinase inhibitor) Mutant
1kcw 1kcw 0.0 1017 1017 100 ceruloplasmin biological_unit
1kda 1snc 0.8 135 136 99 Staphylococcal nuclease mutant with lys 116 replaced by
1kdb 1snc 0.7 135 136 99 Staphylococcal nuclease mutant with lys 116 replaced by
1kdc 1snc 0.7 135 136 99 Staphylococcal nuclease mutant with lys 116 replaced by
1kde 1msi 0.8 65 65 99 antifreeze protein type iii isoform hplc12 mutant (kdel
1kdf 1msi 0.8 65 65 99 antifreeze protein (kdel) Mutant
1kdnA 1npk 0.5 150 150 100 nucleoside diphosphate kinase biological_unit
1kdnB 1npk 0.4 150 150 100 nucleoside diphosphate kinase biological_unit
1kdnC 1npk 0.5 150 150 100 nucleoside diphosphate kinase biological_unit
1kdu 5hpgA 2.6 76 85 40 Plasminogen activator (urokinase-type, kringle domain)
1kdxA 1kdxA 0.0 81 81 100 cbp fragment (creb-binding protein) creb fragment (camp
1kelH 1igtB 3.8 206 218 79 28b4 fab fragment
1kelL 8fabA 4.4 205 217 42 28b4 fab fragment
1kemH 1igtB 3.9 206 218 79 28b4 fab fragment
1kemL 8fabA 4.2 204 217 42 28b4 fab fragment
1kevA 1pedA 0.8 351 351 100 nadp-dependent alcohol dehydrogenase
1kevB 1pedA 0.7 351 351 100 nadp-dependent alcohol dehydrogenase
1kevC 1pedA 0.8 351 351 100 nadp-dependent alcohol dehydrogenase
1kevD 1pedA 0.8 351 351 100 nadp-dependent alcohol dehydrogenase
1kfd 1xwl 2.3 512 560 38 DNA polymerase i (klenow fragment) complexed with dctp
1kfsA 1xwl 2.5 566 601 39 klenow fragment (large fragment) Mutant biological_unit
1kge 1btl 2.1 251 257 32 beta-lactamase (penicillinase) Mutant
1kgf 1btl 2.0 251 257 32 beta-lactamase (penicillinase) Mutant
1ki2A 2ki5A 0.4 298 306 100 thymidine kinase (tk)
1ki2B 2ki5A 0.6 299 312 100 thymidine kinase (tk)
1ki4A 2ki5A 0.3 300 300 100 thymidine kinase (tk)
1ki4B 2ki5A 0.5 299 304 100 thymidine kinase (tk)
1ki6A 2ki5A 0.3 300 300 99 thymidine kinase (tk)
1ki6B 2ki5A 0.5 299 304 100 thymidine kinase (tk)
1ki7A 2ki5A 0.3 298 302 100 thymidine kinase (tk)
1ki7B 2ki5A 0.6 298 309 100 thymidine kinase (tk)
1ki8A 2ki5A 0.4 298 304 100 thymidine kinase (tk)
1ki8B 2ki5A 0.6 298 309 100 thymidine kinase (tk)
1kid 1derA 1.7 189 193 96 groel (hsp60 class) fragment (60 kd chaperonin, protein
1kifA 1an9A 0.4 339 339 100 d-amino acid oxidase (daao)
1kifB 1an9A 0.4 339 339 100 d-amino acid oxidase (daao)
1kifC 1an9A 0.4 339 339 100 d-amino acid oxidase (daao)
1kifD 1an9A 0.4 339 339 100 d-amino acid oxidase (daao)
1kifE 1an9A 0.4 339 339 100 d-amino acid oxidase (daao)
1kifF 1an9A 0.4 339 339 100 d-amino acid oxidase (daao)
1kifG 1an9A 0.4 339 339 100 d-amino acid oxidase (daao)
1kifH 1an9A 0.4 339 339 100 d-amino acid oxidase (daao)
1kigH 5ptp 1.5 221 241 38 factor xa anticoagulant peptide (rtap)
1kigI 1kigI 0.0 60 60 100 factor xa anticoagulant peptide (rtap)
1kigL 1hcgB 1.2 51 51 61 factor xa anticoagulant peptide (rtap)
1kimA 2ki5A 0.3 300 300 100 thymidine kinase (tk)
1kimB 2ki5A 0.5 299 304 100 thymidine kinase (tk)
1kipA 8fabA 1.4 103 107 46 monoclonal antibody d1.3 Mutant lysozyme
1kipB 1mfa 1.3 115 116 38 monoclonal antibody d1.3 Mutant lysozyme
1kipC 3lzt 1.3 129 129 100 monoclonal antibody d1.3 Mutant lysozyme
1kiqA 8fabA 1.4 103 107 46 monoclonal antibody d1.3 Mutant lysozyme
1kiqB 1mfa 1.3 115 116 38 monoclonal antibody d1.3 Mutant lysozyme
1kiqC 3lzt 1.2 129 129 100 monoclonal antibody d1.3 Mutant lysozyme
1kirA 8fabA 1.4 103 107 46 monoclonal antibody d1.3 Mutant lysozyme
1kirB 1mfa 1.3 115 116 39 monoclonal antibody d1.3 Mutant lysozyme
1kirC 3lzt 1.3 129 129 100 monoclonal antibody d1.3 Mutant lysozyme
1kit 1kit 0.0 757 757 100 sialidase (neuraminidase)
1kjs 1kjs 0.0 74 74 100 c5a (complement c5a)
1klaA 2tgi 1.9 112 112 71 transforming growth factor-beta 1 (tgf-b1)
1klaB 2tgi 1.9 112 112 71 transforming growth factor-beta 1 (tgf-b1)
1klcA 2tgi 1.7 112 112 71 transforming growth factor-beta 1 (tgf-b1)
1klcB 2tgi 1.7 112 112 71 transforming growth factor-beta 1 (tgf-b1)
1kldA 2tgi 2.7 81 112 46 transforming growth factor-beta 1 (tgf-b1)
1kldB 2tgi 2.1 112 112 71 transforming growth factor-beta 1 (tgf-b1)
1klmA 1rthA 1.0 538 538 99 hiv-1 reverse transcriptase
1klmB 1rthA 19.0 360 405 99 hiv-1 reverse transcriptase
1klnA 1taq 2.3 474 595 39 DNA polymerase i (klenow fragment) mutant with asp 355
1klo 1klo 0.0 162 162 100 laminin fragment
1klt 5ptp 1.4 218 226 36 chymase Mutant biological_unit
1kmb1 1rtm1 0.3 149 149 98 mannose-binding protein-a fragment (mbp-a, k3) Mutant b
1kmb2 1rtm1 0.5 149 149 98 mannose-binding protein-a fragment (mbp-a, k3) Mutant b
1kmb3 1rtm1 0.5 149 149 98 mannose-binding protein-a fragment (mbp-a, k3) Mutant b
1kmmA 1adjA 2.5 381 387 42 histidyl-trna synthetase (histidine-trna ligase) biolog
1kmmB 1adjA 2.4 357 365 42 histidyl-trna synthetase (histidine-trna ligase) biolog
1kmmC 1adjA 2.4 381 388 42 histidyl-trna synthetase (histidine-trna ligase) biolog
1kmmD 1adjA 2.4 357 363 42 histidyl-trna synthetase (histidine-trna ligase) biolog
1kmnA 1adjA 2.5 372 380 40 histidyl-trna synthetase (histidine-trna ligase) biolog
1kmnB 1adjA 2.4 356 365 41 histidyl-trna synthetase (histidine-trna ligase) biolog
1kmnC 1adjA 2.4 372 388 40 histidyl-trna synthetase (histidine-trna ligase) biolog
1kmnD 1adjA 2.4 355 365 41 histidyl-trna synthetase (histidine-trna ligase) biolog
1knb 1knb 0.0 186 186 100 Adenovirus type 5 fiber protein (receptor binding domai
1knoA 8fabA 6.4 205 214 41 igg2a fab fragment cnj206
1knoB 1igtB 1.4 210 220 85 igg2a fab fragment cnj206
1knoC 8fabA 6.3 205 214 41 igg2a fab fragment cnj206
1knoD 1igtB 1.3 210 220 85 igg2a fab fragment cnj206
1knoE 8fabA 6.6 205 214 41 igg2a fab fragment cnj206
1knoF 1igtB 1.4 209 220 86 igg2a fab fragment cnj206
1knt 1bpi 1.2 55 55 33 Collagen type vi (kunitz-type domain c5 from the alpha
1knyA 1knyA 0.0 253 253 100 kanamycin nucleotidyltransferase (kntase) Mutant
1knyB 1knyA 0.4 253 253 100 kanamycin nucleotidyltransferase (kntase) Mutant
1koa 1kobA 1.0 350 447 61 twitchin fragment
1kobA 1kobA 0.0 353 353 100 twitchin fragment
1kobB 1kobA 0.4 352 352 100 twitchin fragment
1koe 1koe 0.0 172 172 100 endostatin fragment
1kopA 2cba 1.5 217 223 34 carbonic anhydrase
1kopB 2cba 1.5 217 223 34 carbonic anhydrase
1koqA 2cba 1.4 217 222 34 carbonic anhydrase
1koqB 2cba 1.4 216 221 34 carbonic anhydrase
1kpaA 1kpf 0.5 111 113 100 human protein kinase c interacting protein 1 (zinc prot
1kpaB 1kpf 0.5 111 113 100 human protein kinase c interacting protein 1 (zinc prot
1kpbA 1kpf 0.5 111 113 100 human protein kinase c interacting protein 1 (zinc prot
1kpbB 1kpf 0.5 111 113 100 human protein kinase c interacting protein 1 (zinc prot
1kpcA 1kpf 0.7 111 111 100 human protein kinase c interacting protein 1 (zinc prot
1kpcB 1kpf 0.6 111 111 100 human protein kinase c interacting protein 1 (zinc prot
1kpcC 1kpf 0.6 111 111 100 human protein kinase c interacting protein 1 (zinc prot
1kpcD 1kpf 0.6 109 109 100 human protein kinase c interacting protein 1 (zinc prot
1kpeA 1kpf 0.5 111 113 100 protein kinase c interacting protein (pkci-1, protein k
1kpeB 1kpf 0.4 111 113 100 protein kinase c interacting protein (pkci-1, protein k
1kpf 1kpf 0.0 111 111 100 protein kinase c interacting protein (pkci-1, protein k
1kptA 1kptA 0.0 105 105 100 kp4 toxin (p4 toxin, kp4 killer toxin)
1kptB 1kptA 0.5 104 105 100 kp4 toxin (p4 toxin, kp4 killer toxin)
1kraA 1ubpA 0.5 100 100 73 urease
1kraB 1ubpB 0.7 101 101 54 urease
1kraC 1ubpC 1.0 565 566 64 urease
1krbA 1ubpA 0.5 100 100 73 urease Mutant
1krbB 1ubpB 0.7 101 101 54 urease Mutant
1krbC 1ubpC 1.0 565 566 64 urease Mutant
1krcA 1ubpA 0.5 100 100 73 urease Mutant
1krcB 1ubpB 0.7 101 101 54 urease Mutant
1krcC 1ubpC 0.9 565 566 64 urease Mutant
1krn 5hpgA 0.9 79 79 55 plasminogen fragment
1krpA 1taq 2.3 473 601 39 klenow fragment (large fragment) Mutant biological_unit
1krs 1krs 0.0 110 110 100 lysyl-trna synthetase (product of lyss gene)
1krt 1krs 1.6 110 110 100 lysyl-trna synthetase (product of lyss gene)
1ksaA 4bcl 0.9 344 357 79 bacteriochlorophyll a protein biological_unit
1ksaB 4bcl 0.9 344 357 79 bacteriochlorophyll a protein biological_unit
1ksiA 1ksiB 0.2 641 642 100 copper amine oxidase biological_unit
1ksiB 1ksiB 0.0 642 642 100 copper amine oxidase biological_unit
1kspA 1taq 3.2 529 601 40 klenow fragment (large fragment) Mutant biological_unit
1ksr 1qfhA 2.8 98 100 41 gelation factor fragment (abp-120)
1kst 1kst 0.0 68 68 100 Kistrin (NMR, 8 structures)
1ksz 1adeA 1.8 428 431 99 adenylosuccinate synthetase biological_unit
1kte 1kte 0.0 105 105 100 thioltransferase
1ktq 1taq 1.4 528 534 97 DNA polymerase i (klentaq)
1ktx 1ktx 0.0 37 37 100 Kaliotoxin (ktx) (NMR, 11 structures)
1kuh 1kuh 0.0 132 132 100 zinc protease (neutral protease)
1kul 1kum 1.1 108 108 100 glucoamylase fragment (1,4-alpha-d-glucan glucohydrolas
1kum 1kum 0.0 108 108 100 glucoamylase fragment (1,4-alpha-d-glucan glucohydrolas
1kun 1bpi 1.8 56 58 33 alpha3-chain type vi collagen fragment
1kva 2rn2 0.3 155 155 99 ribonuclease h (rnase h) Mutant
1kvb 2rn2 0.7 152 155 99 ribonuclease h (rnase h) Mutant
1kvc 2rn2 0.8 152 155 99 ribonuclease h (rnase h) Mutant
1kvdA 1kveA 0.2 63 63 100 smk toxin fragment
1kvdB 1kveB 0.1 77 77 100 smk toxin fragment
1kvdC 1kveA 0.3 63 63 100 smk toxin fragment
1kvdD 1kveB 0.2 77 77 100 smk toxin fragment
1kveA 1kveA 0.0 63 63 100 smk toxin fragment
1kveB 1kveB 0.0 77 77 100 smk toxin fragment
1kveC 1kveA 0.2 63 63 100 smk toxin fragment
1kveD 1kveB 0.2 77 77 100 smk toxin fragment
1kvoA 1poa 1.2 115 124 38 human phospholipase a2
1kvoB 1poa 1.2 115 124 38 human phospholipase a2
1kvoC 1poa 1.2 115 124 38 human phospholipase a2
1kvoD 1poa 1.2 115 124 38 human phospholipase a2
1kvoE 1poa 1.2 115 124 38 human phospholipase a2
1kvoF 1poa 1.2 115 124 38 human phospholipase a2
1kvp 2bpa1 0.2 426 497 100 capsid protein chimera fragment
1kvq 1xel 0.1 338 338 99 udp-galactose 4-epimerase (epimerase) Mutant
1kvr 1xel 0.1 338 338 99 udp-galactose 4-epimerase (epimerase) Mutant
1kvs 1xel 0.2 338 338 99 udp-galactose 4-epimerase (epimerase) Mutant
1kvt 1xel 0.1 338 338 99 udp-galactose 4-epimerase (epimerase) Mutant
1kvu 1xel 0.1 338 338 99 udp-galactose 4-epimerase (epimerase) Mutant
1kvw 1poa 1.5 117 123 57 phospholipase a2 Mutant
1kvx 1poa 1.2 117 123 56 phospholipase a2 Mutant
1kvy 1poa 1.4 117 123 57 phospholipase a2 Mutant
1kwaA 1kwaA 0.0 88 88 100 hcaskLIN-2 PROTEIN fragment (hcask, glgf repeat, dhr) b
1kwaB 1kwaA 2.0 85 86 93 hcaskLIN-2 PROTEIN fragment (hcask, glgf repeat, dhr) b
1kxa 1svpA 1.3 158 158 99 sindbis virus capsid protein fragment
1kxb 1svpA 1.3 158 158 100 sindbis virus capsid protein fragment Mutant
1kxc 1svpA 1.3 158 158 99 sindbis virus capsid protein fragment Mutant
1kxd 1svpA 1.3 158 158 99 sindbis virus capsid protein fragment Mutant
1kxe 1svpA 1.2 157 157 98 sindbis virus capsid protein fragment Mutant
1kxf 1svpA 1.3 158 159 99 sindbis virus capsid protein fragment (sindbis virus co
1kxiA 1tgxA 2.1 60 62 60 cardiotoxin v (ctx a5)
1kxiB 1tgxA 2.0 60 62 60 cardiotoxin v (ctx a5)
1kxu 1jkw 1.0 275 276 98 cyclin h Mutant
1kxw 3lzt 0.7 129 129 99 lysozyme Mutant biological_unit
1kxx 3lzt 0.7 129 129 98 lysozyme Mutant biological_unit
1kxy 3lzt 0.7 129 129 99 lysozyme Mutant biological_unit
1kzuA 1kzuA 0.0 49 49 100 light harvesting protein b-800850 (lh2)
1kzuB 1kzuB 0.0 41 41 100 light harvesting protein b-800850 (lh2)
1kzuD 1kzuA 0.1 49 49 100 light harvesting protein b-800850 (lh2)
1kzuE 1kzuB 0.0 41 41 100 light harvesting protein b-800850 (lh2)
1kzuG 1kzuA 0.1 49 49 100 light harvesting protein b-800850 (lh2)
1kzuH 1kzuB 0.1 41 41 100 light harvesting protein b-800850 (lh2)
1l00 1l92 0.3 162 164 97 Lysozyme mutant with gln 105 replaced by ala (q105a)
1l01 1l92 0.2 162 164 97 Lysozyme (double mutant with thr 155 replaced by ala an
1l02 1l92 0.2 162 164 97 Lysozyme (mutant with thr 157 replaced by ala) (t157a)
1l03 1l92 0.1 162 164 97 S==gamma157==-beta-mercaptoethanol-lysozyme (mutant wit
1l04 1l92 0.2 162 164 97 Lysozyme (mutant with thr 157 replaced by asp) (t157d)
1l05 1l92 0.2 162 164 97 Lysozyme (mutant with thr 157 replaced by asp) (t157d)
1l06 1l92 0.2 162 164 97 Lysozyme (mutant with thr 157 replaced by glu) (t157e)
1l07 1l92 0.1 162 164 97 Lysozyme (mutant with thr 157 replaced by phe) (t157f)
1l08 1l92 0.1 162 164 97 Lysozyme (mutant with thr 157 replaced by gly) (t157g)
1l09 1l92 0.2 162 164 97 Lysozyme (mutant with thr 157 replaced by his) (t157h)
1l10 1l92 0.2 162 164 97 Lysozyme (mutant with thr 157 replaced by ile) (t157i)
1l11 1l92 0.2 162 164 97 S==gamma97==-beta-mercaptoethanol-lysozyme (mutant with
1l12 1l92 0.2 162 164 97 Lysozyme (mutant with thr 157 replaced by asn) (t157n)
1l13 1l92 0.1 162 164 97 Lysozyme (mutant with thr 157 replaced by arg) (t157r)
1l14 1l92 0.1 162 164 97 Lysozyme (mutant with thr 157 replaced by ser) (t157s)
1l15 1l92 0.2 162 164 97 Lysozyme (mutant with thr 157 replaced by val) (t157v)
1l16 1l92 0.2 162 164 97 Lysozyme (mutant with gly 156 replaced by asp) (g156d)
1l17 1l92 0.2 162 164 97 Lysozyme (mutant with ile 3 replaced by val) (I3V)
1l18 1l92 0.3 162 164 97 Lysozyme (mutant with ile 3 replaced by tyr) (I3Y)
1l19 1l92 0.1 162 164 97 Lysozyme (mutant with ser 38 replaced by asp) (S38D)
1l20 1l92 0.2 162 164 97 Lysozyme (mutant with asn 144 replaced by asp) (N144D)
1l21 1l92 0.2 162 164 97 Lysozyme (mutant with asn 55 replaced by gly) (N55G)
1l22 1l92 0.2 162 164 97 Lysozyme (mutant with lys 124 replaced by gly) (K124G)
1l23 1l92 0.1 162 164 97 Lysozyme (mutant with gly 77 replaced by ala) (G77A)
1l24 1l92 0.1 162 164 97 Lysozyme (mutant with ala 82 replaced by pro) (A82P)
1l25 1l92 0.2 162 164 97 Lysozyme (mutant with pro 86 replaced by ala) (P86A)
1l26 1l92 0.2 162 164 97 S==gamma86==-beta-mercaptoethanol-lysozyme (mutant with
1l27 1l92 0.2 162 164 97 Lysozyme (mutant with pro 86 replaced by asp) (P86D)
1l28 1l92 0.2 162 164 97 Lysozyme (mutant with pro 86 replaced by gly) (P86G)
1l29 1l92 0.2 162 164 97 Lysozyme (mutant with pro 86 replaced by his) (P86H)
1l30 1l92 0.2 162 164 97 Lysozyme (mutant with pro 86 replaced by leu) (P86L)
1l31 1l92 0.2 162 164 97 Lysozyme (mutant with pro 86 replaced by arg) (P86R)
1l32 1l92 0.2 162 164 97 Lysozyme (mutant with pro 86 replaced by ser) (P86S)
1l33 1l92 0.1 162 164 97 Lysozyme (mutant with val 131 replaced by ala) (V131A)
1l34 1l92 0.2 162 164 97 Lysozyme (mutant with arg 96 replaced by his) (R96H)
1l35 1l92 0.2 162 164 99 Lysozyme (mutant with ile 3 replaced by tyr, cys 54 rep
1l36 1l92 0.2 162 162 96 Lysozyme mutant with glu 128 replaced by ala, val 131 r
1l37 1l92 0.1 162 164 97 Lysozyme (mutant with thr 115 replaced by glu) (T115E)
1l38 1l92 0.1 162 164 97 Lysozyme (mutant with gln 123 replaced by glu) (Q123E)
1l39 1l92 0.1 162 164 99 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l40 1l92 0.1 162 164 99 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l41 1l92 0.2 162 164 98 Lysozyme (mutant with cys 54 replaced by thr, lys 83 re
1l42 1l92 0.2 162 164 97 Lysozyme (mutant with lys 16 replaced by glu) (K16E)
1l43 1l92 0.2 162 164 97 Lysozyme (mutant with lys 16 replaced by glu) (K16E)
1l44 1l92 0.2 162 164 97 Lysozyme (mutant with arg 119 replaced by glu) (R119E)
1l45 1l92 0.2 162 164 97 Lysozyme (mutant with lys 135 replaced by glu) (K135E)
1l46 1l92 0.2 162 164 97 Lysozyme (mutant with lys 147 replaced by glu) (K147E)
1l47 1l92 0.2 162 164 97 Lysozyme (mutant with arg 154 replaced by glu) (R154E)
1l48 1l92 0.2 162 164 97 Lysozyme (mutant with ala 98 replaced by val) (A98V)
1l49 1l92 0.2 162 164 97 Lysozyme (mutant with ala 98 replaced by val, thr 152 r
1l50 1l92 0.2 162 164 96 Lysozyme (mutant with ala 98 replaced by val, val 149 r
1l51 1l92 0.2 162 164 96 Lysozyme (mutant with ala 98 replaced by val, val 149 r
1l52 1l92 0.1 162 164 97 Lysozyme (mutant with thr 152 replaced by ser) (T152S)
1l53 1l92 0.3 162 164 97 Lysozyme (mutant with val 149 replaced by cys) (V149C)
1l54 1l92 0.2 162 164 99 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l55 1l92 0.2 162 162 99 Lysozyme (mutant with cys 54 replaced by thr, asp 92 re
1l56 1l92 0.2 162 164 97 Lysozyme (mutant with lys 60 replaced by pro) (K60P)
1l57 1l92 0.2 162 162 97 Lysozyme (mutant with asn 116 replaced by asp) (N116D)
1l58 1l92 0.2 162 164 97 Lysozyme (mutant with pro 143 replaced by ala) (P143A)
1l59 1l92 0.1 162 162 99 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l60 1l92 0.2 162 164 97 Lysozyme (mutant with gly 113 replaced by ala) (G113A)
1l61 1l92 0.1 162 162 99 Lysozyme (mutant with ser 38 replaced by asn, cys 54 re
1l62 1l92 0.1 162 162 99 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l63 1l92 0.1 162 162 99 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l64 1l92 0.2 162 162 95 Lysozyme (mutant with asn 40 replaced by ala, lys 43 re
1l65 1l92 0.2 162 162 99 Lysozyme (mutant with asp 47 replaced by ala, cys 54 re
1l66 1l92 0.2 162 162 99 Lysozyme (mutant with lys 43 replaced by ala, cys 54 re
1l67 1l92 0.2 162 162 99 Lysozyme (mutant with leu 46 replaced by ala, cys 54 re
1l68 1l92 0.2 162 162 99 Lysozyme (mutant with ser 44 replaced by ala, cys 54 re
1l69 1l92 0.2 162 162 97 Lysozyme (mutant with leu 133 replaced by ala) (L133A)
1l70 1l92 0.2 162 162 97 Lysozyme (mutant with val 131 replaced by ala, asn 132
1l71 1l92 0.2 162 162 97 Lysozyme (mutant with glu 128 replaced by ala, val 131
1l72 1l92 0.3 162 162 97 Lysozyme (mutant with asp 127 replaced by ala, glu 128
1l73 1l92 0.3 162 162 95 Lysozyme (mutant with asp 127 replaced by ala, glu 128
1l74 1l92 0.2 162 162 95 Lysozyme (mutant with glu 128 replaced by ala, val 131
1l75 1l92 0.5 162 162 95 Lysozyme (mutant with asp 127 replaced by ala, glu 128
1l76 1l92 0.4 162 162 99 Lysozyme (mutant with cys 54 replaced by thr, asp 72 re
1l77 1l92 0.2 162 162 99 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l79 1l92 0.4 162 162 99 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l80 1l92 0.4 162 162 98 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l81 1l92 0.2 162 162 98 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l82 1l92 0.4 162 162 97 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1l83 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l84 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l85 1l92 0.3 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l86 1l92 0.3 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l87 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l88 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l89 1l92 0.3 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l90 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l91 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l92 1l92 0.0 162 162 100 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l93 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l94 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l95 1l92 0.3 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1l96 1l92 0.2 162 162 97 Lysozyme mutant with ile 3 replaced by pro (i3p) (space
1l97A 1l92 2.6 162 164 97 Lysozyme mutant with ile 3 replaced by pro (i3p) (space
1l97B 1l92 2.4 162 164 97 Lysozyme mutant with ile 3 replaced by pro (i3p) (space
1l98 1l92 0.2 162 164 97 Lysozyme mutant with gln 105 replaced by glu (q105e)
1l99 1l92 0.3 162 164 97 Lysozyme mutant with gln 105 replaced by gly (q105g)
1laa 3lzt 0.8 129 130 60 Lysozyme mutant with asp 53 replaced by glu (D53E)
1lab 1ghj 2.7 76 80 30 Dihydrolipoamide acetyltransferase (e2p) subunit of the
1lac 1ghj 2.4 76 80 30 Dihydrolipoamide acetyltransferase (e2p) subunit of the
1lafE 1lst 0.1 238 238 100 Lysine, arginine, ornithine-binding protein (lao) compl
1lagE 1lst 0.2 238 238 100 Lysine, arginine, ornithine-binding protein (lao) compl
1lahE 1lst 0.2 238 238 100 Lysine, arginine, ornithine-binding protein (lao) compl
1lam 1lam 0.0 484 484 100 leucine aminopeptidase (cytosolic aminopeptidase)
1lanA 1lam 0.2 484 484 100 leucine aminopeptidase (cytosolic aminopeptidase) l-leu
1lap 1lam 0.4 481 481 100 Leucine aminopeptidase
1latA 2nllB 1.4 71 71 52 glucocorticoid receptor (eTR-GR) Mutant DNA glucocortic
1latB 2nllB 1.2 71 74 52 glucocorticoid receptor (eTR-GR) Mutant DNA glucocortic
1lauE 1akz 1.3 220 228 41 uracil-DNA glycosylase DNA (5'-d(pTpTpT)-3')
1lav 2rn2 0.2 155 155 99 Ribonuclease h mutant with val 74 replaced by leu (v74l
1law 2rn2 0.2 155 155 99 Ribonuclease h mutant with val 74 replaced by ile (v74i
1lay 1lay 0.0 202 202 100 cytomegalovirus protease (assemblin) Mutant
1lba 1lba 0.0 146 146 100 Lysozyme mutant with ala 6 replaced by lys and residues
1lbd 1lbd 0.0 238 238 100 retinoid x receptor fragment (rxr_lbd)
1lbeA 1lbeA 0.0 250 250 100 adp ribosyl cyclase (cyclase, nadase)
1lbeB 1lbeA 0.6 248 248 100 adp ribosyl cyclase (cyclase, nadase)
1lbgA 1tlfA 1.9 293 357 91 lactose operon repressor 21-base pair symmetric operato
1lbgB 1tlfA 4.9 291 357 93 lactose operon repressor 21-base pair symmetric operato
1lbgC 1tlfA 1.8 295 357 90 lactose operon repressor 21-base pair symmetric operato
1lbgD 1tlfA 5.2 292 357 98 lactose operon repressor 21-base pair symmetric operato
1lbhA 1tlfA 1.1 294 296 92 intact lactose operon repressor with gratuitous inducer
1lbhB 1tlfA 4.5 292 296 92 intact lactose operon repressor with gratuitous inducer
1lbhC 1tlfA 0.9 292 296 94 intact lactose operon repressor with gratuitous inducer
1lbhD 1tlfA 4.1 290 296 95 intact lactose operon repressor with gratuitous inducer
1lbiA 1tlfA 0.9 292 296 93 lac repressor
1lbiB 1tlfA 4.3 293 296 94 lac repressor
1lbiC 1tlfA 1.3 295 296 92 lac repressor
1lbiD 1tlfA 4.5 293 296 94 lac repressor
1lbs 1tca 0.3 317 317 100 lipase b (triacylglycerol hydrolase)
1lbt 1tca 0.3 317 317 100 lipase b (triacylglycerol hydrolase)
1lbu 1lbu 0.0 213 213 100 muramoyl-pentapeptide carboxypeptidase
1lca 1bkpA 1.9 259 317 38 thymidylate synthase (ts, lcts)
1lcb 1bkpA 2.0 259 317 38 thymidylate synthase (ts, lcts)
1lccA 1pru 2.2 48 51 46 Lac repressor (headpiece) complex with an 11 base-pair
1lcdA 1pru 2.3 48 51 46 Lac repressor (headpiece) complex with an 11 base-pair
1lce 1bkpA 1.9 259 317 38 thymidylate synthase (ts, lcts)
1lcf 1cb6A 3.9 607 691 97 Lactoferrin (copper and oxalate form)
1lci 1lci 0.0 523 523 100 luciferase
1lcjA 1lkkA 0.7 104 104 100 p56==lck== tyrosine kinase Mutant phosphopeptide epq(ph
1lckA 1lkkA 0.8 104 164 100 p56==lck== tyrosine kinase Mutant tail phosphopeptide t
1lcl 1lcl 0.0 141 141 100 lysophospholipase (charcot-leyden crystal protein)
1lcnA 3lzt 0.7 129 129 100 lysozyme (muramidase) biological_unit
1lcnB 3lzt 1.7 129 129 100 lysozyme (muramidase) biological_unit
1lcoA 1gox 1.2 326 480 41 l-lactate dehydrogenase (cytochrome c oxidoreductase, f
1lcoB 1gox 1.3 327 391 41 l-lactate dehydrogenase (cytochrome c oxidoreductase, f
1lcpA 1lam 0.2 484 484 100 leucine aminopeptidase
1lcpB 1lam 0.2 484 484 100 leucine aminopeptidase
1lct 1cb6A 4.6 240 324 94 Lactoferrin (n-terminal half-molecule)
1ld9A 1agdA 2.1 268 268 74 mhc class i h-2ld heavy chain fragment (ld) beta-2 micr
1ld9B 1agdB 0.7 99 99 70 mhc class i h-2ld heavy chain fragment (ld) beta-2 micr
1ld9D 1agdA 2.1 268 268 74 mhc class i h-2ld heavy chain fragment (ld) beta-2 micr
1ld9E 1agdB 0.7 99 99 70 mhc class i h-2ld heavy chain fragment (ld) beta-2 micr
1ldb 1ceqA 1.4 285 294 29 Apo-L-Lactate dehydrogenase
1ldcA 1gox 1.3 327 478 41 L-lactate dehydrogenase
1ldcB 1gox 1.3 325 382 41 L-lactate dehydrogenase
1ldeA 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
1ldeB 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
1ldeC 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
1ldeD 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
1ldg 1ceqA 0.9 302 315 99 l-lactate dehydrogenase
1ldl 1ajj 2.2 35 46 47 low-density lipoprotein receptor fragment (lb1)
1ldm 3ldh 1.2 327 329 77 M=4= lactate dehydrogenase ternary complex with NAD and
1ldnA 1ceqA 1.5 295 316 28 L-lactate dehydrogenase complexed with nadh, oxamate, a
1ldnB 1ceqA 1.5 295 316 28 L-lactate dehydrogenase complexed with nadh, oxamate, a
1ldnC 1ceqA 1.5 295 316 28 L-lactate dehydrogenase complexed with nadh, oxamate, a
1ldnD 1ceqA 1.5 295 316 28 L-lactate dehydrogenase complexed with nadh, oxamate, a
1ldnE 1ceqA 1.5 295 316 28 L-lactate dehydrogenase complexed with nadh, oxamate, a
1ldnF 1ceqA 1.5 295 316 28 L-lactate dehydrogenase complexed with nadh, oxamate, a
1ldnG 1ceqA 1.5 295 316 28 L-lactate dehydrogenase complexed with nadh, oxamate, a
1ldnH 1ceqA 1.5 295 316 28 L-lactate dehydrogenase complexed with nadh, oxamate, a
1ldpH 1agdA 1.5 272 272 74 mhc class i h-2ld fragment Mutant biological_unit pepti
1ldpL 1agdB 0.9 99 99 70 mhc class i h-2ld fragment Mutant biological_unit pepti
1ldr 1ajj 2.2 36 41 45 low-density lipoprotein receptor fragment (lb2)
1ldtL 1tgsI 1.0 36 46 51 trypsin biological_unit tryptase inhibitor (ldti) biolo
1ldtT 5ptp 0.5 223 223 81 trypsin biological_unit tryptase inhibitor (ldti) biolo
1ldyA 2ohxA 0.3 374 374 100 alcohol dehydrogenase (adh) biological_unit
1ldyB 2ohxA 0.3 374 374 100 alcohol dehydrogenase (adh) biological_unit
1ldyC 2ohxA 0.3 374 374 100 alcohol dehydrogenase (adh) biological_unit
1ldyD 2ohxA 0.3 374 374 100 alcohol dehydrogenase (adh) biological_unit
1le2 1nfn 0.6 132 144 99 Apolipoprotein-E2 (LDL receptor binding domain) (mutant
1le4 1nfn 0.3 129 139 99 Apolipoprotein-E4 (LDL receptor binding domain) (mutant
1lea 1lea 0.0 72 72 100 Lexa repressor DNA binding domain (NMR, minimized avera
1leb 1lea 1.3 71 72 100 Lexa repressor DNA binding domain (NMR, 28 structures)
1lec 1led 0.2 243 243 100 Lectin (fourth isolated from (griffonia simplicifolia))
1led 1led 0.0 243 243 100 Lectin (fourth isolated from (griffonia simplicifolia))
1lehA 1lehA 0.0 364 364 100 leucine dehydrogenase biological_unit
1lehB 1lehA 0.7 364 364 100 leucine dehydrogenase biological_unit
1lemA 1led 1.5 177 181 42 Lectin (lentil) (hexagonal crystal form)
1lemB 2ltnB 0.3 47 47 81 Lectin (lentil) (hexagonal crystal form)
1lenA 1led 1.4 177 181 43 Lectin (lentil) (monoclinic crystal form)
1lenB 2ltnB 0.2 47 47 81 Lectin (lentil) (monoclinic crystal form)
1lenC 1led 1.5 177 181 43 Lectin (lentil) (monoclinic crystal form)
1lenD 2ltnB 0.2 47 47 81 Lectin (lentil) (monoclinic crystal form)
1leo 1npk 0.3 150 150 99 nucleoside diphosphate kinase (ndp kinase) Mutant
1lepA 1lepA 0.0 81 81 100 chaperonin-10 (ml10)
1lepB 1lepA 0.5 81 81 100 chaperonin-10 (ml10)
1lepC 1lepA 0.5 81 81 100 chaperonin-10 (ml10)
1lepD 1lepA 0.5 81 81 100 chaperonin-10 (ml10)
1lepE 1lepA 0.5 81 81 100 chaperonin-10 (ml10)
1lepF 1lepA 0.4 81 81 100 chaperonin-10 (ml10)
1lepG 1lepA 0.5 81 81 100 chaperonin-10 (ml10)
1lesA 1led 1.5 174 181 43 lentil lectin (lens culinaris lectin)
1lesB 2ltnB 0.3 47 47 86 lentil lectin (lens culinaris lectin)
1lesC 1led 1.4 176 181 43 lentil lectin (lens culinaris lectin)
1lesD 2ltnB 0.3 47 47 86 lentil lectin (lens culinaris lectin)
1lfaA 1ido 2.0 175 183 32 cd11a (lfa-1, alpha-l\,Beta-2 integrin, a-domain)
1lfaB 1ido 2.0 175 182 32 cd11a (lfa-1, alpha-l\,Beta-2 integrin, a-domain)
1lfb 1lfb 0.0 77 77 100 Transcription factor lfb1 (homeodomain)
1lfg 1cb6A 3.9 607 691 97 Lactoferrin (diferric)
1lfh 1cb6A 0.3 597 691 99 Lactoferrin (apo form)
1lfi 1cb6A 3.8 606 691 97 Lactoferrin (copper form)
1lfo 1hmt 1.7 126 127 26 liver fatty acid binding protein (lfabp)
1lgaA 1arv 1.2 335 343 43 Lignin peroxidase (lip) (ferric)
1lgaB 1arv 1.2 335 341 43 Lignin peroxidase (lip) (ferric)
1lgbA 1led 1.5 177 181 41 Legume isolectin ii (lol ii) complexed with lactotransf
1lgbB 2ltnB 0.4 46 46 81 Legume isolectin ii (lol ii) complexed with lactotransf
1lgbC 1cb6A 0.9 159 159 99 Legume isolectin ii (lol ii) complexed with lactotransf
1lgcA 1led 1.5 177 181 41 Legume isolectin ii (lol ii) complexed with a human lac
1lgcB 2ltnB 0.5 47 50 81 Legume isolectin ii (lol ii) complexed with a human lac
1lgcC 1led 1.5 177 181 41 Legume isolectin ii (lol ii) complexed with a human lac
1lgcD 2ltnB 0.4 47 47 81 Legume isolectin ii (lol ii) complexed with a human lac
1lgcE 1led 1.4 176 181 42 Legume isolectin ii (lol ii) complexed with a human lac
1lgcF 2ltnB 0.4 46 46 83 Legume isolectin ii (lol ii) complexed with a human lac
1lghA 1lghA 0.0 56 56 100 light harvesting complex ii (lh ii, b800850) biological
1lghB 1lghB 0.0 43 43 100 light harvesting complex ii (lh ii, b800850) biological
1lghD 1lghA 0.1 56 56 100 light harvesting complex ii (lh ii, b800850) biological
1lghE 1lghB 0.1 43 43 100 light harvesting complex ii (lh ii, b800850) biological
1lghG 1lghA 0.1 56 56 100 light harvesting complex ii (lh ii, b800850) biological
1lghH 1lghB 0.1 43 43 100 light harvesting complex ii (lh ii, b800850) biological
1lghJ 1lghA 0.1 56 56 100 light harvesting complex ii (lh ii, b800850) biological
1lghK 1lghB 0.1 43 43 100 light harvesting complex ii (lh ii, b800850) biological
1lgnA 1sacA 0.4 204 204 100 serum amyloid p component biological_unit
1lgnB 1sacA 0.2 204 204 100 serum amyloid p component biological_unit
1lgnC 1sacA 0.2 204 204 100 serum amyloid p component biological_unit
1lgnD 1sacA 0.2 204 204 100 serum amyloid p component biological_unit
1lgnE 1sacA 0.2 204 204 100 serum amyloid p component biological_unit
1lgr 1lgr 0.0 445 445 100 Glutamine synthetase complexed with amp
1lgyA 3tgl 1.1 263 265 56 triacylglycerol lipase (lipase)
1lgyB 3tgl 1.1 264 265 56 triacylglycerol lipase (lipase)
1lgyC 3tgl 1.1 263 265 56 triacylglycerol lipase (lipase)
1lh1 2gdm 1.2 153 153 100 Leghemoglobin (acetate,Met)
1lh2 2gdm 1.2 153 153 100 Leghemoglobin (aquo,Met)
1lh3 2gdm 1.2 153 153 100 Leghemoglobin (cyano,Met)
1lh5 2gdm 1.2 153 153 100 Leghemoglobin (fluoro,Met)
1lh6 2gdm 1.3 153 153 100 Leghemoglobin (nicotinate,Met)
1lh7 2gdm 1.2 153 153 100 Leghemoglobin (nitrosobenzene)
1lhcH 5ptp 1.3 218 249 38 alpha-thrombin hirudin fragment
1lhdH 5ptp 1.3 218 249 38 alpha-thrombin hirudin fragment
1lheH 5ptp 1.3 218 249 38 alpha-thrombin hirudin fragment
1lhfH 5ptp 1.3 218 249 38 alpha-thrombin hirudin fragment
1lhgH 5ptp 1.3 218 249 38 alpha-thrombin hirudin fragment
1lhh 3lzt 0.9 129 130 60 Lysozyme mutant with val 110 replaced by pro (v110p)
1lhi 3lzt 0.9 129 130 60 Lysozyme mutant with pro 71 replaced by gly (p71g)
1lhj 3lzt 0.9 129 130 61 Lysozyme mutant with pro 103 replaced by gly (p103g)
1lhk 3lzt 0.9 129 130 60 Lysozyme mutant with asp 91 replaced by pro (d91p)
1lhl 3lzt 0.9 129 130 60 Lysozyme mutant with ala 47 replaced by proline (a47p)
1lhm 3lzt 0.8 129 130 59 Lysozyme (mutant with cys 77 replaced by ala and cys 95
1lhs 1a6m 0.8 151 153 64 Myoglobin (aquo-met)
1lht 1a6m 0.8 151 153 64 Myoglobin (cyano-met)
1liaA 1cpcA 1.1 160 164 37 r-phycoerythrin
1liaB 1phnB 1.2 172 177 54 r-phycoerythrin
1liaK 1cpcA 1.1 160 164 37 r-phycoerythrin
1liaL 1phnB 1.2 172 177 54 r-phycoerythrin
1lib 1hmt 0.8 131 131 64 Adipocyte lipid-binding protein
1lic 1hmt 0.7 131 131 64 Adipocyte lipid-binding protein complexed with hexadeca
1lid 1hmt 0.7 131 131 64 Adipocyte lipid-binding protein complexed with oleic ac
1lie 1hmt 0.8 131 131 64 Adipocyte lipid-binding protein complexed with palmitic
1lif 1hmt 0.7 131 131 64 Adipocyte lipid-binding protein complexed with stearic
1lih 1vls 1.7 138 160 96 aspartate receptor Mutant
1lilA 8fabA 3.4 199 212 84 lambda iii bence jones protein cle
1lilB 8fabA 1.1 105 212 70 lambda iii bence jones protein cle
1lin 1cll 7.3 84 146 83 calmodulin
1lip 1rzl 1.8 88 91 61 lipid transfer protein
1lir 1cmr 1.9 31 37 56 lq2
1lis 1lis 0.0 131 131 100 Lysin
1lit 1lit 0.0 129 129 100 lithostathine
1ljrA 1ljrA 0.0 244 244 100 glutathione s-transferase (hgst t2-2) biological_unit
1ljrB 1ljrA 0.1 244 244 100 glutathione s-transferase (hgst t2-2) biological_unit
1lki 1lki 0.0 172 172 100 Leukemia inhibitory factor (lif)
1lkkA 1lkkA 0.0 105 105 100 human p56 tyrosine kinase fragment phosphotyrosyl pepti
1lklA 1lkkA 0.2 104 104 100 human p56 tyrosine kinase fragment phosphotyrosyl pepti
1lkrA 3lzt 0.8 129 129 100 lysozyme (muramidase)
1lkrB 3lzt 1.7 129 129 100 lysozyme (muramidase)
1lks 3lzt 0.3 129 129 100 lysozyme (muramidase)
1lktA 1lktA 0.0 104 104 100 tailspike protein fragment (late protein gp9, tail prot
1lktB 1lktA 0.2 104 104 100 tailspike protein fragment (late protein gp9, tail prot
1lktC 1lktA 0.2 104 104 100 tailspike protein fragment (late protein gp9, tail prot
1lktD 1lktA 0.2 104 104 100 tailspike protein fragment (late protein gp9, tail prot
1lktE 1lktA 0.2 104 104 100 tailspike protein fragment (late protein gp9, tail prot
1lktF 1lktA 0.2 104 104 100 tailspike protein fragment (late protein gp9, tail prot
1ll1 1lla 0.4 588 590 99 metcyanin ii (bis(m-hydroxo) met form metcyanin) biolog
1lla 1lla 0.0 600 600 100 Hemocyanin (subunit type ii)
1llc 1ceqA 2.0 296 320 29 L-Lactate dehydrogenase complex with fructose-1,6-bisph
1lldA 3ldh 2.1 295 313 32 L-lactate dehydrogenase (t-state) mutant with cys 199 r
1lldB 3ldh 2.1 296 313 32 L-lactate dehydrogenase (t-state) mutant with cys 199 r
1lliA 1lmb3 0.2 87 89 97 Lambda repressor mutant with val 36 replaced by leu, me
1lliB 1lmb3 0.5 87 92 97 Lambda repressor mutant with val 36 replaced by leu, me
1llo 1cnv 1.7 270 273 42 hevamine (chitinaseLYSOZYME) ec
1llp 1arv 1.2 335 343 43 lignin peroxidase (lip4.15)
1lma 3lzt 0.6 129 129 100 Lysozyme (88 percent humidity)
1lmb3 1lmb3 0.0 87 87 100 Lambda repressorOPERATOR COMPLEX
1lmb4 1lmb3 0.4 87 92 100 Lambda repressorOPERATOR COMPLEX
1lmc 3lzt 0.9 129 129 60 lysozyme (mucopeptide n-acetylmuramylhydrolase)
1lmkA 1mfa 1.1 116 238 63 Anti-phosphatidylinositol specific phospholipase c diab
1lmkC 1mfa 1.0 115 238 63 Anti-phosphatidylinositol specific phospholipase c diab
1lmkE 1mfa 1.0 115 238 63 Anti-phosphatidylinositol specific phospholipase c diab
1lmkG 1mfa 1.0 115 238 63 Anti-phosphatidylinositol specific phospholipase c diab
1lml 1lml 0.0 465 465 100 leishmanolysin (gp63 protein, psp)
1lmn 3lzt 0.9 129 129 60 Lysozyme
1lmo 3lzt 0.9 129 129 60 lysozyme (mucopeptide n-acetylmuramylhydrolase)
1lmp 3lzt 0.9 129 129 60 lysozyme (mucopeptide n-acetylmuramylhydrolase)
1lmq 3lzt 0.9 129 129 60 lysozyme (mucopeptide n-acetylmuramylhydrolase)
1lmt 3lzt 1.0 129 136 60 Lysozyme (lz_crgd4) mutant with cys-arg-gly-asp-ser-cys
1lmwB 5ptp 1.5 223 248 37 urokinase-type plasminogen activator (lmw u-pa) glu-gly
1lmwD 5ptp 1.5 223 248 37 urokinase-type plasminogen activator (lmw u-pa) glu-gly
1lnaE 1hyt 0.1 316 316 100 Thermolysin complexed with cobalt
1lnbE 1hyt 0.1 316 316 100 Thermolysin complexed with iron
1lncE 1hyt 0.1 316 316 100 Thermolysin complexed with manganese
1lndE 1hyt 0.1 316 316 100 Thermolysin complexed with zinc
1lneE 1hyt 0.1 316 316 100 Thermolysin complexed with cadmium
1lnfE 1hyt 0.1 316 316 100 Thermolysin
1lnh 1yge 1.0 796 836 72 lipoxygenase-3
1loaA 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with alpha-methy
1loaB 2ltnB 0.4 47 47 81 Lectin (legume, isolectin i) complexed with alpha-methy
1loaC 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with alpha-methy
1loaD 2ltnB 0.4 46 47 83 Lectin (legume, isolectin i) complexed with alpha-methy
1loaE 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with alpha-methy
1loaF 2ltnB 0.4 47 47 81 Lectin (legume, isolectin i) complexed with alpha-methy
1loaG 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with alpha-methy
1loaH 2ltnB 0.4 46 47 83 Lectin (legume, isolectin i) complexed with alpha-methy
1lobA 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with alpha-methy
1lobB 2ltnB 0.4 47 47 81 Lectin (legume, isolectin i) complexed with alpha-methy
1lobC 1led 1.3 175 180 43 Lectin (legume, isolectin i) complexed with alpha-methy
1lobD 2ltnB 0.4 46 47 83 Lectin (legume, isolectin i) complexed with alpha-methy
1lobE 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with alpha-methy
1lobF 2ltnB 0.3 47 47 81 Lectin (legume, isolectin i) complexed with alpha-methy
1lobG 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with alpha-methy
1lobH 2ltnB 0.4 46 47 83 Lectin (legume, isolectin i) complexed with alpha-methy
1locA 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with muramyl-dip
1locB 2ltnB 0.4 47 47 81 Lectin (legume, isolectin i) complexed with muramyl-dip
1locC 1led 1.3 175 180 43 Lectin (legume, isolectin i) complexed with muramyl-dip
1locD 2ltnB 0.3 46 47 83 Lectin (legume, isolectin i) complexed with muramyl-dip
1locE 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with muramyl-dip
1locF 2ltnB 0.3 47 47 81 Lectin (legume, isolectin i) complexed with muramyl-dip
1locG 1led 1.4 175 180 43 Lectin (legume, isolectin i) complexed with muramyl-dip
1locH 2ltnB 0.3 46 47 83 Lectin (legume, isolectin i) complexed with muramyl-dip
1lodA 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with muramic aci
1lodB 2ltnB 0.4 47 47 81 Lectin (legume, isolectin i) complexed with muramic aci
1lodC 1led 1.4 175 180 43 Lectin (legume, isolectin i) complexed with muramic aci
1lodD 2ltnB 0.3 46 47 83 Lectin (legume, isolectin i) complexed with muramic aci
1lodE 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with muramic aci
1lodF 2ltnB 0.3 47 47 81 Lectin (legume, isolectin i) complexed with muramic aci
1lodG 1led 1.4 175 180 43 Lectin (legume, isolectin i) complexed with muramic aci
1lodH 2ltnB 0.4 46 47 83 Lectin (legume, isolectin i) complexed with muramic aci
1loeA 1led 1.4 175 180 43 Lectin (legume, isolectin i)
1loeB 2ltnB 0.3 46 46 83 Lectin (legume, isolectin i)
1loeC 1led 1.4 176 181 42 Lectin (legume, isolectin i)
1loeD 2ltnB 0.3 47 47 81 Lectin (legume, isolectin i)
1lofA 1led 1.5 177 181 42 Lectin (legume, isolectin i) complexed with an octasacc
1lofB 2ltnB 0.3 47 47 81 Lectin (legume, isolectin i) complexed with an octasacc
1lofC 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with an octasacc
1lofD 2ltnB 0.3 47 52 81 Lectin (legume, isolectin i) complexed with an octasacc
1logA 1led 1.4 176 180 42 Lectin (legume, isolectin i) complexed with a trisaccha
1logB 2ltnB 0.3 46 46 83 Lectin (legume, isolectin i) complexed with a trisaccha
1logC 1led 1.3 176 181 42 Lectin (legume, isolectin i) complexed with a trisaccha
1logD 2ltnB 0.4 47 51 81 Lectin (legume, isolectin i) complexed with a trisaccha
1lopA 2cpl 1.8 145 164 30 cyclophilin a succinyl-ala-pro-ala-p-nitroanilide
1lou 1ris 0.2 97 97 99 ribosomal protein s6 Mutant
1lox 1lox 0.0 647 647 100 15-lipoxygenase (15lox) biological_unit
1loz 3lzt 0.9 129 130 60 lysozyme Mutant
1lpaA 1lpbA 1.0 83 85 93 Lipase complexed with colipase and phospholipid
1lpaB 1bu8 1.0 419 449 67 Lipase complexed with colipase and phospholipid
1lpbA 1lpbA 0.0 85 85 100 Lipase complexed with colipase and inhibited by undecan
1lpbB 1bu8 1.0 418 449 67 Lipase complexed with colipase and inhibited by undecan
1lpe 1nfn 0.6 132 144 100 Apolipoprotein-E3 (LDL receptor binding domain)
1lpfA 1lvl 1.7 453 472 41 Dihydrolipoamide dehydrogenase complex with flavin-aden
1lpfB 1lvl 1.7 453 472 41 Dihydrolipoamide dehydrogenase complex with flavin-aden
1lpi 3lzt 0.8 129 129 100 lysozyme
1lpm 1thg 1.9 505 534 44 Lipase (triacylglycerol lipase) complexed with (1r)-men
1lpn 1thg 1.9 506 534 44 Lipase (triacylglycerol lipase) complexed with dodecane
1lpo 1thg 2.0 507 534 44 Lipase (triacylglycerol lipase) complexed with hexadeca
1lpp 1thg 1.9 504 534 44 Lipase (triacylglycerol lipase) complexed with hexadeca
1lps 1thg 1.8 503 534 44 Lipase complexed with (1s)-menthyl hexyl phosphonate
1lpt 1rzl 2.8 84 90 57 Wheat lipid transfer protein (NMR, 11 structures)
1lqc 1pru 2.6 45 55 47 lac repressor fragment (lac hp56)
1lqh 1aho 1.2 64 65 60 insect toxin alpha (neurotoxin, insectotoxin, scorpion
1lqi 1aho 1.1 63 65 61 insect toxin alpha (neurotoxin, insectotoxin, scorpion
1lqq 1aho 1.7 64 64 58 lqqiii
1lra 9rnt 0.5 104 104 99 Ribonuclease t1 (rnase t1) mutant with glu 58 replaced
1lre 1lre 0.0 81 81 100 receptor-associated protein fragment (rap, low density
1lrp 1lmb3 0.8 87 89 100 Lambda repressor (n-terminal domain)
1lrv 1lrv 0.0 233 233 100 leucine-rich repeat variant (lrv) biological_unit
1lsa 3lzt 0.9 129 129 100 Lysozyme (120 k)
1lsb 3lzt 0.9 129 129 100 Lysozyme (180 k)
1lsc 3lzt 0.8 129 129 100 Lysozyme (250 k)
1lsd 3lzt 0.8 129 129 100 Lysozyme (280 k)
1lse 3lzt 0.8 129 129 100 Lysozyme (295 k)
1lsf 3lzt 0.8 128 129 100 Lysozyme (95 k)
1lsg 3lzt 1.0 129 144 100 lysozyme modified with human fibrinogen gamma engineere
1lsi 3ebx 2.9 53 66 36 lsiii (long neurotoxin 1 (component lsiii))
1lsm 3lzt 0.7 129 129 98 Lysozyme mutant with ile 55 replaced by leu, ser 91 rep
1lsn 3lzt 0.7 129 129 98 Lysozyme mutant with ser 91 replaced by ala (s91a)
1lsp 153l 0.3 185 185 97 lysozyme (mucopeptide n-acetylmuramylhydrolase)
1lsqA 7rsa 0.8 124 124 99 ribonuclease a
1lsqB 7rsa 0.8 124 124 99 ribonuclease a
1lst 1lst 0.0 239 239 100 Lysine-, arginine-, ornithine-binding protein (lao) com
1lsy 3lzt 0.8 129 129 99 Lysozyme mutant with asp 52 replaced by ser (d52s)
1lsz 3lzt 0.7 129 129 99 Lysozyme mutant with asp 52 replaced by ser (d52s) comp
1lt3A 1lt3A 0.0 226 226 100 heat-labile enterotoxin fragment (lt-i) Mutant biologic
1lt3D 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) Mutant biologic
1lt3E 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) Mutant biologic
1lt3F 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) Mutant biologic
1lt3G 3chbD 0.5 103 103 82 heat-labile enterotoxin fragment (lt-i) Mutant biologic
1lt3H 3chbD 0.5 103 103 82 heat-labile enterotoxin fragment (lt-i) Mutant biologic
1lt4A 1lt3A 0.3 226 226 98 heat-labile enterotoxin fragment (lt-i) Mutant
1lt4D 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) Mutant
1lt4E 3chbD 0.5 103 103 82 heat-labile enterotoxin fragment (lt-i) Mutant
1lt4F 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) Mutant
1lt4G 3chbD 0.5 103 103 82 heat-labile enterotoxin fragment (lt-i) Mutant
1lt4H 3chbD 0.5 103 103 82 heat-labile enterotoxin fragment (lt-i) Mutant
1lt5D 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt5E 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt5F 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt5G 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt5H 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt6D 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt6E 3chbD 0.5 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt6F 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt6G 3chbD 0.5 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt6H 3chbD 0.5 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt6L 3chbD 0.5 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt6M 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt6N 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt6O 3chbD 0.5 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1lt6P 3chbD 0.4 103 103 82 heat-labile enterotoxin fragment (lt-i) biological_unit
1ltaA 1lt3A 0.3 185 188 99 Heat-labile enterotoxin (lt) complex with galactose
1ltaC 1ltaC 0.0 45 45 100 Heat-labile enterotoxin (lt) complex with galactose
1ltaD 3chbD 0.4 103 103 82 Heat-labile enterotoxin (lt) complex with galactose
1ltaE 3chbD 0.5 103 103 82 Heat-labile enterotoxin (lt) complex with galactose
1ltaF 3chbD 0.4 103 103 82 Heat-labile enterotoxin (lt) complex with galactose
1ltaG 3chbD 0.5 103 103 82 Heat-labile enterotoxin (lt) complex with galactose
1ltaH 3chbD 0.5 103 103 82 Heat-labile enterotoxin (lt) complex with galactose
1ltbA 1lt3A 0.3 185 185 99 Heat-labile enterotoxin (lt) (partially activated by tr
1ltbC 1ltsC 0.2 41 41 100 Heat-labile enterotoxin (lt) (partially activated by tr
1ltbD 3chbD 0.5 103 103 82 Heat-labile enterotoxin (lt) (partially activated by tr
1ltbE 3chbD 0.5 103 103 82 Heat-labile enterotoxin (lt) (partially activated by tr
1ltbF 3chbD 0.6 103 103 82 Heat-labile enterotoxin (lt) (partially activated by tr
1ltbG 3chbD 0.7 103 103 82 Heat-labile enterotoxin (lt) (partially activated by tr
1ltbH 3chbD 0.6 103 103 82 Heat-labile enterotoxin (lt) (partially activated by tr
1ltdA 1gox 1.2 326 481 41 Flavocytochrome b=2= complexed with sulfite
1ltdB 1gox 1.2 326 386 41 Flavocytochrome b=2= complexed with sulfite
1lte 1led 1.6 229 239 39 Lectin complex with lactose
1ltgA 1lt3A 0.6 175 175 98 heat-labile enterotoxin (lt) Mutant
1ltgC 1ltsC 0.4 41 41 100 heat-labile enterotoxin (lt) Mutant
1ltgD 3chbD 0.5 103 103 82 heat-labile enterotoxin (lt) Mutant
1ltgE 3chbD 0.6 103 103 82 heat-labile enterotoxin (lt) Mutant
1ltgF 3chbD 0.7 103 103 82 heat-labile enterotoxin (lt) Mutant
1ltgG 3chbD 0.7 103 103 82 heat-labile enterotoxin (lt) Mutant
1ltgH 3chbD 0.6 103 103 82 heat-labile enterotoxin (lt) Mutant
1lthR 3ldh 1.6 299 313 32 Regular mixture of 1:1 complex of t- and r- state tetra
1lthT 3ldh 2.2 298 313 31 Regular mixture of 1:1 complex of t- and r- state tetra
1ltiA 1lt3A 0.5 185 185 99 heat labile enterotoxin type i (lt-i)
1ltiC 1ltsC 1.0 41 41 100 heat labile enterotoxin type i (lt-i)
1ltiD 3chbD 0.4 103 103 82 heat labile enterotoxin type i (lt-i)
1ltiE 3chbD 0.4 103 103 82 heat labile enterotoxin type i (lt-i)
1ltiF 3chbD 0.5 103 103 82 heat labile enterotoxin type i (lt-i)
1ltiG 3chbD 0.5 103 103 82 heat labile enterotoxin type i (lt-i)
1ltiH 3chbD 0.5 103 103 82 heat labile enterotoxin type i (lt-i)
1ltm 1ltm 0.0 309 309 100 36 kda soluble lytic transglycosylase fragment (35 kd s
1ltrD 3chbD 0.4 103 108 83 heat-labile enterotoxin fragment (etb-r2) Mutant
1ltrE 3chbD 0.5 103 105 83 heat-labile enterotoxin fragment (etb-r2) Mutant
1ltrF 3chbD 0.5 103 109 83 heat-labile enterotoxin fragment (etb-r2) Mutant
1ltrG 3chbD 0.4 103 105 83 heat-labile enterotoxin fragment (etb-r2) Mutant
1ltrH 3chbD 0.5 103 105 83 heat-labile enterotoxin fragment (etb-r2) Mutant
1ltsA 1lt3A 0.3 185 185 99 Heat-labile enterotoxin (lt)
1ltsC 1ltsC 0.0 41 41 100 Heat-labile enterotoxin (lt)
1ltsD 3chbD 0.5 103 103 82 Heat-labile enterotoxin (lt)
1ltsE 3chbD 0.5 103 103 82 Heat-labile enterotoxin (lt)
1ltsF 3chbD 0.6 103 103 82 Heat-labile enterotoxin (lt)
1ltsG 3chbD 0.7 103 103 82 Heat-labile enterotoxin (lt)
1ltsH 3chbD 0.6 103 103 82 Heat-labile enterotoxin (lt)
1lttA 1lt3A 0.3 185 185 99 Heat-labile enterotoxin (lt) complex with lactose
1lttC 1ltsC 0.6 41 41 100 Heat-labile enterotoxin (lt) complex with lactose
1lttD 3chbD 0.4 103 103 82 Heat-labile enterotoxin (lt) complex with lactose
1lttE 3chbD 0.5 103 103 82 Heat-labile enterotoxin (lt) complex with lactose
1lttF 3chbD 0.4 103 103 82 Heat-labile enterotoxin (lt) complex with lactose
1lttG 3chbD 0.5 103 103 82 Heat-labile enterotoxin (lt) complex with lactose
1lttH 3chbD 0.5 103 103 82 Heat-labile enterotoxin (lt) complex with lactose
1ltw 1a6m 0.4 151 154 99 myoglobin Mutant
1lu1 1led 1.8 231 253 43 lectin (dbl) biological_unit
1lu2A 1led 1.7 230 253 44 lectin (dbl) biological_unit
1lu2B 1led 1.7 230 253 44 lectin (dbl) biological_unit
1lucA 1lucA 0.0 326 326 100 bacterial luciferase
1lucB 1lucA 2.1 314 320 31 bacterial luciferase
1lulA 1led 1.5 222 228 43 lectin db58 (dolichos biflorus stem and leaf lectin) bi
1lulB 1led 1.5 222 246 43 lectin db58 (dolichos biflorus stem and leaf lectin) bi
1lulC 1led 1.5 222 246 43 lectin db58 (dolichos biflorus stem and leaf lectin) bi
1lulD 1led 1.5 222 228 43 lectin db58 (dolichos biflorus stem and leaf lectin) bi
1lulE 1led 1.5 222 246 43 lectin db58 (dolichos biflorus stem and leaf lectin) bi
1lulF 1led 1.5 222 228 43 lectin db58 (dolichos biflorus stem and leaf lectin) bi
1lve 8fabA 1.6 105 114 49 len, a variable domain from kappa-4 type
1lvk 1lvk 0.0 743 743 100 myosin fragment Mutant
1lvl 1lvl 0.0 458 458 100 Dihydrolipoamide dehydrogenase complex with nicotinamid
1lvy 5ptp 1.2 221 240 38 elastase
1lwiA 1frb 1.5 294 305 46 molecule
1lwiB 1frb 1.5 294 305 46 molecule
1lwxA 1npk 0.7 150 150 99 nucleoside diphosphate kinase Mutant
1lwxB 1npk 0.5 150 150 99 nucleoside diphosphate kinase Mutant
1lwxC 1npk 0.6 150 150 99 nucleoside diphosphate kinase Mutant
1lxa 1lxa 0.0 262 262 100 udp n-acetylglucosamine o-acyltransferase (lpxa) Mutant
1lxdA 1lxdA 0.0 87 87 100 ralgdsb fragment Mutant
1lxdB 1lxdA 1.3 87 87 100 ralgdsb fragment Mutant
1lxl 1maz 1.9 140 221 100 bcl-xl (apoptosis regulator bcl-x)
1lxtA 3pmgA 0.5 561 561 100 phosphoglucomutase (dephospho form)
1lxtB 3pmgA 0.8 561 561 100 phosphoglucomutase (dephospho form)
1lyaA 1smrA 1.3 88 97 61 Cathepsin d
1lyaB 1smrA 1.5 219 241 43 Cathepsin d
1lyaC 1smrA 1.5 88 97 61 Cathepsin d
1lyaD 1smrA 1.5 219 241 43 Cathepsin d
1lybA 1smrA 1.4 88 97 61 Cathepsin d complex with pepstatin
1lybB 1smrA 1.4 217 241 44 Cathepsin d complex with pepstatin
1lybC 1smrA 1.4 88 97 61 Cathepsin d complex with pepstatin
1lybD 1smrA 1.4 218 241 43 Cathepsin d complex with pepstatin
1lyd 1l92 0.2 162 164 98 T4-Lysozyme
1lye 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, thr 59 rep
1lyf 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, thr 59 rep
1lyg 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, thr 59 rep
1lyh 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, thr 59 rep
1lyi 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, thr 59 rep
1lyj 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, thr 59 rep
1lylA 1lylA 0.0 482 482 100 lysyl-trna synthetase (lysu) lysine
1lylB 1lylA 0.5 482 483 100 lysyl-trna synthetase (lysu) lysine
1lylC 1lylA 0.5 482 482 100 lysyl-trna synthetase (lysu) lysine
1lynA 1lis 0.7 125 125 100 Sperm lysin
1lynB 1lis 0.6 125 125 100 Sperm lysin
1lyo 3lzt 0.7 129 129 100 lysozyme
1lyp 1lyp 0.0 32 32 100 Cap18 (residues 106 - 137) (NMR, minimized best structu
1lysA 3lzt 0.7 129 129 100 Lysozyme
1lysB 3lzt 0.8 129 129 100 Lysozyme
1lyy 3lzt 2.0 129 130 60 lysozyme Mutant
1lyz 3lzt 0.8 129 129 100 Lysozyme
1lz1 3lzt 0.8 129 130 60 Lysozyme
1lz2 3lzt 1.2 129 129 92 Lysozyme
1lz3 3lzt 0.9 129 129 93 Lysozyme
1lz4 3lzt 0.9 129 130 60 Lysozyme mutant with cys 77 replaced by ala (c77a)
1lz5 3lzt 0.9 129 134 60 Lysozyme mutant with four amino acid residues (arg 74a,
1lz6 3lzt 0.9 128 138 61 Lysozyme mutant with eight amino acid residues (thr 74a
1lza 3lzt 0.8 129 129 100 Lysozyme
1lzb 3lzt 0.8 129 129 100 Lysozyme co-crystallized with tri-n-acetyl-chitotriose
1lzc 3lzt 0.8 129 129 100 Lysozyme co-crystallized with tetra-n-acetyl-chitotetra
1lzd 3lzt 0.8 129 129 99 Lysozyme mutant with trp 62 replaced by tyr (w62y)
1lze 3lzt 0.8 129 129 99 Lysozyme mutant with trp 62 replaced by tyr (w62y) co-c
1lzg 3lzt 0.8 129 129 99 Lysozyme mutant with trp 62 replaced by phe (w62f) co-c
1lzhA 3lzt 0.8 129 129 100 Lysozyme (monoclinic)
1lzhB 3lzt 0.8 129 129 100 Lysozyme (monoclinic)
1lznA 3lzt 0.3 129 129 100 lysozyme biological_unit
1lzr 3lzt 0.8 129 130 60 Lysozyme (lz406) complexed with tetra-acetyl-chitotetra
1lzsA 3lzt 0.9 129 130 60 Lysozyme (lz604) complexed with n-acetylchitose oligome
1lzsB 3lzt 1.0 129 130 60 Lysozyme (lz604) complexed with n-acetylchitose oligome
1lzt 3lzt 0.5 129 129 100 Lysozyme , triclinic crystal form
1lzy 3lzt 0.9 129 129 94 Lysozyme
1m6cA 1a6m 0.6 151 153 85 myoglobin Mutant biological_unit
1m6cB 1a6m 0.6 151 153 85 myoglobin Mutant biological_unit
1m6mA 1a6m 0.6 151 153 85 myoglobin Mutant biological_unit
1m6mB 1a6m 0.5 151 153 85 myoglobin Mutant biological_unit
1m6pA 1m6pA 0.0 146 146 100 cation-dependent mannose-6-phosphate receptor fragment
1m6pB 1m6pA 0.6 146 146 100 cation-dependent mannose-6-phosphate receptor fragment
1maaA 2bce 2.1 491 540 34 acetylcholinesterase fragment (mache) biological_unit
1maaB 2bce 2.1 489 536 34 acetylcholinesterase fragment (mache) biological_unit
1maaC 2bce 2.1 489 540 34 acetylcholinesterase fragment (mache) biological_unit
1maaD 2bce 2.1 491 541 34 acetylcholinesterase fragment (mache) biological_unit
1mabA 1skyB 1.7 466 488 59 f1-atpase
1mabB 1skyE 3.9 412 458 67 f1-atpase
1mabG 1bmfG 1.9 117 124 94 f1-atpase
1macA 2ayh 0.7 211 212 95 1,3-1,4-beta-d-glucan 4-glucanohydrolase (beta-glucanas
1macB 2ayh 0.8 211 212 95 1,3-1,4-beta-d-glucan 4-glucanohydrolase (beta-glucanas
1maeH 2bbkH 0.7 354 373 47 Methylamine dehydrogenase (madh) inhibited by methylhyd
1maeL 2bbkL 0.3 124 124 98 Methylamine dehydrogenase (madh) inhibited by methylhyd
1mafH 2bbkH 0.8 354 373 47 Methylamine dehydrogenase (madh) inhibited by (2,2,2)-t
1mafL 2bbkL 0.3 124 124 98 Methylamine dehydrogenase (madh) inhibited by (2,2,2)-t
1mahA 2bce 2.1 484 533 34 acetylcholinesterase (mache) fasciculin 2 (toxin f-vii,
1mahF 1tgxA 2.3 53 61 34 acetylcholinesterase (mache) fasciculin 2 (toxin f-vii,
1mai 1mai 0.0 119 119 100 phospholipase c delta-1 fragment
1maj 8fabA 1.9 105 113 46 Murine antibody 26-10 vl domain (NMR, 15 energy minimiz
1mak 8fabA 1.7 105 113 46 Murine antibody 26-10 vl domain (NMR, 15 simulated anne
1mal 2mprA 1.3 406 421 82 maltoporin (lamb)
1mamH 1igtB 2.3 211 217 71 Antigen-binding fragment (fab) (igg2b, kappa)
1mamL 8fabA 6.2 202 214 40 Antigen-binding fragment (fab) (igg2b, kappa)
1map 1ajsA 1.0 401 402 46 Aspartate aminotransferase (maspat) complex with l-aspa
1maq 1ajsA 1.0 401 402 46 Aspartate aminotransferase (maspat) complex with l-glut
1mar 1frb 0.8 314 315 70 Aldose reductase
1masA 2masA 1.0 306 308 100 inosine-uridine nucleoside n-ribohydrolase (purine nucl
1masB 2masA 0.8 293 295 100 inosine-uridine nucleoside n-ribohydrolase (purine nucl
1mat 1xgsA 1.6 230 263 31 Methionine aminopeptidase
1max 5ptp 0.4 221 223 99 beta-trypsin
1may 5ptp 0.2 221 223 99 beta-trypsin
1maz 1maz 0.0 143 143 100 bcl-xl (apoptosis regulator bcl-x)
1mb1 1bm8 0.6 97 98 100 mlu1-box binding protein fragment (mbp1) biological_uni
1mba 2fal 0.2 146 146 100 Myoglobin (met) (pH 7.0)
1mbb 2mbr 0.3 340 340 100 uridine diphospho-n-acetylenolpyruvylglucosamine reduct
1mbc 1a6m 0.2 151 153 100 Myoglobin (fe II, carbonmonoxy, 260 degrees k)
1mbd 1a6m 0.3 151 153 100 Myoglobin (deoxy, pH 8.4)
1mbe 1mbe 0.0 52 52 100 myb proto-oncogene protein engineered
1mbf 1mbe 1.5 52 52 100 myb proto-oncogene protein engineered
1mbh 1a5j 2.8 41 52 71 c-myb
1mbi 1a6m 0.3 151 153 100 Myoglobin (ferric) complex with imidazole
1mbj 1a5j 2.0 51 52 79 myb proto-oncogene protein engineered
1mbk 1a5j 1.7 51 52 87 myb proto-oncogene protein engineered
1mblA 1btl 1.7 252 256 37 Beta-lactamase mutant with glu 166 replaced by ala (e16
1mblB 1btl 1.7 252 256 37 Beta-lactamase mutant with glu 166 replaced by ala (e16
1mbn 1a6m 0.5 151 153 100 Myoglobin (ferric iron - metmyoglobin)
1mbo 1a6m 0.2 151 153 100 Myoglobin (oxy, pH 8.4)
1mbs 1a6m 2.0 133 153 81 Myoglobin (met)
1mbt 2mbr 1.1 340 340 100 uridine diphospho-n-acetylenolpyruvylglucosamine reduct
1mcbA 8fabA 9.4 201 216 73 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcbB 8fabA 3.6 199 216 76 Immunoglobulin lambda light chain dimer (mcg) complex w
1mccA 8fabA 1.0 102 216 95 Immunoglobulin lambda light chain dimer (mcg) complex w
1mccB 8fabA 3.3 190 216 77 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcdA 8fabA 1.0 104 216 54 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcdB 8fabA 3.6 185 216 73 Immunoglobulin lambda light chain dimer (mcg) complex w
1mceA 8fabA 9.5 204 216 74 Immunoglobulin lambda light chain dimer (mcg) complex w
1mceB 8fabA 3.5 199 216 75 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcfA 8fabA 9.5 202 216 74 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcfB 8fabA 3.6 192 216 72 Immunoglobulin lambda light chain dimer (mcg) complex w
1mchA 8fabA 9.4 203 216 71 Immunoglobulin lambda light chain dimer (mcg) complex w
1mchB 8fabA 3.6 194 216 78 Immunoglobulin lambda light chain dimer (mcg) complex w
1mciA 8fabA 1.5 106 216 55 Immunoglobulin lambda light chain dimer (mcg) complex w
1mciB 8fabA 3.5 199 216 75 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcjA 8fabA 1.1 105 216 54 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcjB 8fabA 3.4 195 216 77 Immunoglobulin lambda light chain dimer (mcg) complex w
1mckA 8fabA 9.5 201 216 74 Immunoglobulin lambda light chain dimer (mcg) complexed
1mckB 8fabA 3.4 199 216 76 Immunoglobulin lambda light chain dimer (mcg) complexed
1mclA 8fabA 9.4 202 216 74 Immunoglobulin lambda light chain dimer (mcg) complex w
1mclB 8fabA 3.5 192 216 73 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcnA 8fabA 9.3 203 216 71 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcnB 8fabA 3.3 197 216 76 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcoH 1igtB 3.2 205 428 63 Immunoglobulin g1 (igg1) (mcg) with a hinge deletion
1mcoL 8fabA 1.2 104 216 54 Immunoglobulin g1 (igg1) (mcg) with a hinge deletion
1mcpH 1igtB 3.2 210 222 49 Immunoglobulin fab fragment (mcPC603)
1mcpL 8fabA 7.8 204 220 43 Immunoglobulin fab fragment (mcPC603)
1mcqA 8fabA 9.4 201 216 74 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcqB 8fabA 3.4 199 216 75 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcrA 8fabA 1.5 106 216 55 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcrB 8fabA 3.5 199 216 75 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcsA 8fabA 1.2 105 216 54 Immunoglobulin lambda light chain dimer (mcg) complex w
1mcsB 8fabA 3.4 192 216 77 Immunoglobulin lambda light chain dimer (mcg) complex w
1mctA 5ptp 0.5 221 223 80 Trypsin complexed with inhibitor from bitter gourd
1mcwM 8fabA 9.4 199 216 73 Immunoglobulin heterologous light chain dimer (MCG-WEIR
1mcwW 8fabA 3.6 192 216 70 Immunoglobulin heterologous light chain dimer (MCG-WEIR
1mcy 1a6m 0.4 151 154 99 myoglobin (carbonmonoxy) Mutant
1mdaA 1aac 1.1 102 103 91 Methylamine dehydrogenase complex with amicyanin
1mdaB 1aac 1.0 102 103 91 Methylamine dehydrogenase complex with amicyanin
1mdaH 2bbkH 0.8 349 368 31 Methylamine dehydrogenase complex with amicyanin
1mdaJ 2bbkH 0.8 349 368 31 Methylamine dehydrogenase complex with amicyanin
1mdaL 2bbkL 0.5 121 121 78 Methylamine dehydrogenase complex with amicyanin
1mdaM 2bbkL 0.4 121 121 78 Methylamine dehydrogenase complex with amicyanin
1mdc 1hmt 2.2 126 129 34 Fatty acid binding protein (manduca sexta) (mfb2)
1mdiA 1erv 1.1 105 105 95 Thioredoxin mutant with cys 35 replaced by ala, cys 62
1mdjA 1erv 1.1 105 105 95 Thioredoxin mutant with cys 35 replaced by ala, cys 62
1mdkA 1erv 1.1 105 105 95 Thioredoxin mutant with cys 35 replaced by ala, cys 62
1mdl 2mnr 0.8 357 357 99 mandelate racemase Mutant
1mdnA 1a6m 0.6 151 153 85 myoglobin Mutant biological_unit
1mdnB 1a6m 0.5 151 153 85 myoglobin Mutant biological_unit
1mdp1 4mbp 0.8 362 363 99 Maltodextrin-binding protein (male178 mutant) (maltose-
1mdp2 4mbp 0.8 360 363 99 Maltodextrin-binding protein (male178 mutant) (maltose-
1mdq 4mbp 0.6 369 371 99 Maltodextrin-binding protein (male322) (maltose-binding
1mdr 2mnr 0.2 357 357 100 Mandelate racemase
1mdtA 1ddt 10.8 427 523 99 Monomeric diphtheria toxin
1mdtB 1ddt 5.6 396 523 97 Monomeric diphtheria toxin
1mdyA 1mdyA 0.0 68 68 100 Myod basic-helix-loop-helix (bhlh) domain (residues 102
1mdyB 1mdyA 1.0 62 62 100 Myod basic-helix-loop-helix (bhlh) domain (residues 102
1mdyC 1mdyA 0.7 62 62 100 Myod basic-helix-loop-helix (bhlh) domain (residues 102
1mdyD 1mdyA 0.9 62 62 100 Myod basic-helix-loop-helix (bhlh) domain (residues 102
1mec1 2mev1 0.4 268 274 99 Mengo encephalomyocarditis virus coat protein (ph 4.6)
1mec2 1aym2 1.7 221 256 36 Mengo encephalomyocarditis virus coat protein (ph 4.6)
1mec3 1aym3 1.5 222 231 31 Mengo encephalomyocarditis virus coat protein (ph 4.6)
1mec4 2mev4 0.4 58 62 100 Mengo encephalomyocarditis virus coat protein (ph 4.6)
1meeA 1gci 0.8 266 275 61 Mesentericopeptidase peptidyl peptide hydrolase complex
1meeI 1egpA 2.7 35 64 100 Mesentericopeptidase peptidyl peptide hydrolase complex
1meg 1ppn 1.0 212 216 69 caricain (papaya proteinase, protease omega) Mutant bio
1mek 1erv 2.1 101 120 30 protein disulfide isomerase fragment
1melA 1igtB 1.5 115 132 66 vh single-domain antibody (cab-lys3 complex) lysozyme
1melB 1igtB 1.5 115 132 66 vh single-domain antibody (cab-lys3 complex) lysozyme
1melL 3lzt 0.7 127 127 100 vh single-domain antibody (cab-lys3 complex) lysozyme
1melM 3lzt 0.8 127 127 100 vh single-domain antibody (cab-lys3 complex) lysozyme
1memA 1ppn 1.1 207 215 44 cathepsin k (cathepsin o2) biological_unit inhibitor ap
1merA 1hvc 0.6 99 99 95 hiv-1 protease Mutant
1merB 1fmb 1.6 97 99 30 hiv-1 protease Mutant
1mesA 1fmb 1.7 98 99 32 hiv-1 protease Mutant
1mesB 1fmb 1.7 98 99 32 hiv-1 protease Mutant
1metA 1fmb 1.7 98 99 32 hiv-1 protease Mutant
1metB 1fmb 1.7 98 99 32 hiv-1 protease Mutant
1meuA 1fmb 1.7 98 99 31 hiv-1 protease Mutant
1meuB 1fmb 1.7 98 99 31 hiv-1 protease Mutant
1meyC 2gliA 1.8 82 83 51 DNA consensus zinc finger protein
1meyF 2gliA 1.8 82 84 51 DNA consensus zinc finger protein
1mf2H 1igtB 1.2 214 221 81 monoclonal antibody f11.2.32 fragment (immunoglobulin,
1mf2N 1igtB 1.2 214 221 81 monoclonal antibody f11.2.32 fragment (immunoglobulin,
1mfa 1mfa 0.0 229 229 100 Fv fragment (murine se155-4) complex with the trisaccha
1mfbH 1mfa 0.4 117 211 97 Fab fragment (murine se155-4) complex with heptasacchar
1mfbL 1mfa 5.5 124 212 88 Fab fragment (murine se155-4) complex with heptasacchar
1mfcH 1mfa 0.3 117 211 97 Fab fragment (murine se155-4) complex with heptasacchar
1mfcL 1mfa 5.4 124 212 88 Fab fragment (murine se155-4) complex with heptasacchar
1mfdH 1mfa 0.4 117 211 97 Fab fragment (murine se155-4) complex with the trisacch
1mfdL 1mfa 5.5 124 212 88 Fab fragment (murine se155-4) complex with the trisacch
1mfeH 1mfa 0.4 115 210 97 Fab fragment (murine se155-4) complex with dodecasaccha
1mfeL 1mfa 5.4 124 211 87 Fab fragment (murine se155-4) complex with dodecasaccha
1mfmA 1mfmA 0.0 153 153 100 copper,Zinc superoxide dismutase (q133m2sod) Mutant bio
1mfo 1btl 1.9 257 262 39 beta-lactamase
1mfs 1mfs 0.0 55 55 100 hiv-1 nucleocapsid protein fragment
1mg1A 4mbp 0.7 365 450 98 htlv-1 gp21 ectodomainMALTOSE-BINDING PROTEIN chimera f
1mgn 1a6m 0.4 151 154 99 Metmyoglobin mutant with initiator met, asp 122 replace
1mgsA 1tvxA 1.5 64 73 61 Human melanoma growth stimulating activity (mgsaGRO_ALP
1mgsB 1tvxA 1.5 64 73 61 Human melanoma growth stimulating activity (mgsaGRO_ALP
1mgx 1cfi 1.9 39 47 100 coagulation factor ix fragment
1mh1 1mh1 0.0 183 183 100 rac1 fragment Mutant biological_unit
1mhcA 1agdA 1.4 265 276 67 mhc class i antigen h2-m3 (major histocompatibility com
1mhcB 1agdB 0.5 99 99 70 mhc class i antigen h2-m3 (major histocompatibility com
1mhcD 1agdA 1.4 265 276 67 mhc class i antigen h2-m3 (major histocompatibility com
1mhcE 1agdB 0.5 99 99 70 mhc class i antigen h2-m3 (major histocompatibility com
1mheA 1agdA 1.2 273 273 78 hla class i histocompatibility antigen hla-e fragment (
1mheB 1agdB 0.4 99 100 100 hla class i histocompatibility antigen hla-e fragment (
1mheC 1agdA 1.2 273 273 78 hla class i histocompatibility antigen hla-e fragment (
1mheD 1agdB 0.4 99 100 100 hla class i histocompatibility antigen hla-e fragment (
1mhlA 1mhlA 0.0 104 104 100 myeloperoxidase
1mhlB 1mhlA 0.2 104 104 100 myeloperoxidase
1mhlC 1mhlC 0.0 466 466 100 myeloperoxidase
1mhlD 1mhlC 0.2 466 466 100 myeloperoxidase
1mho 1b4cA 3.2 74 88 88 s-100 protein fragment
1mhtA 6mhtA 0.6 315 328 100 Hhai methyltransferase complexed with DNA and s-adenosy
1mhu 1mhu 0.0 31 31 100 Cd-7 metallothionein-2 (alpha domain) (NMR)
1mhyB 1mtyB 0.7 381 383 59 methane monooxygenase hydroxylase biological_unit
1mhyD 1mhyD 0.0 510 510 100 methane monooxygenase hydroxylase biological_unit
1mhyG 1mtyG 0.7 162 167 50 methane monooxygenase hydroxylase biological_unit
1mhzB 1mtyB 0.7 381 383 59 methane monooxygenase hydroxylase biological_unit
1mhzD 1mhyD 0.3 510 510 100 methane monooxygenase hydroxylase biological_unit
1mhzG 1mtyG 0.7 162 167 50 methane monooxygenase hydroxylase biological_unit
1mi2A 1tvxA 2.4 63 72 54 macrophage inflammatory protein-2
1mi2B 1tvxA 2.4 63 72 54 macrophage inflammatory protein-2
1mifA 1dptA 1.1 103 114 35 macrophage migration inhibitory factor (mif)
1mifB 1dptA 1.2 103 114 35 macrophage migration inhibitory factor (mif)
1mifC 1dptA 1.2 103 114 35 macrophage migration inhibitory factor (mif)
1mikA 2cpl 0.2 164 165 100 cyclophilin a [(5-hydroxy)norvaline2]-cyclosporin
1mil 1mil 0.0 104 104 100 shc adaptor protein fragment
1mimH 1mfa 0.8 113 215 81 chimeric sdz chi621 fragment
1mimL 8fabA 6.0 202 210 42 chimeric sdz chi621 fragment
1mioA 2minA 1.3 455 525 42 Nitrogenase molybdenum-iron protein
1mioB 3minB 1.7 456 457 39 Nitrogenase molybdenum-iron protein
1mioC 2minA 1.3 456 525 42 Nitrogenase molybdenum-iron protein
1mioD 3minB 1.6 455 457 39 Nitrogenase molybdenum-iron protein
1mirA 1theB 0.9 200 313 98 procathepsin b Mutant
1mirB 1theB 0.9 200 313 98 procathepsin b Mutant
1mit 1hymA 4.2 44 69 100 trypsin inhibitor v (rcmti-v)
1mjc 1mjc 0.0 69 69 100 Major cold shock protein 7.4 (cspa (cs 7.4)) of (escher
1mjhA 1mjhA 0.0 143 143 100 atp-binding domain of protein mj0577 fragment
1mjhB 1mjhA 1.0 143 144 100 atp-binding domain of protein mj0577 fragment
1mjkA 1cmbA 0.2 103 104 99 methionine repressor Mutant biological_unit
1mjkB 1cmbA 1.7 100 104 95 methionine repressor Mutant biological_unit
1mjlA 1cmbA 0.3 103 105 99 methionine repressor protein metj (metj q44k) Mutant bi
1mjlB 1cmbA 1.5 100 105 95 methionine repressor protein metj (metj q44k) Mutant bi
1mjwA 2prd 1.2 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase) Mut
1mjwB 2prd 1.2 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase) Mut
1mjxA 2prd 1.3 171 175 47 inorganic pyrophosphatase (pyrophosphate hydrolase) Mut
1mjxB 2prd 1.2 171 175 47 inorganic pyrophosphatase (pyrophosphate hydrolase) Mut
1mjyA 2prd 1.7 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase) Mut
1mjyB 2prd 1.5 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase) Mut
1mjz 2prd 1.2 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase) Mut
1mkaA 1mkaA 0.0 171 171 100 beta-hydroxydecanoyl thiol ester dehydrase (beta-hydrox
1mkaB 1mkaA 0.2 171 171 100 beta-hydroxydecanoyl thiol ester dehydrase (beta-hydrox
1mkbA 1mkaA 0.4 171 171 100 beta-hydroxydecanoyl thiol ester dehydrase (beta-hydrox
1mkbB 1mkaA 0.4 171 171 100 beta-hydroxydecanoyl thiol ester dehydrase (beta-hydrox
1mkcA 1mkcA 0.0 43 43 100 midkine fragment
1mknA 1mknA 0.0 59 59 100 midkine fragment
1mks 1poa 1.4 117 123 55 phospholipase a2 Mutant
1mkt 1poa 1.4 117 123 58 phospholipase a2 Mutant
1mku 1poa 1.3 117 123 55 phospholipase a2 Mutant
1mkv 1poa 1.3 117 123 58 phospholipase a2
1mkwH 5ptp 1.5 220 255 37 alpha-thrombin prethrombin-2
1mkwK 5ptp 2.0 216 287 37 alpha-thrombin prethrombin-2
1mkxH 5ptp 1.5 220 255 37 alpha-thrombin prethrombin-2
1mkxK 5ptp 2.0 216 287 37 alpha-thrombin prethrombin-2
1ml1A 1amk 0.7 235 241 66 triosephosphate isomerase (monotim) biological_unit
1ml1C 1amk 0.7 235 241 66 triosephosphate isomerase (monotim) biological_unit
1ml1E 1amk 0.7 235 241 66 triosephosphate isomerase (monotim) biological_unit
1ml1G 1amk 0.7 235 241 66 triosephosphate isomerase (monotim) biological_unit
1ml1I 1amk 0.7 235 241 66 triosephosphate isomerase (monotim) biological_unit
1ml1K 1amk 0.7 235 241 66 triosephosphate isomerase (monotim) biological_unit
1mla 1mla 0.0 305 305 100 malonyl-coenzyme a acyl carrier protein transacylase (m
1mlbA 8fabA 5.8 202 214 41 Fab d44.1 (igg1,Kappa) (balbC MOUSE, MONOCLONAL ANTIBOD
1mlbB 1igtB 1.9 215 218 66 Fab d44.1 (igg1,Kappa) (balbC MOUSE, MONOCLONAL ANTIBOD
1mlcA 8fabA 5.6 204 214 41 Fab d44.1 (igg1,Kappa) (balbC MOUSE, MONOCLONAL ANTIBOD
1mlcB 1igtB 2.1 214 218 66 Fab d44.1 (igg1,Kappa) (balbC MOUSE, MONOCLONAL ANTIBOD
1mlcC 8fabA 5.8 204 214 41 Fab d44.1 (igg1,Kappa) (balbC MOUSE, MONOCLONAL ANTIBOD
1mlcD 1mfa 1.0 115 218 66 Fab d44.1 (igg1,Kappa) (balbC MOUSE, MONOCLONAL ANTIBOD
1mlcE 3lzt 0.7 129 129 100 Fab d44.1 (igg1,Kappa) (balbC MOUSE, MONOCLONAL ANTIBOD
1mlcF 3lzt 0.6 129 129 100 Fab d44.1 (igg1,Kappa) (balbC MOUSE, MONOCLONAL ANTIBOD
1mldA 2cmd 0.8 309 313 58 Malate dehydrogenase
1mldB 2cmd 0.8 309 313 58 Malate dehydrogenase
1mldC 2cmd 0.8 309 313 58 Malate dehydrogenase
1mldD 2cmd 0.8 309 313 58 Malate dehydrogenase
1mlf 1a6m 0.4 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met, val
1mlg 1a6m 0.4 139 154 98 Myoglobin (deoxy) mutant with initiator met, val 68 rep
1mlh 1a6m 1.5 134 154 93 Myoglobin (met) mutant with initiator met, val 68 repla
1mli 1mli 0.0 96 96 100 Muconolactone isomerase
1mlj 1a6m 0.5 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met, val
1mlk 1a6m 0.5 151 154 99 Myoglobin (deoxy) mutant with initiator met, val 68 rep
1mll 1a6m 0.4 151 154 99 Myoglobin (met) mutant with initiator met, val 68 repla
1mlm 1a6m 0.4 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met, val
1mln 1a6m 0.4 151 154 99 Myoglobin (deoxy) mutant with initiator met, val 68 rep
1mlo 1a6m 0.4 151 154 99 Myoglobin (met) mutant with initiator met, val 68 repla
1mlq 1a6m 0.4 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met, val
1mlr 1a6m 0.4 151 154 99 Myoglobin (deoxy) mutant with initiator met, val 68 rep
1mls 1a6m 0.4 151 154 99 Myoglobin (met) mutant with initiator met, val 68 repla
1mlu 1a6m 0.4 151 154 98 Myoglobin (carbonmonoxy) mutant with initiator met, his
1mma 1lvk 1.0 697 719 97 myosin fragment Mutant
1mmb 1hfc 0.6 155 158 67 matrix metalloproteinase-8 fragment
1mmd 1lvk 0.4 740 743 98 myosin fragment Mutant
1mmg 1lvk 0.2 740 741 99 myosin fragment (myosin ii heavy chain) Mutant
1mml 1mml 0.0 251 251 100 mmlv reverse transcriptase
1mmmA 1avmA 1.9 183 205 44 iron-substituted manganese superoxide dismutase (fe-mns
1mmmB 1avmA 1.8 182 205 44 iron-substituted manganese superoxide dismutase (fe-mns
1mmn 1lvk 0.3 736 737 99 myosin fragment Mutant
1mmoB 1mtyB 1.4 310 384 91 Methane monooxygenase hydrolase (methane hydroxylase)
1mmoC 1mtyB 1.4 310 384 91 Methane monooxygenase hydrolase (methane hydroxylase)
1mmoD 1mhyD 0.6 510 512 80 Methane monooxygenase hydrolase (methane hydroxylase)
1mmoE 1mhyD 0.5 510 512 80 Methane monooxygenase hydrolase (methane hydroxylase)
1mmoG 1mtyG 0.2 162 162 100 Methane monooxygenase hydrolase (methane hydroxylase)
1mmoH 1mtyG 0.3 162 162 100 Methane monooxygenase hydrolase (methane hydroxylase)
1mmpA 1hfc 0.9 156 166 56 matrilysin (mmp-9, pump-1, matrin)
1mmpB 1hfc 1.0 156 166 56 matrilysin (mmp-9, pump-1, matrin)
1mmq 1hfc 1.0 156 166 56 matrilysin (mmp-9, pump-1, matrin)
1mmr 1hfc 1.0 157 167 55 matrilysin (mmp-9, pump-1, matrin)
1mn1 1arv 1.3 331 357 43 manganese peroxidase Mutant biological_unit
1mn2 1arv 1.3 331 357 43 manganese peroxidase Mutant biological_unit
1mnc 1hfc 0.8 155 158 66 Neutrophil collagenase (catalytic domain)
1mnd 1lvk 1.5 635 641 98 myosin fragment Mutant
1mne 1lvk 0.4 740 742 98 myosin fragment Mutant
1mngA 1avmA 2.0 183 198 40 Manganese superoxide dismutase complexed with azide
1mngB 1avmA 2.0 183 198 40 Manganese superoxide dismutase complexed with azide
1mnh 1a6m 0.5 139 153 85 Myoglobin (met, ph 7.1) mutant with his 64 replaced by
1mniA 1a6m 1.5 133 153 80 Myoglobin (met, ph 7.1) mutant with his 64 replaced by
1mniB 1a6m 0.5 151 153 85 Myoglobin (met, ph 7.1) mutant with his 64 replaced by
1mnjA 1a6m 1.5 133 153 80 Myoglobin (met, ph 7.1) mutant with his 64 replaced by
1mnjB 1a6m 0.6 151 151 85 Myoglobin (met, ph 7.1) mutant with his 64 replaced by
1mnkA 1a6m 1.5 133 151 80 Myoglobin (aquomet, ph 7.1) mutant with his 64 replaced
1mnkB 1a6m 0.5 151 151 85 Myoglobin (aquomet, ph 7.1) mutant with his 64 replaced
1mnmA 1mnmA 0.0 85 85 100 mcm1 transcriptional regulator fragment (pheromone rece
1mnmB 1mnmA 1.1 81 81 100 mcm1 transcriptional regulator fragment (pheromone rece
1mnmC 1akhB 1.1 62 77 100 mcm1 transcriptional regulator fragment (pheromone rece
1mnmD 1akhB 0.7 56 77 100 mcm1 transcriptional regulator fragment (pheromone rece
1mnoA 1a6m 0.6 151 153 85 myoglobin Mutant biological_unit
1mnoB 1a6m 0.5 151 153 85 myoglobin Mutant biological_unit
1mnp 1arv 1.3 331 357 43 manganese peroxidase (mnp)
1mns 2mnr 0.2 357 357 100 Mandelate racemase
1mntA 1bazA 2.4 45 66 41 Mnt repressor mutant with c-terminal residues deleted (
1mntB 1bazA 2.2 43 66 43 Mnt repressor mutant with c-terminal residues deleted (
1moa 1a6m 0.4 151 154 99 Myoglobin (deoxy) mutant with initiator met, leu 29 rep
1mob 1a6m 0.5 151 154 99 Myoglobin (deoxy) mutant with initiator met, his 64 rep
1moc 1a6m 0.5 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met, his
1mod 1a6m 0.5 151 154 99 Myoglobin (deoxy) mutant with initiator met, his 64 rep
1mof 1mof 0.0 53 53 100 moloney murine leukemia virus p15 fragment residues 45
1moh 1flp 0.2 142 142 100 monomeric hemoglobin i
1molA 1molA 0.0 94 94 100 Monellin (single-chain, fused)
1molB 1molA 0.8 94 94 100 Monellin (single-chain, fused)
1mom 1mrj 0.6 246 246 65 Momordin
1moq 1moq 0.0 366 366 100 glucosamine 6-phosphate synthase (l-glutamine:d-fructos
1mor 1moq 0.3 366 366 100 glucosamine 6-phosphate synthase (l-glutamine:d-fructos
1mpaH 1mfa 1.5 113 225 73 mn12h2 igg2a-kappa fragment pora p1.16 peptide fluoresc
1mpaL 8fabA 7.4 204 219 42 mn12h2 igg2a-kappa fragment pora p1.16 peptide fluoresc
1mpb 4mbp 3.4 369 370 99 maltodextrin-binding protein (maltose-binding protein)
1mpc 4mbp 3.5 369 370 99 maltodextrin-binding protein (maltose-binding protein)
1mpd 4mbp 0.5 369 370 99 maltodextrin-binding protein (maltose-binding protein)
1mpf 2omf 0.3 340 340 99 Matrix porin (ompf) mutant with gly 119 replaced by asp
1mpgA 1mpgA 0.0 282 282 100 3-methyladenine DNA glycosylase ii (alka) biological_un
1mpgB 1mpgA 0.2 282 282 100 3-methyladenine DNA glycosylase ii (alka) biological_un
1mph 1btn 1.8 106 106 100 beta spectrin fragment (ph domain)
1mpmA 2mprA 1.3 406 421 82 maltoporin (lamb) biological_unit
1mpmB 2mprA 1.3 406 421 82 maltoporin (lamb) biological_unit
1mpmC 2mprA 1.3 406 421 82 maltoporin (lamb) biological_unit
1mpnA 2mprA 1.3 406 421 82 maltoporin (lamb) biological_unit
1mpnB 2mprA 1.3 406 421 82 maltoporin (lamb) biological_unit
1mpnC 2mprA 1.3 406 421 82 maltoporin (lamb) biological_unit
1mpoA 2mprA 1.3 406 421 82 maltoporin (lamb) biological_unit
1mpoB 2mprA 1.3 406 421 82 maltoporin (lamb) biological_unit
1mpoC 2mprA 1.3 406 421 82 maltoporin (lamb) biological_unit
1mpp 2rmpA 0.9 299 357 81 Pepsin (renin)
1mpqA 2mprA 1.2 406 421 82 maltoporin (lamb) biological_unit
1mpqB 2mprA 1.2 406 421 82 maltoporin (lamb) biological_unit
1mpqC 2mprA 1.2 406 421 82 maltoporin (lamb) biological_unit
1mprA 2mprA 0.1 421 421 100 maltoporin (lam-b, mal-l) biological_unit
1mprB 2mprA 0.1 421 421 100 maltoporin (lam-b, mal-l) biological_unit
1mprC 2mprA 0.2 421 421 100 maltoporin (lam-b, mal-l) biological_unit
1mpsH 6prcH 1.8 229 240 42 photosynthetic reaction center Mutant
1mpsL 6prcL 0.9 241 281 56 photosynthetic reaction center Mutant
1mpsM 6prcM 1.4 299 302 49 photosynthetic reaction center Mutant
1mpt 1gci 0.5 264 269 97 M-protease (subtilisin family)
1mra 2mnr 0.3 357 357 99 mandelate racemase Mutant
1mrb 1mhu 1.3 30 31 98 Cd-7 metallothionein-2a (alpha domain) (NMR)
1mrcH 1mfa 1.6 108 204 70 Igg jel 103 fab fragment
1mrcL 8fabA 7.3 204 216 42 Igg jel 103 fab fragment
1mrdH 1mfa 1.6 111 208 69 Igg jel 103 fab fragment complexed with inosine-5'-diph
1mrdL 8fabA 7.2 202 216 42 Igg jel 103 fab fragment complexed with inosine-5'-diph
1mreH 1mfa 1.6 112 208 69 Igg jel 103 fab fragment complexed with guanosine-5'-di
1mreL 8fabA 7.4 202 218 42 Igg jel 103 fab fragment complexed with guanosine-5'-di
1mrfH 1mfa 1.5 111 205 69 Igg jel 103 fab fragment complexed with deoxyinosine-5'
1mrfL 8fabA 7.5 204 216 42 Igg jel 103 fab fragment complexed with deoxyinosine-5'
1mrg 1mrj 0.7 246 246 64 Alpha-momorcharin complexed with adenine
1mrh 1mrj 0.7 246 246 64 Alpha-momorcharin complexed with formycin
1mri 1mrj 0.7 246 246 64 Alpha-momorcharin
1mrj 1mrj 0.0 247 247 100 Alpha-trichosanthin complexed with adenine
1mrk 1mrj 0.1 247 247 100 Alpha-trichosanthin complexed with formycin
1mroA 1mroA 0.0 547 547 100 methyl-coenzyme m reductase biological_unit
1mroB 1mroB 0.0 442 442 100 methyl-coenzyme m reductase biological_unit
1mroC 1mroC 0.0 247 247 100 methyl-coenzyme m reductase biological_unit
1mroD 1mroA 0.2 547 547 100 methyl-coenzyme m reductase biological_unit
1mroE 1mroB 0.2 442 442 100 methyl-coenzyme m reductase biological_unit
1mroF 1mroC 0.2 247 247 100 methyl-coenzyme m reductase biological_unit
1mrp 1mrp 0.0 309 309 100 ferric iron binding protein (fbp, hita, hfbp, major iro
1mrrA 1xikA 0.4 340 340 99 Protein r2 of ribonucleotide reductase complex with man
1mrrB 1xikA 0.6 340 340 99 Protein r2 of ribonucleotide reductase complex with man
1mrt 1mhu 1.7 31 31 95 Cd-7 metallothionein-2 (alpha domain) (NMR)
1msaA 1jpc 0.2 108 109 100 agglutinin (snowdrop lectin)
1msaB 1jpc 0.2 108 109 100 agglutinin (snowdrop lectin)
1msaC 1jpc 0.2 108 109 100 agglutinin (snowdrop lectin)
1msaD 1jpc 0.2 108 109 100 agglutinin (snowdrop lectin)
1msbA 1rtm1 0.8 114 115 100 Mannose binding protein A (lectin domain) complex with
1msbB 1rtm1 0.8 114 115 95 Mannose binding protein A (lectin domain) complex with
1msc 1msc 0.0 129 129 100 Bacteriophage ms2 unassembled coat protein dimer (trans
1msdA 1avmA 1.5 187 198 46 Manganese superoxide dismutase
1msdB 1avmA 1.5 187 198 46 Manganese superoxide dismutase
1mseC 1a5j 1.8 48 105 84 C-myb DNA-binding domain complexed with DNA (NMR, minim
1msfC 1a5j 3.3 41 105 69 C-myb DNA-binding domain complexed with DNA (NMR, 25 st
1msgA 1tvxA 1.8 62 72 62 Human melanoma growth stimulatory activity (mgsa, gro-a
1msgB 1tvxA 1.9 63 72 61 Human melanoma growth stimulatory activity (mgsa, gro-a
1mshA 1tvxA 1.8 62 72 62 Human melanoma growth stimulatory activity (mgsa, gro-a
1mshB 1tvxA 1.9 63 72 61 Human melanoma growth stimulatory activity (mgsa, gro-a
1msi 1msi 0.0 66 66 100 type iii antifreeze protein isoform hplc 12 (type iii a
1msk 1msk 0.0 328 328 100 cobalamin-dependent methionine synthase fragment
1mslA 1mslA 0.0 109 109 100 mechanosensitive ion channel (mscl) biological_unit
1mslB 1mslA 0.1 109 109 100 mechanosensitive ion channel (mscl) biological_unit
1mslC 1mslA 0.1 109 109 100 mechanosensitive ion channel (mscl) biological_unit
1mslD 1mslA 0.1 109 109 100 mechanosensitive ion channel (mscl) biological_unit
1mslE 1mslA 0.1 109 109 100 mechanosensitive ion channel (mscl) biological_unit
1mspA 1mspA 0.0 124 124 100 major sperm protein (msp)
1mspB 1mspA 0.4 122 122 100 major sperm protein (msp)
1mssA 1amk 1.3 235 242 64 Triosephosphate isomerase mutant with phe 45 replaced b
1mssB 1amk 1.3 235 242 64 Triosephosphate isomerase mutant with phe 45 replaced b
1mstA 1msc 2.5 125 129 95 bacteriophage ms2 capsid Mutant
1mstB 1msc 1.9 125 129 96 bacteriophage ms2 capsid Mutant
1mstC 1msc 2.7 127 129 94 bacteriophage ms2 capsid Mutant
1mti 1a6m 1.5 134 154 94 myoglobin Mutant
1mtj 1a6m 0.5 151 154 99 myoglobin Mutant
1mtk 1a6m 0.4 151 154 99 myoglobin Mutant
1mtnB 5ptp 1.2 126 131 44 alpha-chymotrypsin (a-cht) basic pancreatic trypsin inh
1mtnC 5ptp 1.2 91 97 47 alpha-chymotrypsin (a-cht) basic pancreatic trypsin inh
1mtnD 1bpi 0.6 57 58 100 alpha-chymotrypsin (a-cht) basic pancreatic trypsin inh
1mtnF 5ptp 1.2 126 131 44 alpha-chymotrypsin (a-cht) basic pancreatic trypsin inh
1mtnG 5ptp 1.2 91 97 47 alpha-chymotrypsin (a-cht) basic pancreatic trypsin inh
1mtnH 1bpi 0.6 57 58 100 alpha-chymotrypsin (a-cht) basic pancreatic trypsin inh
1mtrA 1fmb 1.6 97 99 31 hiv-1 protease (hiv-1 pr) Mutant a cyclic phe-ile-val p
1mtrB 1fmb 1.7 97 99 31 hiv-1 protease (hiv-1 pr) Mutant a cyclic phe-ile-val p
1mts 5ptp 0.3 223 223 99 trypsin
1mtu 5ptp 0.3 223 223 99 trypsin
1mtv 5ptp 0.3 223 223 99 trypsin
1mtw 5ptp 0.2 223 223 99 trypsin
1mtx 1sco 1.3 36 39 59 margatoxin
1mtyB 1mtyB 0.0 384 384 100 methane monooxygenase hydroxylase biological_unit
1mtyC 1mtyB 0.3 384 384 100 methane monooxygenase hydroxylase biological_unit
1mtyD 1mhyD 0.6 510 512 81 methane monooxygenase hydroxylase biological_unit
1mtyE 1mhyD 0.6 510 512 81 methane monooxygenase hydroxylase biological_unit
1mtyG 1mtyG 0.0 162 162 100 methane monooxygenase hydroxylase biological_unit
1mtyH 1mtyG 0.2 162 162 100 methane monooxygenase hydroxylase biological_unit
1mua 2cba 0.2 256 256 99 Carbonic anhydrase ii mutant with pro 202 replaced by a
1mucA 1mucA 0.0 360 360 100 muconate lactonizing enzyme (cic, cis muconate cycloiso
1mucB 1mucA 0.1 360 360 100 muconate lactonizing enzyme (cic, cis muconate cycloiso
1mugA 1mugA 0.0 165 165 100 g:tU SPECIFIC DNA GLYCOSYLASE
1mup 1mup 0.0 157 157 100 Major urinary protein complex with 2-(sec-butyl) thiazo
1mut 1tum 2.1 128 129 97 nucleoside triphosphate pyrophosphohydrolase (mutt)
1mux 1ncx 10.4 108 148 47 calmodulin
1mvaA 1msc 2.6 125 129 94 bacteriophage ms2 capsid Mutant
1mvaB 1msc 1.9 120 129 93 bacteriophage ms2 capsid Mutant
1mvaC 1msc 2.5 125 129 94 bacteriophage ms2 capsid Mutant
1mvbA 1msc 2.9 126 129 94 bacteriophage ms2 capsid Mutant
1mvbB 1msc 1.9 120 129 93 bacteriophage ms2 capsid Mutant
1mvbC 1msc 2.6 126 129 94 bacteriophage ms2 capsid Mutant
1mvmA 2cas 1.0 540 549 52 murine minute virus coat protein DNA fragment DNA fragm
1mvpA 2rspB 0.4 111 112 99 Myeloblastosis associated viral protease (e.C.3.4.23)
1mvpB 2rspB 0.2 111 111 99 Myeloblastosis associated viral protease (e.C.3.4.23)
1mwcA 1a6m 0.6 151 153 86 myoglobin biological_unit
1mwcB 1a6m 0.6 151 153 86 myoglobin biological_unit
1mwdA 1a6m 0.6 151 153 86 myoglobin biological_unit
1mwdB 1a6m 0.6 151 153 86 myoglobin biological_unit
1mwe 2qwc 0.1 388 388 99 neuraminidase fragment (sialidase) biological_unit
1mxa 1mxb 0.3 377 377 100 s-adenosylmethionine synthetase (mat, atp:l-methionine
1mxb 1mxb 0.0 377 377 100 s-adenosylmethionine synthetase (mat, atp:l-methionine
1mxc 1mxb 0.2 377 377 100 s-adenosylmethionine synthetase (mat, atp:l-methionine
1myf 1a6m 1.4 149 153 98 Myoglobin (fe ii, carbonmonoxy) (NMR, 12 structures)
1mygA 1a6m 1.5 133 153 82 Myoglobin (aquomet, ph 7.1)
1mygB 1a6m 0.5 151 153 86 Myoglobin (aquomet, ph 7.1)
1myhA 1a6m 0.5 139 153 88 Myoglobin (aquomet, ph 7.1) mutant with lys 45 replaced
1myhB 1a6m 0.6 151 153 87 Myoglobin (aquomet, ph 7.1) mutant with lys 45 replaced
1myiA 1a6m 1.5 133 153 82 Myoglobin (aquomet, ph 7.1) mutant with lys 45 replaced
1myiB 1a6m 0.5 151 153 86 Myoglobin (aquomet, ph 7.1) mutant with lys 45 replaced
1myjA 1a6m 1.5 133 153 81 Myoglobin (aquomet, ph 7.1) mutant with val 68 replaced
1myjB 1a6m 0.6 151 153 85 Myoglobin (aquomet, ph 7.1) mutant with val 68 replaced
1mykA 1bazA 0.7 47 47 96 Phage p22 arc repressor dimer mutant with pro 8 replace
1mykB 1bazA 0.5 45 45 96 Phage p22 arc repressor dimer mutant with pro 8 replace
1mylA 1bazA 0.6 45 45 92 Arc repressor mutant with arg 31 replaced by met, glu 3
1mylB 1bazA 0.9 40 40 91 Arc repressor mutant with arg 31 replaced by met, glu 3
1mylC 1bazA 0.7 45 45 92 Arc repressor mutant with arg 31 replaced by met, glu 3
1mylD 1bazA 0.9 45 45 92 Arc repressor mutant with arg 31 replaced by met, glu 3
1mylE 1bazA 0.8 41 41 91 Arc repressor mutant with arg 31 replaced by met, glu 3
1mylF 1bazA 0.9 40 40 91 Arc repressor mutant with arg 31 replaced by met, glu 3
1mym 1a6m 0.5 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met, asp
1myn 1gpt 1.2 41 44 40 drosomycin
1mypA 1mhlA 0.5 104 104 100 Myeloperoxidase
1mypB 1mhlA 0.5 104 104 100 Myeloperoxidase
1mypC 1mhlC 0.6 462 462 100 Myeloperoxidase
1mypD 1mhlC 0.5 462 462 100 Myeloperoxidase
1myr 2myr 0.1 499 499 100 myrosinase (thioglucoside glucohydrolase) biological_un
1myt 1a6m 1.0 144 145 44 Myoglobin (met)
1mzl 1rzl 1.1 91 93 78 maize nonspecific lipid transfer protein
1mzm 1rzl 1.3 91 93 78 maize nonspecific lipid transfer protein
1n2cA 2minA 1.4 410 478 94 nitrogenase molybdenum-iron protein fragment (nitrogena
1n2cB 3minB 0.4 522 522 100 nitrogenase molybdenum-iron protein fragment (nitrogena
1n2cC 2minA 0.4 467 478 100 nitrogenase molybdenum-iron protein fragment (nitrogena
1n2cD 3minB 0.4 522 522 100 nitrogenase molybdenum-iron protein fragment (nitrogena
1n2cE 1cp2A 1.7 268 274 70 nitrogenase molybdenum-iron protein fragment (nitrogena
1n2cF 1cp2A 1.7 268 274 70 nitrogenase molybdenum-iron protein fragment (nitrogena
1n2cG 1cp2A 1.7 268 274 70 nitrogenase molybdenum-iron protein fragment (nitrogena
1n2cH 1cp2A 1.7 268 274 70 nitrogenase molybdenum-iron protein fragment (nitrogena
1nag 1bpi 0.6 56 56 99 Bovine pancreatic trypsin inhibitor (bpti) mutant with
1nah 1xel 0.1 338 338 100 udp-galactose 4-epimerase (epimerase) biological_unit
1nai 1xel 0.4 338 338 100 udp-galactose 4-epimerase (epimerase) biological_unit
1nal1 1nal3 0.3 291 291 100 n-acetylneuraminate lyase
1nal2 1nal3 0.3 291 291 100 n-acetylneuraminate lyase
1nal3 1nal3 0.0 291 291 100 n-acetylneuraminate lyase
1nal4 1nal3 0.2 291 291 100 n-acetylneuraminate lyase
1napA 1tvxA 1.0 64 66 100 neutrophil activating peptide-2 (nap-2) Mutant
1napB 1tvxA 0.8 64 66 100 neutrophil activating peptide-2 (nap-2) Mutant
1napC 1tvxA 0.5 63 63 100 neutrophil activating peptide-2 (nap-2) Mutant
1napD 1tvxA 0.8 64 66 100 neutrophil activating peptide-2 (nap-2) Mutant
1nar 1nar 0.0 289 289 100 Narbonin
1nas 1oaa 0.3 259 259 100 sepiapterin reductase biological_unit
1nat 1srrA 0.9 119 119 99 sporulation response regulatory protein (spo0f)
1nawA 1uae 1.5 411 419 93 udp-n-acetylglucosamine 1-carboxyvinyl-transferase
1nawB 1uae 1.9 411 419 93 udp-n-acetylglucosamine 1-carboxyvinyl-transferase
1nbaA 1nbaA 0.0 253 253 100 N-carbamoylsarcosine amidohydrolase
1nbaB 1nbaA 0.6 252 252 100 N-carbamoylsarcosine amidohydrolase
1nbaC 1nbaA 0.2 253 253 100 N-carbamoylsarcosine amidohydrolase
1nbaD 1nbaA 0.6 252 253 100 N-carbamoylsarcosine amidohydrolase
1nbbA 1cpq 0.5 129 129 100 cytochrome c'
1nbbB 1cpq 0.5 129 129 100 cytochrome c'
1nbcA 1nbcA 0.0 155 155 100 cellulosomal scaffolding protein a fragment (scafoldin
1nbcB 1nbcA 0.2 155 155 100 cellulosomal scaffolding protein a fragment (scafoldin
1nbeA 8atcA 1.8 307 310 96 aspartate transcarbomylase Mutant biological_unit
1nbeB 8atcB 1.9 146 153 98 aspartate transcarbomylase Mutant biological_unit
1nbeC 8atcA 1.9 307 310 96 aspartate transcarbomylase Mutant biological_unit
1nbeD 8atcB 1.7 146 153 98 aspartate transcarbomylase Mutant biological_unit
1nbmA 1skyB 1.6 476 487 59 f1-atpase (bovine mithochondrial f1-atpase) biological_
1nbmB 1skyB 1.1 475 487 59 f1-atpase (bovine mithochondrial f1-atpase) biological_
1nbmC 1skyB 1.7 476 492 59 f1-atpase (bovine mithochondrial f1-atpase) biological_
1nbmD 1skyE 3.4 397 467 72 f1-atpase (bovine mithochondrial f1-atpase) biological_
1nbmE 1skyE 1.1 426 466 71 f1-atpase (bovine mithochondrial f1-atpase) biological_
1nbmF 1skyE 3.7 422 466 72 f1-atpase (bovine mithochondrial f1-atpase) biological_
1nbmG 1bmfG 0.7 122 122 100 f1-atpase (bovine mithochondrial f1-atpase) biological_
1nbvH 1igtB 3.3 200 219 73 Fab (bv04-01) autoantibody binding single-stranded DNA
1nbvL 8fabA 4.1 204 219 42 Fab (bv04-01) autoantibody binding single-stranded DNA
1ncaH 1igtB 1.9 211 221 70 N9 neuraminidase-nc41 complex with fab
1ncaL 8fabA 6.7 201 214 44 N9 neuraminidase-nc41 complex with fab
1ncaN 2qwc 0.3 388 389 99 N9 neuraminidase-nc41 complex with fab
1ncbH 1igtB 2.0 211 221 70 N9 neuraminidase-nc41 mutant with asn 329 replaced by a
1ncbL 8fabA 6.8 201 214 44 N9 neuraminidase-nc41 mutant with asn 329 replaced by a
1ncbN 2qwc 0.3 388 389 99 N9 neuraminidase-nc41 mutant with asn 329 replaced by a
1nccH 1igtB 1.9 211 221 70 N9 neuraminidase-nc41 mutant with ile 368 replaced by a
1nccL 8fabA 6.7 201 214 44 N9 neuraminidase-nc41 mutant with ile 368 replaced by a
1nccN 2qwc 0.4 388 389 99 N9 neuraminidase-nc41 mutant with ile 368 replaced by a
1ncdH 1igtB 1.9 211 221 70 N9 neuraminidase-nc41 complex with fab
1ncdL 8fabA 6.7 201 214 44 N9 neuraminidase-nc41 complex with fab
1ncdN 2qwc 0.3 388 389 96 N9 neuraminidase-nc41 complex with fab
1ncfA 1extA 3.1 131 140 100 tumor necrosis factor receptor (type i receptor, stnfr1
1ncfB 1extA 3.4 131 142 100 tumor necrosis factor receptor (type i receptor, stnfr1
1ncg 1edhA 1.1 97 99 57 n-cadherin (neural cadherin domain 1, ncd1) Mutant
1nchA 1edhA 0.9 94 98 57 n-cadherin (neural cadherin domain 1, ncd1) Mutant
1nchB 1edhA 1.0 98 100 57 n-cadherin (neural cadherin domain 1, ncd1) Mutant
1nciA 1edhA 0.9 98 102 57 n-cadherin (neural cadherin domain 1, ncd1) Mutant
1nciB 1edhA 0.9 92 96 58 n-cadherin (neural cadherin domain 1, ncd1) Mutant
1ncjA 1edhA 1.6 208 212 56 n-cadherin fragment
1ncl 1npk 0.1 150 150 99 nucleoside diphosphate kinase (ndk, ndp kinase) Mutant
1ncoA 2mcm 1.0 111 113 47 Holo-neocarzinostatin (containing chromophore) complex
1ncoB 2mcm 1.0 111 113 47 Holo-neocarzinostatin (containing chromophore) complex
1ncs 1ncs 0.0 47 47 100 transcriptional factor swi5 fragment (peptide m30f)
1nct 1wit 2.1 89 98 29 titin fragment (connectin, nextm5)
1ncu 1wit 2.1 89 98 29 titin fragment (connectin, nextm5)
1ncvA 1dokA 2.7 60 76 74 monocyte chemoattractant protein 3 biological_unit
1ncvB 1dokA 2.9 59 76 75 monocyte chemoattractant protein 3 biological_unit
1ncx 1ncx 0.0 162 162 100 troponin c
1ncy 1ncx 0.1 162 162 100 troponin c
1ncz 1ncx 0.3 162 162 100 troponin c
1ndaA 3grs 1.4 441 481 36 Trypanothione oxidoreductase (oxidized)
1ndaB 3grs 1.4 441 481 36 Trypanothione oxidoreductase (oxidized)
1ndc 1npk 0.5 150 150 100 Nucleoside diphosphate kinase complexed with 2'-deoxyth
1nddA 1bt0 0.7 73 74 85 nedd8 (nedd-8) biological_unit
1nddB 1bt0 0.6 73 76 85 nedd8 (nedd-8) biological_unit
1nddC 1bt0 0.9 73 73 85 nedd8 (nedd-8) biological_unit
1nddD 1bt0 0.7 73 73 85 nedd8 (nedd-8) biological_unit
1ndh 1ndh 0.0 270 270 100 Cytochrome b=5= reductase
1ndk 1npk 0.3 148 148 99 Nucleoside diphosphate kinase mutant with his 122 repla
1ndlA 1npk 0.9 149 152 61 Nucleoside diphosphate kinase
1ndlB 1npk 1.0 149 152 61 Nucleoside diphosphate kinase
1ndlC 1npk 0.8 149 152 61 Nucleoside diphosphate kinase
1ndoA 1ndoA 0.0 447 447 100 napthalene 1,2-dioxygenase biological_unit
1ndoB 1ndoB 0.0 193 193 100 napthalene 1,2-dioxygenase biological_unit
1ndoC 1ndoA 0.1 447 447 100 napthalene 1,2-dioxygenase biological_unit
1ndoD 1ndoB 0.1 193 193 100 napthalene 1,2-dioxygenase biological_unit
1ndoE 1ndoA 0.1 445 445 100 napthalene 1,2-dioxygenase biological_unit
1ndoF 1ndoB 0.1 193 193 100 napthalene 1,2-dioxygenase biological_unit
1ndpA 1npk 0.4 150 150 100 Nucleoside diphosphate kinase complexed with adp
1ndpB 1npk 0.5 150 150 100 Nucleoside diphosphate kinase complexed with adp
1ndrA 1nif 0.7 330 330 68 nitrite reductase (nir)
1ndrB 1nif 0.7 330 330 68 nitrite reductase (nir)
1ndrC 1nif 0.7 330 330 68 nitrite reductase (nir)
1ndsA 1nif 0.6 329 329 68 nitrite reductase (nir)
1ndsB 1nif 0.6 329 329 68 nitrite reductase (nir)
1ndsC 1nif 0.6 329 329 68 nitrite reductase (nir)
1ndt 1nif 0.6 333 336 68 nitrite reductase biological_unit
1nea 3ebx 1.6 61 61 71 Toxin alpha (NMR, 8 structures)
1neb 1bb9 2.2 59 60 33 nebulin fragment
1nedA 1nedA 0.0 180 180 100 hslv
1nedB 1nedA 3.1 180 181 99 hslv
1nedC 1nedA 0.1 174 181 100 hslv
1neh 1hpi 1.8 69 85 38 high potential iron sulfur protein (hipip)
1nel 4enl 0.8 431 436 99 Enolase (2-phospho-d-glycerate hydrolase) complex with
1neq 1neq 0.0 74 74 100 DNA-binding protein ner
1ner 1neq 1.2 74 74 100 DNA-binding protein ner
1nesE 5ptp 1.2 219 240 37 elastase acetyl-ala-pro-ala
1neu 1neu 0.0 115 115 100 myelin p0 protein fragment
1new 1new 0.0 68 68 100 cytochrome c551.5 (cytochrome c7, triheme cytochrome)
1nfa 1a02N 4.1 152 178 56 human transcription factor nfatc1 fragment
1nfdA 1tcrA 2.3 201 203 67 n15 alpha-beta t-cell receptor h57 fab
1nfdB 1bec 2.1 225 239 67 n15 alpha-beta t-cell receptor h57 fab
1nfdC 1tcrA 2.0 200 203 63 n15 alpha-beta t-cell receptor h57 fab
1nfdD 1bec 2.1 225 239 67 n15 alpha-beta t-cell receptor h57 fab
1nfdE 8fabA 5.7 203 212 59 n15 alpha-beta t-cell receptor h57 fab
1nfdF 1igtB 1.2 203 222 76 n15 alpha-beta t-cell receptor h57 fab
1nfdG 8fabA 5.7 203 212 59 n15 alpha-beta t-cell receptor h57 fab
1nfdH 1igtB 1.3 204 222 76 n15 alpha-beta t-cell receptor h57 fab
1nfiB 1a3qA 0.7 102 106 63 nf-kappa-b p65 nf-kappa-b p50 i-kappa-b-alpha fragment
1nfiD 1a3qA 0.7 102 106 63 nf-kappa-b p65 nf-kappa-b p50 i-kappa-b-alpha fragment
1nfiE 1iknD 0.0 203 212 87 nf-kappa-b p65 nf-kappa-b p50 i-kappa-b-alpha fragment
1nfiF 1iknD 0.0 203 212 87 nf-kappa-b p65 nf-kappa-b p50 i-kappa-b-alpha fragment
1nfkA 1a3qA 2.3 283 312 60 nuclear factor kappa-b fragment kb site, DNA (5'-d(tgag
1nfkB 1a3qA 2.7 283 312 60 nuclear factor kappa-b fragment kb site, DNA (5'-d(tgag
1nfn 1nfn 0.0 132 132 100 apolipoprotein e3 fragment
1nfo 1nfn 0.4 131 131 98 apolipoprotein e2 fragment (apoe2) Mutant
1nfp 1nfp 0.0 228 228 100 Luxf gene product (nonfluorescent flavoprotein) complex
1nga 1ba1 0.4 378 378 99 Heat-shock cognate 70kd protein (44kd atpase n-terminal
1ngb 1ba1 0.4 378 378 99 Heat-shock cognate 70kd protein (44kd atpase n-terminal
1ngc 1ba1 0.4 378 378 99 Heat-shock cognate 70kd protein (44kd atpase n-terminal
1ngd 1ba1 0.4 378 378 99 Heat-shock cognate 70kd protein (44kd atpase n-terminal
1nge 1ba1 0.4 378 378 99 Heat-shock cognate 70kd protein (44kd atpase n-terminal
1ngf 1ba1 0.4 378 382 99 Heat-shock cognate 70kd protein (44kd atpase n-terminal
1ngg 1ba1 0.4 378 379 99 Heat-shock cognate 70kd protein (44kd atpase n-terminal
1ngh 1ba1 0.4 378 378 99 Heat-shock cognate 70kd protein (44kd atpase n-terminal
1ngi 1ba1 0.4 378 378 99 Heat-shock cognate 70kd protein (44kd atpase n-terminal
1ngj 1ba1 0.4 378 382 99 Heat-shock cognate 70kd protein (44kd atpase n-terminal
1ngpH 1igtB 3.8 210 215 67 n1g9 (igg1=lambda=) fragment
1ngpL 1mfa 5.5 125 211 81 n1g9 (igg1=lambda=) fragment
1ngqH 1igtB 3.8 210 215 67 n1g9 (igg1=lambda=) fragment
1ngqL 1mfa 5.7 125 211 82 n1g9 (igg1=lambda=) fragment
1ngr 1ngr 0.0 85 85 100 p75 low affinity neurotrophin receptor fragment
1ngsA 1trkA 0.2 677 678 100 transketolase
1ngsB 1trkA 0.2 677 678 100 transketolase
1nhb 1l92 0.2 162 162 99 Lysozyme mutant with cys 54 replaced by thr, cys 97 rep
1nhkL 1npk 1.3 143 143 45 Nucleoside diphosphate kinase complexed with 5'-cyclic
1nhkR 1npk 1.5 144 144 44 Nucleoside diphosphate kinase complexed with 5'-cyclic
1nhm 1hma 3.5 71 79 38 High mobility group protein 1 (DNA-binding domain box 2
1nhn 1hma 3.9 71 79 38 High mobility group protein 1 (hmg1) (NMR, 41 structure
1nhp 1nhp 0.0 447 447 100 Nadh peroxidase (npx) mutant with cys 42 replaced by al
1nhq 1nhp 0.1 447 447 99 Nadh peroxidase (npx) mutant with cys 42 replaced by se
1nhr 1nhp 0.1 447 447 99 Nadh peroxidase (npx) mutant with leu 40 replaced by cy
1nhs 1nhp 0.1 447 447 99 Nadh peroxidase (npx) mutant with ser 41 replaced by cy
1nht 1adeA 1.9 429 431 99 adenylosuccinate synthetase biological_unit
1niaA 1nif 2.1 333 333 100 nitrite reductase
1niaB 1nif 0.2 333 333 100 nitrite reductase
1niaC 1nif 0.2 333 333 100 nitrite reductase
1nibA 1nif 2.1 333 333 100 nitrite reductase
1nibB 1nif 0.2 333 333 100 nitrite reductase
1nibC 1nif 0.2 333 333 100 nitrite reductase
1nic 1nif 0.1 333 333 100 nitrite reductase
1nid 1nif 0.1 333 333 100 nitrite reductase
1nie 1nif 0.1 333 333 100 nitrite reductase
1nif 1nif 0.0 333 333 100 nitrite reductase
1nihA 1abwA 0.4 137 141 99 Alpha-nickelous, beta-ferrous carbonmonoxy hemoglobin (
1nihB 1abwA 1.3 137 146 44 Alpha-nickelous, beta-ferrous carbonmonoxy hemoglobin (
1nihC 1abwA 0.4 141 141 99 Alpha-nickelous, beta-ferrous carbonmonoxy hemoglobin (
1nihD 1abwA 1.4 137 146 44 Alpha-nickelous, beta-ferrous carbonmonoxy hemoglobin (
1nin 1plc 2.0 97 105 44 plastocyanin
1nipA 1cp2A 1.1 268 283 70 Nitrogenase iron protein
1nipB 1cp2A 1.1 268 287 70 Nitrogenase iron protein
1nirA 1aomB 1.5 511 538 68 nitrite reductase biological_unit
1nirB 1aomB 1.5 511 539 68 nitrite reductase biological_unit
1nis 1amj 0.2 752 753 99 Aconitase complex with nitrocitrate (major occupancy fo
1nit 1amj 0.2 752 753 99 Aconitase complex with sulfate (minor occupancy form)
1nivA 1jpc 0.3 108 108 100 agglutinin (snowdrop lectin)
1nivC 1jpc 0.3 108 108 100 agglutinin (snowdrop lectin)
1nja 1bkpA 1.9 259 316 38 thymidylate synthase Mutant
1njb 1bkpA 1.8 259 316 38 thymidylate synthase Mutant
1njc 1bkpA 1.8 259 316 38 thymidylate synthase Mutant
1njd 1bkpA 1.8 259 316 38 thymidylate synthase Mutant
1nje 1bkpA 1.8 259 316 38 thymidylate synthase
1nk1A 1bhtA 0.6 172 172 100 hepatocyte growth factor precursor(scatter factor)(sf)(
1nk1B 1bhtA 0.8 172 172 100 hepatocyte growth factor precursor(scatter factor)(sf)(
1nk2P 1b72A 4.2 66 77 43 homeobox protein vnd fragment (vndNK-2 HOMEODOMAIN, VEN
1nk3P 2hddA 0.9 55 63 40 homeobox protein vnd fragment (vndNK-2 HOMEODOMAIN, VEN
1nkd 1nkd 0.0 59 59 100 rop (cole1 repressor of primer) Mutant biological_unit
1nkl 1nkl 0.0 78 78 100 nk-lysin
1nkr 1nkr 0.0 195 195 100 p58-cl42 kir fragment (killer cell inhibitory receptor)
1nksA 1nksA 0.0 194 194 100 adenylate kinase (atp:amp phosphotransferase) biologica
1nksB 1nksA 0.7 194 194 100 adenylate kinase (atp:amp phosphotransferase) biologica
1nksC 1nksA 2.2 194 194 100 adenylate kinase (atp:amp phosphotransferase) biologica
1nksD 1nksA 2.1 194 194 100 adenylate kinase (atp:amp phosphotransferase) biologica
1nksE 1nksA 0.7 194 194 100 adenylate kinase (atp:amp phosphotransferase) biologica
1nksF 1nksA 2.2 194 194 100 adenylate kinase (atp:amp phosphotransferase) biologica
1nldH 1igtB 2.9 204 215 72 fab1583
1nldL 8fabA 7.8 204 219 41 fab1583
1nlkL 1npk 1.3 143 143 44 Nucleoside diphosphate kinase
1nlkR 1npk 1.3 143 143 45 Nucleoside diphosphate kinase
1nloC 1ckaA 1.1 54 56 41 c-src fragment nl1 (mn7-mn2-mn1-plpplp)
1nlpC 1ckaA 1.2 54 56 41 c-src fragment nl2 (mn8-mn1-plpplp)
1nlr 1nlr 0.0 222 222 100 endo-1,4-beta-glucanase fragment (celb, celb2)
1nls 1nls 0.0 237 237 100 concanavalin a biological_unit
1nmaH 1mfa 1.1 102 122 72 n9 neuraminidase fab nc10
1nmaL 8fabA 1.4 103 109 42 n9 neuraminidase fab nc10
1nmaN 2qwc 0.5 378 378 96 n9 neuraminidase fab nc10
1nmbH 1mfa 1.1 115 122 70 n9 neuraminidase fab nc10
1nmbL 1mfa 1.7 97 109 44 n9 neuraminidase fab nc10
1nmbN 2qwc 0.3 388 388 96 n9 neuraminidase fab nc10
1nmcA 2qwc 0.4 388 388 99 single chain antibody fragment neuraminidase fragment
1nmcB 1mfa 1.0 115 122 69 single chain antibody fragment neuraminidase fragment
1nmcC 8fabA 1.3 103 109 44 single chain antibody fragment neuraminidase fragment
1nmcH 1mfa 1.0 115 122 69 single chain antibody fragment neuraminidase fragment
1nmcL 8fabA 1.3 103 109 44 single chain antibody fragment neuraminidase fragment
1nmcN 2qwc 0.4 388 388 99 single chain antibody fragment neuraminidase fragment
1nmf 1mjc 2.1 66 67 61 major cold-shock protein (cspb)
1nmg 1mjc 1.8 66 67 61 major cold-shock protein (cspb)
1nmtA 1nmtA 0.0 392 392 100 n-myristoyl transferase biological_unit
1nmtB 1nmtA 0.3 392 392 100 n-myristoyl transferase biological_unit
1nmtC 1nmtA 0.3 389 389 100 n-myristoyl transferase biological_unit
1nn2 2qwc 1.2 385 388 48 Neuraminidase
1nna 2qwc 0.3 387 387 99 Neuraminidase (sialidase)
1nnb 2qwc 0.3 387 387 99 Neuraminidase (sialidase) complexed with 2-deoxy-2,3-de
1nnc 2qwc 0.2 388 388 99 neuraminidase n9 (sialidase, hydrolase (o-glycosyl))
1nnoA 1aomB 1.4 511 539 68 nitrite reductase biological_unit
1nnoB 1aomB 1.4 511 539 68 nitrite reductase biological_unit
1noa 2mcm 1.2 111 113 47 Neocarzinostatin
1nocA 1nos 2.2 314 372 96 inducible nitric oxide synthase fragment type 1 chloram
1nocB 3cla 0.8 212 213 46 inducible nitric oxide synthase fragment type 1 chloram
1nodA 1nos 2.9 315 414 94 nitric oxide synthase fragment l-arginine
1nodB 1nos 2.9 315 413 94 nitric oxide synthase fragment l-arginine
1noe 1hpi 1.8 69 86 36 high potential iron sulfur protein (hipip) Mutant
1noiA 1a8i 1.0 790 823 99 glycogen phosphorylase
1noiB 1a8i 1.1 791 823 99 glycogen phosphorylase
1noiC 1a8i 1.0 790 823 99 glycogen phosphorylase
1noiD 1a8i 1.1 790 823 99 glycogen phosphorylase
1noj 1a8i 0.5 800 831 99 glycogen phosphorylase
1nok 1a8i 0.4 800 831 99 glycogen phosphorylase
1nol 1lla 0.2 599 607 100 hemocyanin (subunit type ii) biological_unit
1nom 1bpyA 2.4 242 242 95 DNA polymerase beta fragment
1noo 1phd 0.2 405 405 100 cytochrome p450cam (camphor monooxygenase)
1nor 3ebx 1.6 61 61 71 Neurotoxin ii (NMR, 19 structures)
1nos 1nos 0.0 322 322 100 inducible nitric oxide synthase fragment
1novA 2bbvA 1.0 303 309 49 nodamura virus coat proteins
1novB 2bbvA 1.0 303 309 49 nodamura virus coat proteins
1novC 2bbvA 1.1 303 324 49 nodamura virus coat proteins
1nox 1nox 0.0 200 200 100 nadh oxidase biological_unit
1noyA 1waj 2.1 341 372 60 DNA polymerase fragment (t4 gp43 n388) DNA (5'-d(TpTpT)
1noyB 1waj 1.8 328 346 61 DNA polymerase fragment (t4 gp43 n388) DNA (5'-d(TpTpT)
1nozA 1waj 1.7 328 346 61 DNA polymerase fragment (t4 gp43 n388)
1nozB 1waj 1.8 328 346 61 DNA polymerase fragment (t4 gp43 n388)
1np1A 1np4 1.0 184 184 90 nitrophorin 1 (np1) biological_unit
1np1B 1np4 1.0 184 184 90 nitrophorin 1 (np1) biological_unit
1np4 1np4 0.0 184 184 100 nitrophorin 4 (np4) biological_unit
1npc 1hyt 0.9 316 317 73 Neutral protease
1npk 1npk 0.0 150 150 100 Nucleoside diphosphate kinase
1nplA 1jpc 0.3 108 109 85 agglutinin (daffodil lectin) biological_unit
1npmA 5ptp 1.1 218 223 46 neuropsin
1npmB 5ptp 1.1 218 223 46 neuropsin
1npoA 1npoA 0.0 81 81 100 neurophysin ii (bnpii) oxytocin (ot)
1npoC 1npoA 0.5 79 79 99 neurophysin ii (bnpii) oxytocin (ot)
1npx 1nhp 0.1 447 447 99 Nadh peroxidase non-active form with cys 42 oxidized to
1nqbA 1mfa 0.8 115 231 66 single-chain antibody fragment fragment (variable heavy
1nqbC 1mfa 0.8 115 231 66 single-chain antibody fragment fragment (variable heavy
1nra 1aho 1.1 60 63 50 Neurotoxin v, cse-v (NMR, minimized average structure)
1nrb 1aho 1.5 61 63 50 Neurotoxin v, cse-v (NMR, 20 structures)
1nrcA 1urnA 0.8 85 85 97 Protein from u1 small nuclear ribonucleoprotein (snrnp
1nrcB 1urnA 1.2 80 80 96 Protein from u1 small nuclear ribonucleoprotein (snrnp
1nre 1lre 1.4 80 81 100 receptor-associated protein fragment (rap, low density
1nrnH 5ptp 1.4 213 247 39 Alpha-thrombin non-covalently complexed with receptor b
1nroH 5ptp 1.4 221 257 38 Alpha-thrombin non-covalently complexed with receptor b
1nrpH 5ptp 1.4 221 257 38 Alpha-thrombin non-covalently complexed with receptor b
1nrqH 5ptp 1.4 212 242 39 Alpha-thrombin non-covalently complexed with receptor b
1nrrH 5ptp 1.3 218 249 38 Alpha-thrombin non-covalently complexed with receptor b
1nrsH 5ptp 1.3 220 252 38 Alpha-thrombin non-covalently complexed with receptor b
1ns1A 1ail 0.9 70 73 100 nonstructural protein 1 fragment (ns1) biological_unit
1ns1B 1ail 0.9 70 73 100 nonstructural protein 1 fragment (ns1) biological_unit
1ns3A 1jxpA 0.5 177 178 100 ns3 protease ns4a peptide Mutant
1ns3B 1jxpA 0.7 177 178 100 ns3 protease ns4a peptide Mutant
1nsa 1aye 0.9 301 395 45 procarboxypeptidase b
1nsbA 2qwc 1.9 377 390 30 Neuraminidase (sialidase)
1nsbB 2qwc 1.9 377 390 30 Neuraminidase (sialidase)
1nscA 2qwc 1.9 377 390 30 Neuraminidase (sialidase) complex with n-acetyl neurami
1nscB 2qwc 1.9 377 390 30 Neuraminidase (sialidase) complex with n-acetyl neurami
1nsdA 2qwc 1.9 377 390 30 Neuraminidase (sialidase) complex with 2,3-dehydro-2-de
1nsdB 2qwc 1.9 377 390 30 Neuraminidase (sialidase) complex with 2,3-dehydro-2-de
1nsf 1d2nA 0.3 239 247 100 n-ethylmaleimide sensitive factor fragment (vesicular-f
1nsgA 1fkj 0.4 107 107 100 fk506-binding protein (fkbp-12) fkbp-rapamycin associat
1nsgB 1nsgB 0.0 94 94 100 fk506-binding protein (fkbp-12) fkbp-rapamycin associat
1nsj 1nsj 0.0 205 205 100 phosphoribosyl anthranilate isomerase (prai)
1nskL 1npk 1.0 148 150 61 nucleoside diphosphate kinase
1nskN 1npk 1.0 148 150 61 nucleoside diphosphate kinase
1nskO 1npk 1.0 148 150 61 nucleoside diphosphate kinase
1nskR 1npk 1.0 148 150 61 nucleoside diphosphate kinase
1nskT 1npk 1.0 148 150 61 nucleoside diphosphate kinase
1nskU 1npk 1.0 148 150 61 nucleoside diphosphate kinase
1nsnH 1igtB 3.0 203 210 65 igg fab (igg1, kappa) (n10 fab immunoglobulin) staphylo
1nsnL 8fabA 7.4 204 217 43 igg fab (igg1, kappa) (n10 fab immunoglobulin) staphylo
1nsnS 1snc 0.7 135 138 100 igg fab (igg1, kappa) (n10 fab immunoglobulin) staphylo
1nsp 1npk 0.2 150 150 100 Nucleoside diphosphate kinase
1nsqA 1npk 0.9 149 152 61 Nucleoside diphosphate kinase
1nsqB 1npk 1.0 149 152 61 Nucleoside diphosphate kinase
1nsqC 1npk 0.8 149 152 61 Nucleoside diphosphate kinase
1nsyA 2nsyA 0.3 271 271 100 nad synthetase
1nsyB 2nsyA 0.4 271 271 100 nad synthetase
1ntd 1nif 0.6 333 336 81 nitrite reductase Mutant
1ntn 3ebx 1.7 59 72 39 Neurotoxin-i
1ntp 5ptp 0.2 221 223 98 Modified beta trypsin (monoisopropylphosphoryl inhibite
1ntr 1srrA 3.4 112 124 30 Ntrc receiver domain (ntrc(1-124)) (NMR, 20 structures)
1ntx 3ebx 1.6 60 60 65 Alpha-neurotoxin (NMR, 20 structures)
1nubA 1nubA 0.0 226 226 100 basement membrane protein bm-40 fragment (osteonectin,
1nubB 1nubA 0.1 226 226 100 basement membrane protein bm-40 fragment (osteonectin,
1nuc 1snc 0.2 134 134 100 staphylococcal nuclease Mutant biological_unit
1nueA 1npk 1.2 150 151 60 nucleoside diphosphate kinase
1nueB 1npk 1.0 149 151 61 nucleoside diphosphate kinase
1nueC 1npk 1.1 149 151 61 nucleoside diphosphate kinase
1nueD 1npk 1.0 148 151 60 nucleoside diphosphate kinase
1nueE 1npk 1.2 150 151 60 nucleoside diphosphate kinase
1nueF 1npk 0.8 147 151 61 nucleoside diphosphate kinase
1nulA 1nulA 0.0 142 142 100 xanthine-guanine phosphoribosyltransferase (xprt) biolo
1nulB 1nulA 0.9 136 136 100 xanthine-guanine phosphoribosyltransferase (xprt) biolo
1nwoA 1nwpA 0.3 127 128 100 azurin
1nwoB 1nwpA 0.3 127 128 100 azurin
1nwpA 1nwpA 0.0 128 128 100 azurin
1nwpB 1nwpA 0.2 128 128 100 azurin
1nxb 3ebx 0.6 62 62 97 Neurotoxin b (probably identical to erabutoxin b)
1nyf 1ckaA 1.4 56 58 36 fyn fragment Mutant
1nyg 1ckaA 1.5 56 58 36 fyn fragment Mutant
1nzrA 1nwpA 0.8 127 128 67 Azurin mutant with trp 48 replaced by met (w48m)
1nzrB 1nwpA 0.8 127 128 67 Azurin mutant with trp 48 replaced by met (w48m)
1nzrC 1nwpA 0.8 127 128 67 Azurin mutant with trp 48 replaced by met (w48m)
1nzrD 1nwpA 0.8 127 128 67 Azurin mutant with trp 48 replaced by met (w48m)
1nzyA 1nzyA 0.0 269 269 100 4-chlorobenzoyl coenzyme a dehalogenase (dehalogenase)
1nzyB 1nzyA 0.7 269 269 99 4-chlorobenzoyl coenzyme a dehalogenase (dehalogenase)
1nzyC 1nzyA 0.3 268 268 100 4-chlorobenzoyl coenzyme a dehalogenase (dehalogenase)
1oaa 1oaa 0.0 259 259 100 sepiapterin reductase biological_unit
1oacA 1oacA 0.0 720 720 100 copper amine oxidase
1oacB 1oacA 0.5 719 723 100 copper amine oxidase
1oakA 1auq 0.4 196 196 99 nmc-4 igg1 fragment von willebrand factor fragment
1oakH 1igtB 1.8 212 218 69 nmc-4 igg1 fragment von willebrand factor fragment
1oakL 8fabA 4.9 204 212 42 nmc-4 igg1 fragment von willebrand factor fragment
1oatA 2dkb 2.1 377 404 28 ornithine aminotransferase biological_unit
1oatB 2dkb 2.0 375 404 28 ornithine aminotransferase biological_unit
1oatC 2dkb 2.1 378 404 28 ornithine aminotransferase biological_unit
1oav 1agg 2.6 41 48 74 omega-agatoxin iva
1oaw 1agg 2.9 42 48 65 omega-agatoxin iva
1obm 1a6m 0.5 151 154 97 myoglobin Mutant
1obpA 1obpA 0.0 158 158 100 odorant-binding protein (obp)
1obpB 1obpA 0.8 145 155 100 odorant-binding protein (obp)
1obr 1aye 1.3 289 323 32 carboxypeptidase t biological_unit
1obs 1mrj 1.3 239 257 37 ricin a chain Mutant
1obt 1mrj 1.3 239 258 37 ricin a chain Mutant
1obwA 2prd 1.2 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase) bio
1obwB 2prd 1.2 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase) bio
1obwC 2prd 1.1 171 175 48 inorganic pyrophosphatase (pyrophosphate hydrolase) bio
1oca 2cpl 0.8 164 165 100 cyclophilin a
1occA 2occA 0.2 502 514 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occB 2occB 0.9 224 227 95 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occC 2occC 0.8 261 261 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occD 2occD 0.2 144 144 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occE 2occE 0.4 105 109 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occF 2occF 0.7 96 98 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occG 2occG 1.1 83 84 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occH 2occH 0.8 73 75 96 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occI 2occI 0.3 73 73 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occJ 2occJ 0.3 56 56 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occK 2occK 0.3 49 49 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occL 2occL 0.7 47 47 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occM 2occM 0.4 43 43 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occN 2occA 0.2 502 514 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occO 2occB 0.9 224 227 95 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occP 2occC 0.8 261 261 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occQ 2occD 0.2 144 144 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occR 2occE 0.4 105 109 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occS 2occF 0.7 96 98 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occT 2occG 1.1 83 84 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occU 2occH 0.8 73 75 96 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occV 2occI 0.3 73 73 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occW 2occJ 0.3 56 56 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occX 2occK 0.3 49 49 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occY 2occL 0.7 47 47 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1occZ 2occM 0.4 43 43 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
1ocd 1ycc 2.2 103 104 62 cytochrome c
1ocp 1au7A 3.1 58 67 49 oct-3
1octC 1au7A 12.3 108 131 44 Oct-1 (pou domain)
1odd 1opc 0.3 99 100 100 transcriptional regulatory protein ompr fragment (ompr-
1odwA 1hvc 0.6 99 99 96 hiv-1 protease (retropepsin) boc-nh-(chch2ph)-choh-ch2-
1odwB 1fmb 1.6 97 99 31 hiv-1 protease (retropepsin) boc-nh-(chch2ph)-choh-ch2-
1odxA 1fmb 1.6 97 99 32 hiv-1 protease (retropepsin) Mutant boc-nh-(chch2ph)-ch
1odxB 1fmb 1.6 97 99 32 hiv-1 protease (retropepsin) Mutant boc-nh-(chch2ph)-ch
1odyA 1hvc 0.7 99 99 96 hiv-1 protease (hiv-1 pr, retropepsin) biological_unit
1odyB 1fmb 1.7 98 99 32 hiv-1 protease (hiv-1 pr, retropepsin) biological_unit
1oelA 1derA 1.3 523 524 98 groel (hsp60 class) Mutant
1oelB 1derA 1.4 523 524 98 groel (hsp60 class) Mutant
1oelC 1derA 1.3 523 524 98 groel (hsp60 class) Mutant
1oelD 1derA 1.1 523 524 98 groel (hsp60 class) Mutant
1oelE 1derA 1.4 523 524 98 groel (hsp60 class) Mutant
1oelF 1derA 1.4 523 524 98 groel (hsp60 class) Mutant
1oelG 1derA 1.4 523 524 98 groel (hsp60 class) Mutant
1oen 1ayl 2.5 523 524 97 phosphoenolpyruvate carboxykinase (atp-oxaloacetate car
1ofgA 1ofgA 0.0 381 381 100 glucose-fructose oxidoreductase
1ofgB 1ofgA 0.1 381 381 100 glucose-fructose oxidoreductase
1ofgC 1ofgA 0.1 381 381 100 glucose-fructose oxidoreductase
1ofgD 1ofgA 0.1 381 381 100 glucose-fructose oxidoreductase
1ofgE 1ofgA 0.1 381 381 100 glucose-fructose oxidoreductase
1ofgF 1ofgA 0.1 381 381 100 glucose-fructose oxidoreductase
1ofj 1a6m 0.5 151 154 98 myoglobin Mutant
1ofk 1a6m 0.5 151 154 98 myoglobin Mutant
1ofv 1rcf 0.9 168 169 70 Flavodoxin (oxidized form)
1ohj 1aoeA 2.3 173 186 36 dihydrofolate reductase (dhfr)
1ohk 1aoeA 2.3 172 186 37 dihydrofolate reductase (dhfr)
1ohrA 1hvc 0.6 99 99 97 aspartylprotease
1ohrB 1fmb 1.6 97 99 31 aspartylprotease
1oibA 1ixh 3.1 321 321 99 phosphate-binding protein Mutant
1oibB 1ixh 3.1 320 321 98 phosphate-binding protein Mutant
1oilA 1cvl 1.8 295 320 81 lipase (triacylglycerol hydrolase)
1oilB 1cvl 1.8 295 320 81 lipase (triacylglycerol hydrolase)
1ois 1a36A 1.5 212 220 53 DNA topoisomerase i fragment
1ojt 1lvl 1.7 430 482 34 surface protein fragment
1okl 2cba 0.2 255 255 100 carbonic anhydrase ii
1okm 2cba 0.2 257 257 100 carbonic anhydrase ii
1okn 2cba 0.2 256 256 100 carbonic anhydrase ii
1olaA 1jevA 0.5 517 517 100 Oligo-peptide binding protein (oppa) complexed with a f
1olcA 1jevA 0.3 517 517 100 oligo-peptide binding protein (oppa) lys-lys-lys-ala
1olgA 1olgA 0.0 42 42 100 P53 (oligomerization domain) (NMR, minimized average st
1olgB 1olgA 0.1 42 42 100 P53 (oligomerization domain) (NMR, minimized average st
1olgC 1olgA 1.0 42 42 100 P53 (oligomerization domain) (NMR, minimized average st
1olgD 1olgA 0.1 42 42 100 P53 (oligomerization domain) (NMR, minimized average st
1olhA 1olgA 1.7 39 42 100 P53 (oligomerization domain) (NMR, 35 structures)
1olhB 1olgA 1.7 39 42 100 P53 (oligomerization domain) (NMR, 35 structures)
1olhC 1olgA 2.2 42 42 100 P53 (oligomerization domain) (NMR, 35 structures)
1olhD 1olgA 1.7 39 42 100 P53 (oligomerization domain) (NMR, 35 structures)
1oma 1agg 4.2 42 48 100 Omega-aga-ivb (NMR, 21 structures)
1omb 1agg 1.7 34 34 100 Omega-aga-ivb (NMR, minimized average structure)
1omd 2pvb 0.7 106 107 45 Oncomodulin
1omeA 1btl 2.1 234 241 32 beta-lactamase (penicillinase) Mutant biological_unit
1omeB 1btl 2.5 233 240 32 beta-lactamase (penicillinase) Mutant biological_unit
1omp 4mbp 3.6 369 370 100 D-maltodextrin-binding protein
1omt 2ovo 1.4 54 56 99 ovomucoid (third domain) (omtky3)
1omu 2ovo 1.5 55 56 99 ovomucoid (third domain) (omtky3)
1onaA 1nls 0.5 231 231 100 concanavalin a (con a)
1onaB 1nls 0.5 231 231 100 concanavalin a (con a)
1onaC 1nls 0.5 231 231 100 concanavalin a (con a)
1onaD 1nls 0.5 231 231 100 concanavalin a (con a)
1onc 1onc 0.0 104 104 100 P-30 protein
1oneA 4enl 1.3 432 436 99 enolase (2-phospho-d-glycerate hydrolase)
1oneB 4enl 1.3 432 436 99 enolase (2-phospho-d-glycerate hydrolase)
1onrA 1onrA 0.0 316 316 100 transaldolase b
1onrB 1onrA 0.1 316 316 100 transaldolase b
1opaA 1hmt 1.8 131 133 40 Cellular retinol binding protein ii (apo form) (apo-crb
1opaB 1hmt 1.6 131 133 40 Cellular retinol binding protein ii (apo form) (apo-crb
1opbA 1hmt 1.6 131 133 40 Cellular retinol binding protein ii (holo form) (holo-c
1opbB 1hmt 1.6 131 133 40 Cellular retinol binding protein ii (holo form) (holo-c
1opbC 1hmt 1.7 131 133 40 Cellular retinol binding protein ii (holo form) (holo-c
1opbD 1hmt 1.7 131 133 40 Cellular retinol binding protein ii (holo form) (holo-c
1opc 1opc 0.0 99 99 100 ompr fragment (omprc)
1opd 1ptf 1.2 85 85 34 histidine-containing protein (hpr) Mutant
1opf 2omf 0.3 340 340 100 Matrix porin (ompf)
1opgH 1igtB 1.4 217 227 80 opg2 fab
1opgL 8fabA 6.4 201 214 40 opg2 fab
1opp 1opp 0.0 38 38 100 apolipoprotein c-i fragment (apo-ci)
1opr 1opr 0.0 213 213 100 orotate phosphoribosyltransferase (oprtase)
1ops 1msi 0.9 64 64 58 type iii antifreeze protein (type iii afp) biological_u
1opy 1opy 0.0 123 123 100 delta5-3-ketosteroid iosmerase (ksi, 3-ketosteroid isom
1orb 1rhs 0.8 292 293 100 carboxymethylated rhodanese
1orc 1orc 0.0 64 64 100 cro repressor insertion mutant k56-[dgevk] Mutant
1ordA 1ordA 0.0 730 730 100 ornithine decarboxylase
1ordB 1ordA 0.1 729 730 100 ornithine decarboxylase
1oroA 1opr 2.0 211 213 96 orotate phosphoribosyltransferase (oprtase)
1oroB 1opr 0.7 206 206 96 orotate phosphoribosyltransferase (oprtase)
1ortA 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortB 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortC 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortD 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortE 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortF 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortG 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortH 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortI 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortJ 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortK 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1ortL 2otcA 1.7 328 335 57 ornithine transcarbamoylase (ornithine carbamoyltransfe
1osa 1cll 0.6 144 148 89 Calmodulin
1ose 1smd 0.4 496 496 86 porcine alpha-amylase (ppa)
1osiA 1xaa 0.5 345 345 100 3-isopropylmalate dehydrogenase (ipmdh, imdh)
1osiB 1xaa 0.5 345 345 100 3-isopropylmalate dehydrogenase (ipmdh, imdh)
1osiC 1xaa 0.5 345 345 100 3-isopropylmalate dehydrogenase (ipmdh, imdh)
1osiD 1xaa 0.5 345 345 100 3-isopropylmalate dehydrogenase (ipmdh, imdh)
1osjA 1xaa 1.7 345 345 99 3-isopropylmalate dehydrogenase (ipmdh, imdh) Mutant
1osjB 1xaa 1.0 345 345 99 3-isopropylmalate dehydrogenase (ipmdh, imdh) Mutant
1ospH 1igtB 2.0 209 218 62 fab 184.1 outer surface protein a (ospa) Mutant
1ospO 1ospO 0.0 251 251 100 fab 184.1 outer surface protein a (ospa) Mutant
1oszA 1agdA 1.2 274 274 72 mhc class i h-2kb heavy chain fragment beta-2 microglob
1oszB 1agdB 0.8 99 99 70 mhc class i h-2kb heavy chain fragment beta-2 microglob
1otcA 1otcA 0.0 459 459 100 telomere-binding protein alpha subunit (alpha subunit)
1otcB 1otcB 0.0 213 213 100 telomere-binding protein alpha subunit (alpha subunit)
1otfA 1otfA 0.0 59 59 100 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1otfB 1otfA 0.2 59 59 100 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1otfC 1otfA 0.3 59 59 100 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1otfD 1otfA 0.3 59 59 100 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1otfE 1otfA 0.3 59 59 100 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1otfF 1otfA 0.2 59 59 100 4-oxalocrotonate tautomerase (4-oxalocrotonate isomeras
1otgA 1otgA 0.0 125 125 100 5-carboxymethyl-2-hydroxymuconate isomerase
1otgB 1otgA 0.2 125 125 100 5-carboxymethyl-2-hydroxymuconate isomerase
1otgC 1otgA 0.2 125 125 100 5-carboxymethyl-2-hydroxymuconate isomerase
1otp 1brwA 2.4 433 440 42 thymidine phosphorylase biological_unit
1oua 3lzt 0.9 129 130 60 lysozyme Mutant
1oub 3lzt 0.9 129 130 60 lysozyme Mutant
1ouc 3lzt 0.9 129 130 60 lysozyme Mutant
1oud 3lzt 0.9 129 130 60 lysozyme Mutant
1oue 3lzt 0.9 129 130 60 lysozyme Mutant
1ouf 3lzt 0.8 129 130 60 lysozyme Mutant
1oug 3lzt 0.9 129 130 60 lysozyme Mutant
1ouh 3lzt 0.9 129 130 60 lysozyme Mutant
1oui 3lzt 0.9 129 130 60 lysozyme Mutant
1ouj 3lzt 0.9 129 130 60 lysozyme Mutant
1ounA 1ounA 0.0 125 125 100 nuclear transport factor 2 (pp15, b2)
1ounB 1ounA 0.5 121 121 100 nuclear transport factor 2 (pp15, b2)
1outA 1abwA 1.0 139 142 58 hemoglobin i Mutant biological_unit
1outB 1cg5B 1.5 137 146 29 hemoglobin i Mutant biological_unit
1ouuA 1abwA 1.1 141 142 57 hemoglobin i Mutant biological_unit
1ouuB 1cg5B 1.6 136 146 29 hemoglobin i Mutant biological_unit
1ouuC 1abwA 1.1 141 142 57 hemoglobin i Mutant biological_unit
1ouuD 1cg5B 1.6 136 146 29 hemoglobin i Mutant biological_unit
1ovaA 1ovaA 0.0 385 385 100 Ovalbumin (egg albumin)
1ovaB 1ovaA 0.5 372 372 100 Ovalbumin (egg albumin)
1ovaC 1ovaA 0.4 373 373 100 Ovalbumin (egg albumin)
1ovaD 1ovaA 0.7 385 385 100 Ovalbumin (egg albumin)
1ovoA 2ovo 1.2 54 56 89 Ovomucoid third domain
1ovoB 2ovo 1.0 54 56 89 Ovomucoid third domain
1ovoC 2ovo 1.2 54 56 89 Ovomucoid third domain
1ovoD 2ovo 1.2 54 56 89 Ovomucoid third domain
1ovt 1cb6A 4.5 587 682 51 ovotransferrin (conalbumin)
1ovwA 1celA 2.0 384 398 42 endoglucanase i
1ovwB 1celA 2.0 384 398 42 endoglucanase i
1ovwC 1celA 2.0 384 398 42 endoglucanase i
1ovwD 1celA 2.0 384 398 42 endoglucanase i
1oxa 1rom 2.7 376 403 29 cytochrome p450 eryf
1oxmA 1cex 0.4 196 196 100 cutinase
1oxmB 1cex 0.4 196 196 100 cutinase
1oxoA 1ajsA 1.6 401 401 46 aspartate aminotransferase
1oxoB 1ajsA 1.4 401 401 46 aspartate aminotransferase
1oxp 1ajsA 1.0 401 401 46 aspartate aminotransferase
1oxy 1lla 0.7 572 573 99 Hemocyanin subunit ii complexed with oxygen
1oya 1oyc 0.2 399 399 100 Old yellow enzyme (oxidized) (oye)
1oyb 1oyc 0.2 399 399 100 Old yellow enzyme (oxidized) (oye) complexed with p-hyd
1oyc 1oyc 0.0 399 399 100 Old yellow enzyme (reduced) (oye)
1p01A 2sga 1.4 179 198 36 Alpha-lytic protease complex with boc-Ala-Pro-Valine bo
1p02A 2sga 1.4 179 198 36 Alpha-lytic protease complex with methoxysuccinyl-Ala-A
1p03A 2sga 1.4 179 198 36 Alpha-lytic protease complex with methoxysuccinyl-Ala-A
1p04A 2sga 1.4 179 198 36 Alpha-lytic protease complex with methoxysuccinyl-Ala-A
1p05A 2sga 1.4 179 198 36 Alpha-lytic protease complex with methoxysuccinyl-Ala-A
1p06A 2sga 1.4 179 198 36 Alpha-lytic protease complex with methoxysuccinyl-Ala-A
1p09A 2sga 1.4 179 198 36 Alpha-lytic protease (mutant with met 213 replaced by a
1p10A 2sga 1.4 179 198 36 Alpha-lytic protease (mutant with met 213 replaced by a
1p11E 2sga 1.4 179 198 36 Alpha-Lytic protease complex with n-[(2s)-2-(phenoxy(1-
1p12E 2sga 1.4 179 198 36 Alpha-Lytic protease complex with n-[(2s)-2-(phenoxy(1-
1p2p 1poa 1.4 118 124 55 Phospholipase a=2= (phosphatide acyl-hydrolase)
1p32A 1p32A 0.0 182 182 100 mitochondrial matrix protein, sf2p32 Mutant
1p32B 1p32A 0.9 171 171 100 mitochondrial matrix protein, sf2p32 Mutant
1p32C 1p32A 1.2 176 176 99 mitochondrial matrix protein, sf2p32 Mutant
1p38 1p38 0.0 351 351 100 map kinase p38 (mitogen activated protein kinase) Mutan
1p39 1v39 0.1 292 292 100 vp39 (poly(a) polymerase regulatory subunit) Mutant bio
1pad 1ppn 0.6 212 212 98 Papain -acetyl-alanyl-alanyl- phenylalanyl-methylenylal
1pafA 1mrj 1.8 238 262 27 Pokeweed antiviral protein
1pafB 1mrj 1.8 238 262 27 Pokeweed antiviral protein
1pagA 1mrj 1.8 238 262 27 Pokeweed antiviral protein complex with formycin 5'-mon
1pagB 1mrj 1.8 238 262 27 Pokeweed antiviral protein complex with formycin 5'-mon
1pah 4pah 0.2 308 308 100 phenylalanine hydroxylase fragment
1pal 2pvb 0.8 106 107 100 Parvalbumin (pi 4.10) complexed with ca, ca, and nh4
1pamA 1pamA 0.0 685 686 100 cyclodextrin glucanotransferase biological_unit
1pamB 1pamA 0.3 685 686 100 cyclodextrin glucanotransferase biological_unit
1parA 1bazA 1.6 48 52 98 Arc repressor and a synthetic 22-mer DNA (21 base-pairs
1parB 1bazA 1.9 49 53 98 Arc repressor and a synthetic 22-mer DNA (21 base-pairs
1parC 1bazA 1.6 46 50 98 Arc repressor and a synthetic 22-mer DNA (21 base-pairs
1parD 1bazA 1.9 49 53 98 Arc repressor and a synthetic 22-mer DNA (21 base-pairs
1pauA 1pauA 0.0 140 140 100 apopain (caspase-3, cpp32, yama) ace-asp-glu-val-asp-ch
1pauB 1pauB 0.0 91 91 100 apopain (caspase-3, cpp32, yama) ace-asp-glu-val-asp-ch
1pax 1a26 0.2 350 350 100 poly(adp-ribose) polymerase fragment (parp-cf, poly(adp
1paz 7paz 0.2 120 120 99 Pseudoazurin (oxidized cu ++ at pH 6.8)
1pba 1pytA 3.1 70 81 33 Procarboxypeptidase b (activation domain) (NMR, 19 stru
1pbb 1pbe 0.3 391 391 99 P-hydroxybenzoate hydroxylase (phbh) mutant with cys 11
1pbc 1pbe 0.2 391 391 99 P-hydroxybenzoate hydroxylase (phbh) mutant with cys 11
1pbd 1pbe 0.2 391 391 99 P-hydroxybenzoate hydroxylase (phbh) mutant with cys 11
1pbe 1pbe 0.0 391 391 100 P-hydroxybenzoate hydroxylase (phbh) complexed with p-h
1pbf 1pbe 0.3 391 391 99 P-hydroxybenzoate hydroxylase (phbh) mutant with cys 11
1pbgA 2myr 2.0 429 452 31 6-phospho-beta-d-galactosidase (pgal) ec
1pbgB 2myr 2.1 424 454 31 6-phospho-beta-d-galactosidase (pgal) ec
1pbh 1theB 1.2 202 317 81 procathepsin b
1pbiA 1pi2 1.7 59 68 50 bowman-birk proteinase inhibitor
1pbiB 1pi2 1.9 59 68 50 bowman-birk proteinase inhibitor
1pbk 1fkj 1.0 106 116 42 fkbp25 fragment (fkbp25 c-terminal domain) ec 5.2.1.8;
1pbn 1b8oA 0.8 279 289 97 purine nucleoside phosphorylase
1pboA 1obpA 0.8 145 157 99 odorant binding protein (obp)
1pboB 1obpA 0.3 145 151 99 odorant binding protein (obp)
1pbp 1ixh 0.3 321 321 99 Title
1pbv 1pbv 0.0 195 195 100 arno fragment (arf nucleotide-binding site opener)
1pbwA 1pbwA 0.0 184 184 100 phosphatidylinositol 3-kinase fragment (rhogap domain)
1pbwB 1pbwA 0.9 183 195 99 phosphatidylinositol 3-kinase fragment (rhogap domain)
1pbxA 1abwA 1.0 139 142 50 Hemoglobin (carbonmonoxy)
1pbxB 1cg5B 1.6 137 146 30 Hemoglobin (carbonmonoxy)
1pca 1aye 0.5 301 403 64 Procarboxypeptidase a
1pce 1tgsI 2.5 56 60 40 Pec-60 (peptide with n-terminal glutamic acid, c-termin
1pcfA 1pcfA 0.0 66 66 100 transcriptional coactivator pc4 fragment (p15)
1pcfB 1pcfA 0.5 66 66 100 transcriptional coactivator pc4 fragment (p15)
1pcfC 1pcfA 0.4 66 66 100 transcriptional coactivator pc4 fragment (p15)
1pcfD 1pcfA 0.4 66 66 100 transcriptional coactivator pc4 fragment (p15)
1pcfE 1pcfA 0.4 66 66 100 transcriptional coactivator pc4 fragment (p15)
1pcfF 1pcfA 0.4 66 66 100 transcriptional coactivator pc4 fragment (p15)
1pcfG 1pcfA 0.3 66 66 100 transcriptional coactivator pc4 fragment (p15)
1pcfH 1pcfA 0.4 66 66 100 transcriptional coactivator pc4 fragment (p15)
1pch 1ptf 0.8 86 88 40 phosphocarrier protein (hpr, histidine-containing prote
1pciA 1ppn 1.1 212 311 69 procaricain (pro papaya protease omega) Mutant
1pciB 1ppn 1.1 212 311 69 procaricain (pro papaya protease omega) Mutant
1pciC 1ppn 1.1 212 311 69 procaricain (pro papaya protease omega) Mutant
1pcl 1bn8 1.5 344 355 35 Pectate lyase e (pele)
1pcn 1lpbA 3.1 81 93 94 Porcine pancreatic procolipase b (NMR, minimized averag
1pco 1lpbA 2.4 77 93 100 Porcine pancreatic procolipase b (NMR, 25 structures)
1pcp 2pspA 2.1 106 106 99 Porcine spasmolytic protein (psp) (NMR, 19 structures)
1pcrH 6prcH 1.7 228 240 42 Photosynthetic reaction center
1pcrL 6prcL 1.0 247 281 56 Photosynthetic reaction center
1pcrM 6prcM 1.4 299 302 49 Photosynthetic reaction center
1pcs 1plc 1.2 95 98 48 plastocyanin Mutant
1pczA 1ytbA 1.9 176 183 39 tata-binding protein (tbp)
1pczB 1ytbA 1.9 177 183 39 tata-binding protein (tbp)
1pda 1pda 0.0 296 296 100 Porphobilinogen deaminase
1pdc 2fn2 1.8 43 45 43 Seminal fluid protein pdc-109 (domain b) (NMR, best str
1pdgA 1pdgA 0.0 87 87 100 Platelet-derived growth factor bb
1pdgB 1pdgA 1.0 81 83 100 Platelet-derived growth factor bb
1pdgC 1pdgA 0.9 84 86 100 Platelet-derived growth factor bb
1pdh 1pbe 0.2 391 391 100 P-hydroxybenzoate hydroxylase (phbh) reconstituted with
1pdnC 1pdnC 0.0 123 123 100 prd paired domain DNA
1pdo 1pdo 0.0 129 129 100 mannose permease fragment (mannose transporter, iiab su
1pdr 1pdr 0.0 96 96 100 human discs large protein fragment (hdlg, dhr3 domain)
1pdy 4enl 0.8 432 433 64 enolase (2-phospho-d-glycerate dehydratase)
1pdz 4enl 1.0 431 433 63 enolase (2-phospho-d-glycerate dehydratase)
1pe6 1ppn 0.3 212 212 98 Papain complex with e-64-c
1pea 1pea 0.0 368 368 100 amidase operon fragment
1pedA 1pedA 0.0 351 351 100 nadp-dependent alcohol dehydrogenase
1pedB 1pedA 0.1 351 351 100 nadp-dependent alcohol dehydrogenase
1pedC 1pedA 0.1 351 351 100 nadp-dependent alcohol dehydrogenase
1pedD 1pedA 0.1 351 351 100 nadp-dependent alcohol dehydrogenase
1peh 1peh 0.0 33 33 100 pepnh1 fragment (cytidylyltransferase membrane binding
1pekE 1gci 1.7 246 279 37 Proteinase k complex with n-ac-pro-ala-pro-phe-d-ala-al
1perL 1r69 0.5 63 63 100 Phage 434 repressor (amino-terminal domain, residues 1
1perR 1r69 0.6 63 63 100 Phage 434 repressor (amino-terminal domain, residues 1
1pesA 1aie 1.4 30 31 100 Tumor antigen p53 (tetramerization domain) (p53tet) (NM
1pesB 1aie 1.4 30 31 100 Tumor antigen p53 (tetramerization domain) (p53tet) (NM
1pesC 1aie 1.4 30 31 100 Tumor antigen p53 (tetramerization domain) (p53tet) (NM
1pesD 1aie 1.4 30 31 100 Tumor antigen p53 (tetramerization domain) (p53tet) (NM
1petA 1aie 1.6 30 31 100 Tumor antigen p53 (tetramerization domain) (p53tet) (NM
1petB 1aie 1.6 30 31 100 Tumor antigen p53 (tetramerization domain) (p53tet) (NM
1petC 1aie 1.6 30 31 100 Tumor antigen p53 (tetramerization domain) (p53tet) (NM
1petD 1aie 1.6 30 31 100 Tumor antigen p53 (tetramerization domain) (p53tet) (NM
1pex 1gen 1.7 191 192 35 collagenase-3 fragment (mmp-13)
1pfc 1pfc 0.0 111 111 100 pFc' fragment of an igG1
1pfh 1ptf 1.4 85 85 35 phospho-hpr (p-hpr)
1pfiA 1pfiA 0.0 46 46 100 Major coat protein of pf1 virus (model for pf1 virus) c
1pfkA 3pfk 1.0 318 320 55 Phosphofructokinase (r-state) complex with fructose-1,6
1pfkB 3pfk 0.9 318 320 55 Phosphofructokinase (r-state) complex with fructose-1,6
1pfl 1pne 1.9 139 139 95 Profilin i (NMR, 20 structures)
1pfmA 1tvxA 2.1 63 68 59 pf4-m2 chimera (platelet factor 4, platelet factor m2)
1pfmB 1tvxA 2.1 63 68 59 pf4-m2 chimera (platelet factor 4, platelet factor m2)
1pfmC 1tvxA 2.0 63 68 59 pf4-m2 chimera (platelet factor 4, platelet factor m2)
1pfmD 1tvxA 2.1 63 68 59 pf4-m2 chimera (platelet factor 4, platelet factor m2)
1pfnA 1tvxA 2.2 63 68 59 pf4-m2 chimera (platelet factor 4, platelet factor m2)
1pfnB 1tvxA 2.2 63 68 59 pf4-m2 chimera (platelet factor 4, platelet factor m2)
1pfnC 1tvxA 2.2 63 68 59 pf4-m2 chimera (platelet factor 4, platelet factor m2)
1pfnD 1tvxA 2.2 63 68 59 pf4-m2 chimera (platelet factor 4, platelet factor m2)
1pfo 1pfo 0.0 471 471 100 perfringolysin o (pfo)
1pfrA 1xikA 0.5 340 340 99 protein r2 of ribonucleotide reductase (rnr r2) Mutant
1pfrB 1xikA 0.7 340 340 99 protein r2 of ribonucleotide reductase (rnr r2) Mutant
1pfsA 1pfsA 0.0 78 78 100 pf3 single-stranded DNA binding protein (pf3 ssdbp) Mut
1pfsB 1pfsA 0.0 78 78 100 pf3 single-stranded DNA binding protein (pf3 ssdbp) Mut
1pft 1pft 0.0 50 50 100 tfiib fragment (pftfiibn)
1pfxC 5ptp 1.5 220 235 43 factor ixa (christmas factor) d-phe-pro-arg
1pfxL 1cfi 1.4 39 146 91 factor ixa (christmas factor) d-phe-pro-arg
1pfzA 1smrA 3.1 309 370 32 proplasmepsin ii Mutant
1pfzB 1smrA 3.1 310 369 32 proplasmepsin ii Mutant
1pfzC 1smrA 3.2 310 356 32 proplasmepsin ii Mutant
1pfzD 1smrA 3.0 309 369 32 proplasmepsin ii Mutant
1pga 2igd 0.4 56 56 88 Protein g (b1 igg-binding domain)
1pgb 2igd 0.3 56 56 88 Protein g (b1 igg-binding domain)
1pgeA 1pth 0.2 551 551 100 prostaglandin h2 synthase-1 (cyclooxygenase i)
1pgeB 1pth 0.2 551 551 100 prostaglandin h2 synthase-1 (cyclooxygenase i)
1pgfA 1pth 0.3 551 551 100 prostaglandin h2 synthase-1 (cyclooxygenase i)
1pgfB 1pth 0.3 551 551 100 prostaglandin h2 synthase-1 (cyclooxygenase i)
1pggA 1pth 0.3 551 551 100 prostaglandin h2 synthase-1 (cyclooxygenase i)
1pggB 1pth 0.3 551 551 100 prostaglandin h2 synthase-1 (cyclooxygenase i)
1pgjA 2pgd 1.9 465 478 32 6-phosphogluconate dehydrogenase (6pgdh, 6-pgdh) biolog
1pgjB 2pgd 1.9 465 478 32 6-phosphogluconate dehydrogenase (6pgdh, 6-pgdh) biolog
1pgn 2pgd 0.3 473 473 100 6-phosphogluconate dehydrogenase (6-pgdh) complexed wit
1pgo 2pgd 0.2 473 473 100 6-phosphogluconate dehydrogenase (6-pgdh) complexed wit
1pgp 2pgd 0.2 473 473 100 6-phosphogluconate dehydrogenase (6-pgdh) complexed wit
1pgq 2pgd 0.3 473 473 100 6-phosphogluconate dehydrogenase (6-pgdh) complexed wit
1pgs 1pgs 0.0 311 311 100 Peptide-n(4)-(n-acetyl-beta-d-glucosaminyl) asparagine
1pgtA 1pgtA 0.0 210 210 100 glutathione s-transferase (gst, hgstp1-1[v104]) Mutant
1pgtB 1pgtA 0.2 209 209 100 glutathione s-transferase (gst, hgstp1-1[v104]) Mutant
1pgx 2igd 0.4 61 70 99 Protein g type 7 (b2 domain)
1pha 1phd 0.2 405 405 100 Cytochrome p450-cam (camphor 5-monoxygenase) complex wi
1phb 1phd 0.2 405 405 100 Cytochrome p450-cam (camphor 5-monoxygenase) complex wi
1phc 1phd 0.2 405 405 100 Cytochrome p450-cam (camphor 5-monoxygenase)
1phd 1phd 0.0 405 405 100 Cytochrome p450-cam (camphor 5-monoxygenase) complex wi
1phe 1phd 0.3 405 405 100 Cytochrome p450-cam (camphor 5-monoxygenase) complex wi
1phf 1phd 0.2 405 405 100 Cytochrome p450-cam (camphor 5-monoxygenase) complex wi
1phg 1phd 0.2 405 405 100 Cytochrome p450-cam (camphor 5-monoxygenase) complex wi
1phh 1pbe 0.6 388 394 97 p-Hydroxybenzoate hydroxylase (PHBH) - FAD - 3,4-dihydr
1phk 1cdkA 1.6 255 277 34 phosphorylase kinase fragment (rabbit muscle phosphoryl
1phm 1phm 0.0 305 305 100 peptidylglycine alpha-hydroxylating monooxygenase (pept
1phnA 1cpcA 0.6 162 162 73 phycocyanin fragment
1phnB 1phnB 0.0 172 172 100 phycocyanin fragment
1pho 2omf 0.9 327 330 64 Phosphoporin (phoe)
1php 16pk 2.1 390 394 49 3-phosphoglycerate kinase (pgk)
1phr 1phr 0.0 154 154 100 low molecular weight phosphotyrosine protein phosphotas
1phs 2cau 1.3 327 364 51 Phaseolin
1pht 1ckaA 1.2 52 83 39 phosphatidylinositol 3-kinase p85-alpha subunit (pi3k s
1pi2 1pi2 0.0 61 61 100 Bowman-Birk proteinase inhibitor PI-II
1picA 1lkkA 2.3 91 112 32 phosphatidylinositol 3-kinase fragment beta-platelet-de
1pif 1smd 0.4 496 496 85 alpha-amylase (alpha-1,4-glucan-4-glucanohydrolase)
1pig 1smd 0.4 496 496 85 alpha-amylase (alpha-1,4-glucan-4-glucanohydrolase)
1pih 1hpi 1.3 63 73 37 High potential iron sulfur protein insertion mutant wit
1pii 1pii 0.0 452 452 100 N-(5'phosphoribosyl)anthranilate isomerase complex with
1pij 1hpi 1.3 63 73 37 High potential iron sulfur protein mutant with ala 1 an
1pil 2pii 0.3 112 112 100 Signal transducing protein p2 (product of glnb)
1pinA 1pinA 0.0 153 153 100 peptidyl-prolyl cis-trans isomerase (pin1) ala-pro dipe
1pioA 1btl 2.0 251 256 32 beta-lactamase (penicillinase) Mutant
1pioB 1btl 2.0 250 256 32 beta-lactamase (penicillinase) Mutant
1pipA 1ppn 0.3 212 212 98 Papain complex with succinyl-gln-val-val-ala-ala-p-nitr
1piqA 1gcmA 0.8 31 31 98 gcn4-piq fragment Mutant
1pir 1poa 2.6 118 124 55 Phospholipase a2 (phosphatide-2-acyl-hydrolase, pla2) c
1pis 1poa 2.9 103 124 50 Phospholipase a2 (phosphatide-2-acyl-hydrolase, pla2) c
1pit 1bpi 0.8 56 58 100 Trypsin inhibitor (NMR, 20 structures)
1piv1 1pov1 1.2 234 279 80 Poliovirus (type 3, sabin strain) (p3SABIN; p3LEON12a(1
1piv2 1aym2 1.6 250 266 53 Poliovirus (type 3, sabin strain) (p3SABIN; p3LEON12a(1
1piv3 1aym3 1.0 234 235 50 Poliovirus (type 3, sabin strain) (p3SABIN; p3LEON12a(1
1piv4 1pvc4 0.3 62 62 100 Poliovirus (type 3, sabin strain) (p3SABIN; p3LEON12a(1
1pjpA 5ptp 1.5 218 226 36 chymase (mast cell proteinase i) Mutant biological_unit
1pjr 1pjr 0.0 623 623 100 pcra
1pk2 5hpgA 2.0 74 90 46 Tissue-type plasminogen activator (t-pa) (kringle 2 dom
1pk4 5hpgA 0.9 79 79 55 Plasminogen kringle 4
1pklA 1a49A 4.4 489 491 50 pyruvate kinase biological_unit
1pklB 1a49A 4.6 487 489 50 pyruvate kinase biological_unit
1pklC 1a49A 4.5 489 492 50 pyruvate kinase biological_unit
1pklD 1a49A 4.6 489 493 50 pyruvate kinase biological_unit
1pklE 1a49A 4.4 489 493 50 pyruvate kinase biological_unit
1pklF 1a49A 4.6 489 491 50 pyruvate kinase biological_unit
1pklG 1a49A 4.7 489 498 50 pyruvate kinase biological_unit
1pklH 1a49A 4.5 489 492 50 pyruvate kinase biological_unit
1pkm 1a49A 0.8 398 519 96 m1 pyruvate kinase (pk)
1pkn 1a49A 2.1 486 514 96 Pyruvate kinase complexed with manganese, potassium, an
1pkp 1pkp 0.0 145 145 100 Ribosomal protein s5 (prokaryotic)
1pkr 5hpgA 0.8 79 80 58 Plasminogen (kringle 1 domain)
1pks 1ckaA 1.8 55 76 37 Phosphatidylinositol 3-kinase (pi3k) (sh3 domain) (NMR,
1pkt 1ckaA 1.8 55 76 37 Phosphatidylinositol 3-kinase (pi3k) (sh3 domain) (NMR,
1pkyA 1a49A 4.5 451 464 48 pyruvate kinase
1pkyB 1a49A 4.6 451 464 48 pyruvate kinase
1pkyC 1a49A 4.3 422 433 50 pyruvate kinase
1pkyD 1a49A 4.6 451 464 48 pyruvate kinase
1pla 1plc 1.0 97 97 65 Plastocyanin (NMR, 30 structures)
1plb 1plc 0.9 97 97 65 Plastocyanin (NMR, minimized average structure)
1plc 1plc 0.0 99 99 100 Plastocyanin (cu2+, ph 6.0)
1plfA 1tvxA 1.5 63 63 59 Platelet factor 4
1plfB 1tvxA 1.5 63 65 59 Platelet factor 4
1plfC 1tvxA 1.3 63 63 59 Platelet factor 4
1plfD 1tvxA 1.4 63 65 59 Platelet factor 4
1plgH 1igtB 3.4 209 215 71 igg2a=kappa= fragment
1plgL 8fabA 3.9 203 215 43 igg2a=kappa= fragment
1plj 1mh1 2.0 145 147 31 C-h-ras p21 protein mutant with gly 12 replaced by pro
1plk 1mh1 2.0 138 140 30 C-h-ras p21 protein mutant with gly 12 replaced by pro
1pll 1mh1 2.0 151 154 31 C-h-ras p21 protein mutant with gly 12 replaced by pro
1plq 1plq 0.0 258 258 100 Proliferating cell nuclear antigen (pcna) (synchrotron
1plr 1plq 0.7 258 258 100 Proliferating cell nuclear antigen (pcna)
1pls 1pls 0.0 113 113 100 Pleckstrin (n-terminal pleckstrin homology domain) muta
1pmaA 1pmaA 0.0 221 221 100 proteasome (prosome, multicatalytic protease, mcp, macr
1pmaP 1pmaP 0.0 203 203 100 proteasome (prosome, multicatalytic protease, mcp, macr
1pmbA 1a6m 0.5 151 153 86 Myoglobin (aquomet, pH 7.1)
1pmbB 1a6m 0.5 151 153 86 Myoglobin (aquomet, pH 7.1)
1pmc 1pmc 0.0 36 36 100 proteinase inhibitor pmp-c (lmci ii)
1pmd 1pmd 0.0 675 675 100 peptidoglycan synthesis multifunctional enzyme
1pmi 1pmi 0.0 440 440 100 phosphomannose isomerase (pmi)
1pmkA 5hpgA 0.9 78 78 54 Plasminogen kringle 4
1pmkB 5hpgA 0.9 78 78 54 Plasminogen kringle 4
1pmlA 5hpgA 1.5 77 86 46 Tissue plasminogen activator kringle 2
1pmlB 5hpgA 1.4 77 86 46 Tissue plasminogen activator kringle 2
1pmlC 5hpgA 1.5 77 85 46 Tissue plasminogen activator kringle 2
1pmpA 1hmt 0.6 131 131 60 P2 myelin protein (p2)
1pmpB 1hmt 0.6 131 131 60 P2 myelin protein (p2)
1pmpC 1hmt 0.6 131 131 60 P2 myelin protein (p2)
1pmr 1ghj 2.7 79 80 60 dihydrolipoyl succinyltransferase fragment
1pms 1dbh 3.8 109 135 62 sos 1 fragment (son of sevenless) Mutant
1pmt 1a0fA 1.0 201 201 53 glutathione transferase (pmgst, gst b1-1) biological_un
1pmy 7paz 1.4 123 123 43 Pseudoazurin (cupredoxin)
1pnbA 1pnbA 0.0 31 31 100 napin bnib
1pnbB 1pnbB 0.0 75 75 100 napin bnib
1pnc 1plc 0.3 99 99 100 Plastocyanin (prolsq refinement)
1pnd 1plc 0.3 99 99 100 Plastocyanin (eref refinement)
1pne 1pne 0.0 139 139 100 Profilin
1pnf 1pgs 0.7 311 314 99 peptide-n(4)-(n-acetyl-beta-d-glucosaminyl)-asparagine
1png 1pgs 0.6 310 310 99 Peptide-n(4)-(n-acetyl-beta-d-glucosaminyl) asparagine
1pnh 1pnh 0.0 31 31 100 Scorpion toxin (po5-nh2) analog with high affinity for
1pnj 1ckaA 1.2 51 86 40 Phosphatidylinositol 3-kinase (p85-alpha subunit, sh3 d
1pnkA 1ajqA 0.2 193 193 100 penicillin amidohydrolase
1pnkB 1ajqB 0.2 557 557 99 penicillin amidohydrolase
1pnlA 1ajqA 0.2 193 193 100 penicillin amidohydrolase
1pnlB 1ajqB 0.2 557 557 99 penicillin amidohydrolase
1pnmA 1ajqA 0.2 193 193 100 penicillin amidohydrolase
1pnmB 1ajqB 0.2 557 557 99 penicillin amidohydrolase
1pnrA 1dbqA 3.0 275 338 100 repressor-hypoxanthine-purf-operator DNA (5'-d(apApCpGp
1pnt 1phr 0.5 154 157 100 Tyrosine phosphatase (orthophosphoric monoester phospho
1po11 1pov1 0.4 235 283 100 poliovirus type 1 mahoney (p1MAHONEY)
1po12 1aym2 1.6 250 268 53 poliovirus type 1 mahoney (p1MAHONEY)
1po13 1aym3 0.9 234 235 48 poliovirus type 1 mahoney (p1MAHONEY)
1po14 1pvc4 0.5 62 62 94 poliovirus type 1 mahoney (p1MAHONEY)
1po21 1pov1 0.4 235 283 100 poliovirus type 1 mahoney (p1MAHONEY)
1po22 1aym2 1.6 250 268 53 poliovirus type 1 mahoney (p1MAHONEY)
1po23 1aym3 0.9 234 235 48 poliovirus type 1 mahoney (p1MAHONEY)
1po24 1pvc4 0.6 62 62 94 poliovirus type 1 mahoney (p1MAHONEY)
1poa 1poa 0.0 118 118 100 Phospholipase a2
1pobA 1poa 0.7 118 118 100 Phospholipase a2 complex with the transition-state anal
1pobB 1poa 0.7 118 118 100 Phospholipase a2 complex with the transition-state anal
1poc 1poc 0.0 134 134 100 Phospholipase a2 complex with the transition-state anal
1pod 1poa 1.4 114 124 39 Phospholipase a2
1poeA 1poa 1.3 115 124 38 Phospholipase a2 complex with the transition-state anal
1poeB 1poa 1.3 115 124 38 Phospholipase a2 complex with the transition-state anal
1pog 1au7A 2.3 53 62 59 Oct-1 pou homeodomain DNA-binding protein mutant with a
1poh 1ptf 1.2 85 85 35 Phosphotransferase (histidine-containing phosphocarrier
1poiA 1poiA 0.0 317 317 100 glutaconate coenzyme a-transferase biological_unit
1poiB 1poiB 0.0 260 260 100 glutaconate coenzyme a-transferase biological_unit
1poiC 1poiA 0.3 317 317 100 glutaconate coenzyme a-transferase biological_unit
1poiD 1poiB 0.4 260 260 100 glutaconate coenzyme a-transferase biological_unit
1ponA 1ponA 0.0 34 34 100 troponin c fragment
1ponB 1ponB 0.0 34 34 100 troponin c fragment
1popA 1ppn 0.4 212 212 98 Papain complex with leupeptin (n-acetyl-l-leucyl-l-leuc
1posA 2pspA 0.9 105 105 100 Porcine pancreatic spasmolytic polypeptide
1posB 2pspA 0.9 105 105 100 Porcine pancreatic spasmolytic polypeptide
1pot 1pot 0.0 322 322 100 spermidinePUTRESCINE-BINDING PROTEIN (potd)
1pou 1au7A 1.5 69 71 58 Oct-1 (pou-specific domain) (NMR, 20 structures)
1pov1 1pov1 0.0 235 235 100 poliovirus native empty capsid (type 1)
1pov3 1aym3 1.0 234 238 48 poliovirus native empty capsid (type 1)
1powA 1poxA 0.2 584 585 99 Pyruvate oxidase (wild type)
1powB 1poxA 0.5 584 585 99 Pyruvate oxidase (wild type)
1poxA 1poxA 0.0 585 585 100 Pyruvate oxidase mutant with pro 178 replaced by ser, s
1poxB 1poxA 0.5 584 585 100 Pyruvate oxidase mutant with pro 178 replaced by ser, s
1poy1 1pot 0.6 322 323 100 spermidinePUTRESCINE-BINDING PROTEIN (potd)
1poy2 1pot 0.6 322 323 100 spermidinePUTRESCINE-BINDING PROTEIN (potd)
1poy3 1pot 0.6 322 323 100 spermidinePUTRESCINE-BINDING PROTEIN (potd)
1poy4 1pot 0.6 322 323 100 spermidinePUTRESCINE-BINDING PROTEIN (potd)
1pp2L 1poa 1.9 113 122 40 Calcium-free phospholipase a=2=
1pp2R 1poa 1.6 111 122 40 Calcium-free phospholipase a=2=
1ppa 1poa 1.7 112 121 32 Phospholipase a2 lys 49 variant complex with cyclohexyl
1ppbH 5ptp 1.5 222 259 38 Alpha-thrombin complex with d-phe-pro-arg chloromethylk
1ppbL 1ppbL 0.0 36 36 100 Alpha-thrombin complex with d-phe-pro-arg chloromethylk
1ppcE 5ptp 0.3 221 223 99 Trypsin complex with noncovalently bound napap
1ppd 1ppn 0.3 212 212 98 2-hydroxyethylthiopapain - crystal form d
1ppeE 5ptp 0.3 221 223 99 Trypsin complex with (cucurbita maxima) trypsin inhibit
1ppfE 1a7s 1.3 201 218 46 Human leukocyte elastase (hle) (neutrophil elastase (hn
1ppfI 2ovo 0.8 54 56 99 Human leukocyte elastase (hle) (neutrophil elastase (hn
1ppgE 1a7s 1.2 197 218 46 Human leukocyte elastase (hle) complex with meo-succiny
1pphE 5ptp 0.3 221 223 99 Trypsin complex with noncovalently bound 3-tapap
1ppi 1smd 0.5 496 496 86 Alpha amylase (ppa) complexed with acarbose
1ppkE 1bxo 0.7 297 323 97 Acid proteinase (penicillopepsin) complexed with isoval
1pplE 1bxo 0.8 296 323 96 Acid proteinase (penicillopepsin) complex with phosphon
1ppmE 1bxo 0.6 297 323 97 Acid proteinase (penicillopepsin) complex with phosphon
1ppn 1ppn 0.0 212 212 100 Papain cys-25 with bound atom
1ppo 1ppn 1.1 212 216 70 Protease omega (cys 25 with bound mercury)
1ppp 1ppn 0.3 212 212 98 Papain complex with e64-c (form ii)
1pprM 1pprM 0.0 312 312 100 peridinin-chlorophyll protein (pcp)
1pprN 1pprM 0.1 312 312 100 peridinin-chlorophyll protein (pcp)
1pprO 1pprM 0.1 312 312 100 peridinin-chlorophyll protein (pcp)
1ppt 1ppt 0.0 36 36 100 Avian pancreatic polypeptide
1pra 1r69 1.1 63 69 100 Repressor protein from bacteriophage 434 (DNA-binding d
1prb 1gab 1.6 53 53 100 protein pab fragment (ga module)
1prcC 6prcC 0.3 332 332 100 Photosynthetic reaction center
1prcH 6prcH 0.7 258 258 99 Photosynthetic reaction center
1prcL 6prcL 0.8 248 273 97 Photosynthetic reaction center
1prcM 6prcM 0.3 323 323 100 Photosynthetic reaction center
1preA 1preA 0.0 449 449 100 proaerolysin
1preB 1preA 0.8 446 451 100 proaerolysin
1prhA 1pth 0.4 551 554 99 Prostaglandin h2 synthase-1 (cyclooxygenase i)
1prhB 1pth 0.4 551 554 99 Prostaglandin h2 synthase-1 (cyclooxygenase i)
1prlC 1ckaA 1.9 54 56 41 C-src (sh3 domain) complexed with the proline-rich liga
1prmC 1ckaA 1.7 54 56 41 C-src (sh3 domain) complexed with the proline-rich liga
1prn 3prn 0.2 289 289 99 Porin
1proA 1fmb 1.7 98 99 33 hiv-1 protease
1proB 1fmb 1.7 98 99 33 hiv-1 protease
1prq 3nul 1.7 125 125 38 profilin ia
1prr 1prs 0.7 173 173 100 Development-specific protein s (spore coat protein s) (
1prs 1prs 0.0 173 173 100 Development-specific protein s (spore coat protein s) (
1prtA 1bcpA 0.4 224 224 100 Pertussis toxin
1prtB 1bcpB 0.3 196 196 100 Pertussis toxin
1prtC 1bcpB 1.1 196 196 71 Pertussis toxin
1prtD 1bcpD 0.3 110 110 100 Pertussis toxin
1prtE 1bcpD 0.5 110 110 100 Pertussis toxin
1prtF 1prtF 0.0 98 98 100 Pertussis toxin
1prtG 1bcpA 0.4 224 224 100 Pertussis toxin
1prtH 1bcpB 0.3 196 196 100 Pertussis toxin
1prtI 1bcpB 1.1 196 196 71 Pertussis toxin
1prtJ 1bcpD 0.3 110 110 100 Pertussis toxin
1prtK 1bcpD 0.6 110 110 100 Pertussis toxin
1prtL 1prtF 0.2 98 98 100 Pertussis toxin
1pru 1pru 0.0 56 56 100 purine repressor fragment
1prv 1pru 1.3 56 56 100 purine repressor fragment
1prxA 1prxA 0.0 220 220 100 horf6 Mutant
1prxB 1prxA 0.7 215 218 100 horf6 Mutant
1ps1A 1ps1A 0.0 304 304 100 pentalenene synthase biological_unit
1ps1B 1ps1A 0.3 304 304 100 pentalenene synthase biological_unit
1ps2 2pspA 5.3 54 60 47 ps2 (pnr-2) Mutant biological_unit
1psaA 1smrA 1.6 305 326 43 Pepsin hydrolase (acid proteinase) complex with a-62095
1psaB 1smrA 1.5 305 326 43 Pepsin hydrolase (acid proteinase) complex with a-62095
1pscA 1pscA 0.0 329 329 100 phosphotriesterase
1pscB 1pscA 0.2 329 330 100 phosphotriesterase
1psdA 1psdA 0.0 404 404 100 D-3-phosphoglycerate dehydrogenase (phosphoglycerate de
1psdB 1psdA 1.5 404 404 100 D-3-phosphoglycerate dehydrogenase (phosphoglycerate de
1pse 1pse 0.0 69 69 100 Photosystem i accessory protein e (psae) (subunit e) (w
1psf 1pse 1.6 69 69 100 Photosystem i accessory protein e (psae) (subunit e) (w
1pshA 1poa 0.7 118 119 96 Phospholipase a=2= (phosphatidylcholine 2-acylhydrolase
1pshB 1poa 0.7 118 119 96 Phospholipase a=2= (phosphatidylcholine 2-acylhydrolase
1pshC 1poa 0.7 118 119 96 Phospholipase a=2= (phosphatidylcholine 2-acylhydrolase
1psi 1ovaA 2.3 358 372 30 alpha=1=-antitrypsin Mutant
1psj 1poa 1.7 112 124 42 phospholipase a2
1pskH 1igtB 1.8 198 198 67 antibody fragment
1pskL 8fabA 6.4 204 213 43 antibody fragment
1psm 1psm 0.0 38 38 100 Spam-h1 (residues 90 - 127 of the secreted polymorphic
1psn 1smrA 1.7 305 326 41 Pepsin 3a
1psoE 1smrA 1.6 305 326 41 Pepsin 3a complexed with pepstatin
1pspA 2pspA 0.9 106 106 100 Pancreatic spasmolytic polypeptide (psp)
1pspB 2pspA 0.8 106 106 100 Pancreatic spasmolytic polypeptide (psp)
1psrA 1psrA 0.0 100 100 100 psoriasin (s100a7)
1psrB 1psrA 0.9 100 100 100 psoriasin (s100a7)
1pssH 6prcH 2.1 233 237 37 Photosynthetic reaction center (wild-type)
1pssL 6prcL 1.1 246 266 56 Photosynthetic reaction center (wild-type)
1pssM 6prcM 1.2 293 296 49 Photosynthetic reaction center (wild-type)
1pstH 6prcH 2.3 233 237 37 Photosynthetic reaction center mutant with his m 202 re
1pstL 6prcL 1.0 246 266 56 Photosynthetic reaction center mutant with his m 202 re
1pstM 6prcM 1.2 293 296 49 Photosynthetic reaction center mutant with his m 202 re
1pta 1pscA 2.0 306 318 93 phosphotriesterase
1ptd 2plc 1.9 252 296 31 phosphatidylinositol-specific phospholipase c (pi-plc)
1ptf 1ptf 0.0 87 87 100 Histidine-containing phosphocarrier protein (hpr)
1ptg 2plc 1.9 252 296 31 phosphatidylinositol-specific phospholipase c (pi-plc)
1pth 1pth 0.0 551 551 100 prostaglandin h2 synthase-1 (cyclooxygenase i)
1ptk 1gci 1.7 246 279 38 Proteinase k complexed with mercury
1ptoA 1bcpA 0.4 224 224 100 pertussis toxin
1ptoB 1bcpB 0.4 196 196 100 pertussis toxin
1ptoC 1bcpB 1.2 196 196 71 pertussis toxin
1ptoD 1bcpD 0.4 110 110 100 pertussis toxin
1ptoE 1bcpD 0.6 110 110 100 pertussis toxin
1ptoF 1prtF 0.6 98 98 100 pertussis toxin
1ptoG 1bcpA 0.5 224 224 100 pertussis toxin
1ptoH 1bcpB 0.4 196 198 100 pertussis toxin
1ptoI 1bcpB 1.1 196 196 71 pertussis toxin
1ptoJ 1bcpD 0.4 110 110 100 pertussis toxin
1ptoK 1bcpD 0.6 110 110 100 pertussis toxin
1ptoL 1prtF 0.6 98 98 100 pertussis toxin
1ptq 1ptq 0.0 50 50 100 protein kinase c delta type
1ptr 1ptq 0.3 50 50 100 protein kinase c delta type
1ptsA 2izk 0.6 111 119 100 Streptavidin complex with the peptide (fshpqnt)
1ptsB 2izk 0.4 105 112 100 Streptavidin complex with the peptide (fshpqnt)
1pttA 1pty 0.4 297 297 99 protein tyrosine phosphatase 1b Mutant phosphotyrosine-
1ptuA 1pty 0.4 297 297 99 protein tyrosine phosphatase 1b Mutant phosphotyrosine-
1ptvA 1pty 0.2 297 297 99 protein tyrosine phosphatase 1b Mutant phosphotyrosine
1ptx 1aho 0.1 64 64 100 Scorpion toxin ii
1pty 1pty 0.0 300 300 100 protein tyrosine phosphatase 1b (ptp1b) Mutant
1puc 1puc 0.0 101 101 100 p13suc1 (p13) ec
1pud 1pud 0.0 372 372 100 trna-guanine transglycosylase (tgt)
1pueE 1awcA 1.3 83 88 42 DNA (16 base pairs) transcription factor pu.1 fragment
1pueF 1awcA 1.5 83 89 42 DNA (16 base pairs) transcription factor pu.1 fragment
1put 1ayfA 1.8 98 106 33 Putidaredoxin (NMR, 12 structures)
1pvaA 2pvb 0.6 106 109 56 Parvalbumin (pike, pi 5.0, alpha component) complexed w
1pvaB 2pvb 0.8 106 109 56 Parvalbumin (pike, pi 5.0, alpha component) complexed w
1pvb 2pvb 0.2 106 107 100 Parvalbumin (pike, pi 4.10) complexed with two calcium
1pvc1 1pov1 1.0 233 279 79 poliovirus type 3, sabin strain
1pvc2 1aym2 1.6 250 266 53 poliovirus type 3, sabin strain
1pvc3 1aym3 1.0 234 235 50 poliovirus type 3, sabin strain
1pvc4 1pvc4 0.0 62 62 100 poliovirus type 3, sabin strain
1pvdA 1zpdA 2.3 523 537 29 Pyruvate decarboxylase (pdc)
1pvdB 1zpdA 2.1 523 537 29 Pyruvate decarboxylase (pdc)
1pviA 3pviA 0.4 154 156 99 Pvuii endonuclease complexed with cognate DNA
1pviB 3pviA 0.5 154 156 99 Pvuii endonuclease complexed with cognate DNA
1pvuA 3pviA 3.0 154 154 98 Pvuii restriction endonuclease
1pvuB 3pviA 2.7 154 154 98 Pvuii restriction endonuclease
1pxa 1pbe 0.4 391 394 99 P-hydroxybenzoate hydroxylase mutant with asn 300 repla
1pxb 1pbe 0.3 391 394 99 P-hydroxybenzoate hydroxylase mutant with tyr 201 repla
1pxc 1pbe 0.2 391 394 99 P-hydroxybenzoate hydroxylase mutant with tyr 385 repla
1pxtA 1afwA 0.4 340 340 100 Peroxisomal 3-ketoacyl-coa thiolase
1pxtB 1afwA 0.4 336 344 100 Peroxisomal 3-ketoacyl-coa thiolase
1pyaA 1pyaA 0.0 81 81 100 Pyruvoyl-dependent histidine decarboxylase (l-histidine
1pyaB 1pyaB 0.0 228 228 100 Pyruvoyl-dependent histidine decarboxylase (l-histidine
1pyaC 1pyaA 0.1 81 81 100 Pyruvoyl-dependent histidine decarboxylase (l-histidine
1pyaD 1pyaB 0.2 228 228 100 Pyruvoyl-dependent histidine decarboxylase (l-histidine
1pyaE 1pyaA 0.2 81 81 100 Pyruvoyl-dependent histidine decarboxylase (l-histidine
1pyaF 1pyaB 0.2 228 228 100 Pyruvoyl-dependent histidine decarboxylase (l-histidine
1pyc 1pyc 0.0 41 41 100 cyp1 fragment (hap1)
1pydA 1zpdA 2.4 523 537 29 Pyruvate decarboxylase (pdc)
1pydB 1zpdA 2.1 523 537 29 Pyruvate decarboxylase (pdc)
1pygA 1a8i 1.2 778 801 99 Glycogen phosphorylase b (pyridoxal-5'-pyrophosphoryl d
1pygB 1a8i 1.3 778 791 99 Glycogen phosphorylase b (pyridoxal-5'-pyrophosphoryl d
1pygC 1a8i 1.2 778 801 99 Glycogen phosphorylase b (pyridoxal-5'-pyrophosphoryl d
1pygD 1a8i 1.2 778 801 99 Glycogen phosphorylase b (pyridoxal-5'-pyrophosphoryl d
1pyiA 1pyiA 0.0 88 88 100 Pyrimidine pathway regulator 1 (ppr1) (residues 29 - 12
1pyiB 1pyiA 4.6 70 70 100 Pyrimidine pathway regulator 1 (ppr1) (residues 29 - 12
1pyp 1wgjA 1.2 278 280 92 Inorganic pyrophosphatase
1pysA 1pysA 0.0 266 266 100 phenylalanyl-trna synthetase biological_unit
1pysB 1pysB 0.0 785 785 100 phenylalanyl-trna synthetase biological_unit
1pytA 1pytA 0.0 94 94 100 procarboxypeptidase a proproteinase e chymotrypsinogen
1pytB 1aye 0.5 301 309 66 procarboxypeptidase a proproteinase e chymotrypsinogen
1pytC 5ptp 1.5 214 248 38 procarboxypeptidase a proproteinase e chymotrypsinogen
1pytD 5ptp 1.5 214 251 32 procarboxypeptidase a proproteinase e chymotrypsinogen
1pza 7paz 0.3 120 120 99 Pseudoazurin (ph 7.8)
1pzb 7paz 0.3 120 120 99 Pseudoazurin (ph 4.4)
1pzc 7paz 0.5 122 122 99 pseudoazurin
1q21 1mh1 1.7 159 171 31 c-H-ras p21 protein catalytic domain complex with GDP
1qa7A 1havA 1.3 212 215 98 hav 3c proteinase fragment Mutant biological_unit
1qa7B 1havA 2.2 211 219 99 hav 3c proteinase fragment Mutant biological_unit
1qa7C 1havA 1.3 211 215 97 hav 3c proteinase fragment Mutant biological_unit
1qa7D 1havA 1.3 212 219 97 hav 3c proteinase fragment Mutant biological_unit
1qabA 1etb1 0.5 116 124 98 transthyretin (prealbumin) biological_unit transthyreti
1qabB 1etb1 1.1 115 118 98 transthyretin (prealbumin) biological_unit transthyreti
1qabC 1etb1 0.4 114 114 98 transthyretin (prealbumin) biological_unit transthyreti
1qabD 1etb1 1.0 113 113 98 transthyretin (prealbumin) biological_unit transthyreti
1qabE 1aqb 1.4 172 180 92 transthyretin (prealbumin) biological_unit transthyreti
1qabF 1aqb 0.9 171 171 92 transthyretin (prealbumin) biological_unit transthyreti
1qapA 1qpoA 1.8 276 289 42 quinolinic acid phosphoribosyltransferase (quinolinate
1qapB 1qpoA 1.5 276 289 42 quinolinic acid phosphoribosyltransferase (quinolinate
1qasA 1djxB 0.8 504 505 99 phospholipase c delta-1 (plc-delta-1)
1qasB 1djxB 0.8 501 504 99 phospholipase c delta-1 (plc-delta-1)
1qatA 1djxB 0.9 509 509 100 phospholipase c delta-1 (plc-delta-1)
1qatB 1djxB 0.8 505 507 100 phospholipase c delta-1 (plc-delta-1)
1qawA 1wapA 0.3 66 68 84 trp RNA-binding attenuation protein
1qawB 1wapA 0.3 66 71 84 trp RNA-binding attenuation protein
1qawC 1wapA 0.3 66 70 84 trp RNA-binding attenuation protein
1qawD 1wapA 0.3 66 70 84 trp RNA-binding attenuation protein
1qawE 1wapA 0.3 66 70 84 trp RNA-binding attenuation protein
1qawF 1wapA 0.3 66 69 84 trp RNA-binding attenuation protein
1qawG 1wapA 0.3 66 68 84 trp RNA-binding attenuation protein
1qawH 1wapA 0.3 66 69 84 trp RNA-binding attenuation protein
1qawI 1wapA 0.3 66 68 84 trp RNA-binding attenuation protein
1qawJ 1wapA 0.3 66 68 84 trp RNA-binding attenuation protein
1qawK 1wapA 0.3 66 69 84 trp RNA-binding attenuation protein
1qba 1qba 0.0 858 858 100 chitobiase (beta-n-acetylhexosaminidase, n-acetyl-beta-
1qbb 1qba 0.1 857 858 100 chitobiase (n-acetyl-beta-d-glucosaminidase)
1qbeA 1qbeA 0.0 123 123 100 bacteriophage q beta capsid
1qbeB 1qbeA 0.8 123 132 100 bacteriophage q beta capsid
1qbeC 1qbeA 0.7 123 123 100 bacteriophage q beta capsid
1qblH 8fabA 6.2 196 219 28 fabe8a fragment (fab e8) biological_unit
1qblL 8fabA 4.0 204 214 41 fabe8a fragment (fab e8) biological_unit
1qbmH 8fabA 5.9 195 219 30 e8b antibody fragment (fab e8) biological_unit
1qbmL 8fabA 3.8 204 214 41 e8b antibody fragment (fab e8) biological_unit
1qbrA 1fmb 1.5 97 99 34 hiv-1 protease
1qbrB 1fmb 1.5 97 99 34 hiv-1 protease
1qbsA 1fmb 1.7 98 99 34 hiv-1 protease
1qbsB 1fmb 1.7 98 99 34 hiv-1 protease
1qbtA 1fmb 1.5 97 99 34 hiv-1 protease
1qbtB 1fmb 1.5 97 99 34 hiv-1 protease
1qbuA 1fmb 1.9 98 99 34 hiv-1 protease
1qbuB 1fmb 1.9 98 99 34 hiv-1 protease
1qca 3cla 0.2 211 211 98 type iii chloramphenicol acetyltransferase (cat iii) Mu
1qcrA 1be3A 1.2 434 446 95 ubiquinol cytochrome c oxidoreductase (cytochrome bc1,
1qcrB 1be3B 1.0 392 423 96 ubiquinol cytochrome c oxidoreductase (cytochrome bc1,
1qcrC 1be3C 0.9 370 378 87 ubiquinol cytochrome c oxidoreductase (cytochrome bc1,
1qcrD 1qcrD 0.0 75 75 100 ubiquinol cytochrome c oxidoreductase (cytochrome bc1,
1qcrE 1rie 1.6 127 196 100 ubiquinol cytochrome c oxidoreductase (cytochrome bc1,
1qcrF 1be3F 0.7 99 103 100 ubiquinol cytochrome c oxidoreductase (cytochrome bc1,
1qcrG 1be3G 1.0 69 70 99 ubiquinol cytochrome c oxidoreductase (cytochrome bc1,
1qcrH 1qcrH 0.0 60 60 100 ubiquinol cytochrome c oxidoreductase (cytochrome bc1,
1qcrJ 1be3J 5.6 50 59 83 ubiquinol cytochrome c oxidoreductase (cytochrome bc1,
1qcrK 1qcrK 0.0 45 45 100 ubiquinol cytochrome c oxidoreductase (cytochrome bc1,
1qdp 1vtx 2.1 40 42 86 robustoxin
1qezA 2prd 0.8 167 169 50 inorganic pyrophosphatase (ppase, s-ppase) biological_u
1qezB 2prd 0.8 167 169 50 inorganic pyrophosphatase (ppase, s-ppase) biological_u
1qezC 2prd 0.8 167 169 50 inorganic pyrophosphatase (ppase, s-ppase) biological_u
1qezD 2prd 0.8 167 169 50 inorganic pyrophosphatase (ppase, s-ppase) biological_u
1qezE 2prd 0.8 167 169 50 inorganic pyrophosphatase (ppase, s-ppase) biological_u
1qezF 2prd 0.8 167 169 50 inorganic pyrophosphatase (ppase, s-ppase) biological_u
1qfhA 1qfhA 0.0 212 212 100 gelation factor fragment (actin binding protein 120) bi
1qfhB 1qfhA 0.9 212 212 100 gelation factor fragment (actin binding protein 120) bi
1qfoA 1qfoA 0.0 115 115 100 sialoadhesin fragment
1qfoB 1qfoA 0.4 115 116 100 sialoadhesin fragment
1qfoC 1qfoA 0.4 113 114 100 sialoadhesin fragment
1qfpA 1qfoA 0.5 115 118 100 sialoadhesin fragment
1qfqB 1qfqB 0.0 35 35 100 n-protein nutboxb fragment RNA (5'-r(pGpCpCpCpUpGpApApA
1qfuA 1hgeA 0.4 317 317 99 hemagglutinin (ha1 chain) fragment hemagglutinin (ha2 c
1qfuB 1hgeB 0.5 173 173 100 hemagglutinin (ha1 chain) fragment hemagglutinin (ha2 c
1qfuH 1igtB 2.1 217 223 65 hemagglutinin (ha1 chain) fragment hemagglutinin (ha2 c
1qfuL 8fabA 7.0 165 217 44 hemagglutinin (ha1 chain) fragment hemagglutinin (ha2 c
1qilA 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant
1qilB 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant
1qilC 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant
1qkdA 3ebx 0.9 62 62 99 erabutoxin a
1qkdB 3ebx 0.8 62 62 99 erabutoxin a
1qke 3ebx 0.1 62 62 99 erabutoxin a
1qli 1qli 0.0 59 59 100 cysteine and glycine-rich protein fragment (qcrp2(lim2)
1qlkA 4icb 2.6 72 92 36 s-100 protein fragment
1qlkB 4icb 2.6 72 92 36 s-100 protein fragment
1qnf 1qnf 0.0 475 475 100 photolyase (DNA cyclobutane dipyrimidine photolyase)
1qnmA 1avmA 1.5 197 198 46 manganese superoxide dismutase Mutant biological_unit
1qnmB 1avmA 1.5 197 198 46 manganese superoxide dismutase Mutant biological_unit
1qoaA 1awd 0.8 94 98 68 ferredoxin Mutant
1qoaB 1awd 0.8 94 98 68 ferredoxin Mutant
1qobA 1awd 0.8 94 98 68 ferredoxin Mutant
1qobB 1awd 0.8 94 98 68 ferredoxin Mutant
1qoc 1awd 0.9 94 98 68 ferredoxin Mutant
1qod 1awd 0.9 94 98 67 ferredoxin Mutant
1qoe 1awd 0.8 94 98 68 ferredoxin Mutant
1qofA 1awd 0.8 94 98 68 ferredoxin Mutant
1qofB 1awd 0.8 94 98 68 ferredoxin Mutant
1qogA 1awd 0.8 94 98 68 ferredoxin Mutant
1qogB 1awd 0.9 94 98 68 ferredoxin Mutant
1qorA 1qorA 0.0 326 326 100 Quinone oxidoreductase complexed with nadph
1qorB 1qorA 0.2 326 326 100 Quinone oxidoreductase complexed with nadph
1qpaA 1arv 1.4 335 344 45 lignin peroxidase
1qpaB 1arv 1.3 335 344 45 lignin peroxidase
1qpg 16pk 2.8 388 415 47 3-phosphoglycerate kinase (pgk) Mutant
1qpnA 1qpoA 0.2 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpnB 1qpoA 0.3 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpnC 1qpoA 0.4 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpnD 1qpoA 0.4 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpnE 1qpoA 0.5 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpnF 1qpoA 0.5 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpoA 1qpoA 0.0 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qpoB 1qpoA 0.3 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qpoC 1qpoA 0.4 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qpoD 1qpoA 0.4 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qpoE 1qpoA 0.5 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qpoF 1qpoA 0.5 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qpqA 1qpoA 0.5 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpqB 1qpoA 0.5 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpqC 1qpoA 0.6 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpqD 1qpoA 0.6 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpqE 1qpoA 0.7 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qpqF 1qpoA 0.6 284 284 100 quinolinate phosphoribosyltransferase (nicotinate-nucle
1qprA 1qpoA 0.5 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qprB 1qpoA 0.5 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qprC 1qpoA 0.6 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qprD 1qpoA 0.6 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qprE 1qpoA 0.7 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qprF 1qpoA 0.6 284 284 100 quinolinic acid phosphoribosyltransferase (nicotinate-n
1qrdA 1qrdA 0.0 273 273 100 quinone-reductase (dt-diaphorase)
1qrdB 1qrdA 0.2 273 273 100 quinone-reductase (dt-diaphorase)
1qrsA 1gtrA 0.3 529 529 99 glutaminyl-trna synthetase (glutaminyl-trna ligase) Mut
1qrtA 1gtrA 0.3 529 529 99 glutaminyl-trna synthetase (glutaminyl-trna ligase) Mut
1qruA 1gtrA 0.3 529 529 99 glutaminyl-trna synthetase (glutaminyl-trna ligase) Mut
1qtqA 1gtrA 0.4 529 529 100 glutaminyl-trna synthetase (glnrs) biological_unit trna
1que 1fnc 1.4 290 303 51 ferredoxin--nadp+ reductase (fnr)
1quf 1fnc 1.4 290 296 51 ferredoxin-nadp+ reductase (fnr)
1qui 1ixh 0.3 321 321 99 phosphate-binding protein Mutant
1quj 1ixh 0.3 321 321 99 phosphate-binding protein Mutant
1quk 1ixh 0.3 321 321 99 phosphate-binding protein Mutant
1qul 1ixh 0.3 321 321 99 phosphate-binding protein Mutant
1qweA 1ckaA 1.2 54 56 41 tyrosine-protein kinase transforming protein src fragme
1qwfA 1ckaA 1.4 54 56 41 tyrosine-protein kinase transforming protein src fragme
1qyp 1qyp 0.0 57 57 100 RNA polymerase ii fragment
1r081 1pov1 1.6 213 273 45 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
1r082 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
1r083 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
1r084 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
1r091 1aym1 1.5 214 273 45 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
1r092 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
1r093 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
1r094 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
1r1a1 1aym1 1.2 280 283 71 Rhinovirus serotype 1 (HRV1) coat protein
1r1a2 1aym2 0.8 251 253 84 Rhinovirus serotype 1 (HRV1) coat protein
1r1a3 1aym3 0.6 234 238 81 Rhinovirus serotype 1 (HRV1) coat protein
1r1rA 1rlr 0.7 717 734 99 ribonucleotide reductase r1 protein Mutant biological_u
1r1rB 1rlr 0.7 717 734 99 ribonucleotide reductase r1 protein Mutant biological_u
1r1rC 1rlr 0.7 717 734 99 ribonucleotide reductase r1 protein Mutant biological_u
1r2aA 1r2aA 0.0 46 46 100 camp-dependent protein kinase type ii regulatory chain
1r2aB 1r2aA 0.1 46 46 100 camp-dependent protein kinase type ii regulatory chain
1r2fA 1r2fA 0.0 283 283 100 ribonucleotide reductase r2 biological_unit
1r2fB 1r2fA 0.3 281 281 100 ribonucleotide reductase r2 biological_unit
1r63 1r69 0.9 63 63 100 repressor protein from bacteriophage 434 fragment
1r69 1r69 0.0 63 63 100 434 repressor (amino-terminal domain) (r1-69)
1ra1 1vdrA 1.7 149 159 33 dihydrofolate reductase (dhfr) biological_unit
1ra2 1vdrA 1.7 148 160 32 dihydrofolate reductase (dhfr) biological_unit
1ra3 1vdrA 1.7 148 160 32 dihydrofolate reductase (dhfr) biological_unit
1ra8 1vdrA 1.7 148 160 32 dihydrofolate reductase (dhfr) biological_unit
1ra9 1vdrA 1.7 150 159 33 dihydrofolate reductase (dhfr) biological_unit
1raaA 8atcA 1.8 305 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raaB 8atcB 1.7 145 153 100 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raaC 8atcA 1.8 307 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raaD 8atcB 1.6 145 153 99 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rabA 8atcA 1.8 305 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rabB 8atcB 1.6 145 153 100 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rabC 8atcA 1.9 307 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rabD 8atcB 1.6 145 153 99 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1racA 8atcA 1.8 305 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1racB 8atcB 1.7 145 153 100 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1racC 8atcA 1.9 308 310 96 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1racD 8atcB 1.6 145 153 99 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1radA 8atcA 1.7 305 310 93 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1radB 8atcB 1.7 145 153 100 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1radC 8atcA 1.9 308 310 96 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1radD 8atcB 1.7 145 153 99 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raeA 8atcA 1.7 305 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raeB 8atcB 1.7 145 153 100 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raeC 8atcA 1.8 307 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raeD 8atcB 1.7 145 153 99 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rafA 8atcA 1.7 305 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rafB 8atcB 1.7 144 153 100 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rafC 8atcA 1.9 308 310 96 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rafD 8atcB 1.7 145 153 99 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1ragA 8atcA 1.5 303 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1ragB 8atcB 1.7 145 153 100 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1ragC 8atcA 1.9 307 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1ragD 8atcB 1.8 146 153 99 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rahA 8atcA 1.7 304 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rahB 8atcB 1.7 145 153 100 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rahC 8atcA 1.9 307 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1rahD 8atcB 1.7 146 153 99 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raiA 8atcA 1.7 304 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raiB 8atcB 1.7 145 153 100 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raiC 8atcA 1.9 307 310 94 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1raiD 8atcB 1.7 146 146 99 Aspartate transcarbamoylase (aspartate carbamoyltransfe
1ral 1frb 1.5 299 308 45 3-alpha-hydroxysteroid dehydrogenase
1ramA 1iknA 2.6 169 273 92 transcription factor nf-kb p65 fragment (rela) biologic
1ramB 1iknA 3.1 169 273 92 transcription factor nf-kb p65 fragment (rela) biologic
1rap 1ycc 0.6 108 108 95 Rep a2 iso-1-cytochrome c (reduced state) mutant with g
1raq 1ycc 0.2 108 108 96 Rep a2 iso-1-cytochrome c (reduced state) mutant with g
1rar 7rsa 0.5 123 123 100 Ribonuclease a fluorescent derivative [rnase 1-124 (aen
1ras 7rsa 0.4 123 123 100 Ribonuclease a fluorescent derivative [rnase 1-124 (aen
1rat 7rsa 0.3 124 124 100 Ribonuclease a at 98k
1ravA 2izk 1.4 103 124 36 avidin biological_unit
1ravB 2izk 1.4 103 124 36 avidin biological_unit
1raxA 1lxdA 1.1 87 93 91 ra-domain of ral guanosine dissociation stimulator frag
1ray 2cba 0.1 258 258 100 Carbonic anhydrase ii complex with azide
1raz 2cba 0.2 258 258 100 Carbonic anhydrase ii complex with bromide
1rb2A 1vdrA 1.7 148 160 32 dihydrofolate reductase (dhfr) biological_unit
1rb2B 1vdrA 1.7 148 160 32 dihydrofolate reductase (dhfr) biological_unit
1rb3A 1vdrA 1.8 148 160 32 dihydrofolate reductase (dhfr) biological_unit
1rb3B 1vdrA 1.8 148 160 32 dihydrofolate reductase (dhfr) biological_unit
1rb9 1rb9 0.0 52 52 100 rubredoxin
1rbaA 1burA 2.3 398 419 29 Rubisco (ribulose-1,5-bisphosphate carboxylaseOXYGENASE
1rbaB 1burA 2.3 408 443 28 Rubisco (ribulose-1,5-bisphosphate carboxylaseOXYGENASE
1rbbA 7rsa 0.5 124 124 100 Ribonuclease b
1rbbB 7rsa 0.5 124 124 100 Ribonuclease b
1rbc 7rsa 0.7 101 104 100 Ribonuclease s mutant with met 13 replaced by ala (m13a
1rbd 7rsa 0.7 101 104 100 Ribonuclease s mutant with met 13 replaced by alpha-ami
1rbe 7rsa 0.8 101 104 100 Ribonuclease s mutant with met 13 replaced by phe (m13f
1rbf 7rsa 0.7 101 104 100 Ribonuclease s mutant with met 13 replaced by gly (m13g
1rbg 7rsa 0.7 101 104 100 Ribonuclease s mutant with met 13 replaced by ile (m13i
1rbh 7rsa 0.7 101 104 100 Ribonuclease s mutant with met 13 replaced by leu (m13l
1rbi 7rsa 0.7 101 104 100 Ribonuclease s mutant with met 13 replaced by val (m13v
1rbjA 7rsa 0.7 124 124 100 ribonuclease b (rnase b) tetra-(deoxy-adenylate) (d(pa)
1rblA 1burA 0.3 464 467 82 Ribulose 1,5 bisphosphate carboxylaseOXYGENASE (rubisco
1rblM 1rboC 0.8 108 109 44 Ribulose 1,5 bisphosphate carboxylaseOXYGENASE (rubisco
1rbn 7rsa 0.5 124 124 100 Ribonuclease a derivative ii complexed with 6-chloropur
1rboB 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rboC 1rboC 0.0 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rboE 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rboF 1rboC 0.1 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rboH 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rboI 1rboC 0.1 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rboL 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rboS 1rboC 0.1 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rbp 1aqb 0.5 174 174 93 Retinol binding protein
1rbr 2rn2 0.2 155 155 99 Ribonuclease h mutant with his 62 replaced by pro (h62p
1rbs 2rn2 0.2 155 155 99 Ribonuclease h mutant with his 62 replaced by ala (h62a
1rbt 2rn2 0.2 155 155 99 Ribonuclease h mutant with lys 95 replaced by gly (k95g
1rbu 2rn2 0.2 155 155 99 Ribonuclease h mutant with lys 95 replaced by asn (k95n
1rbv 2rn2 0.1 155 155 99 Ribonuclease h mutant with lys 95 replaced by ala (k95a
1rbw 7rsa 0.2 124 124 100 ribonuclease a (rnase a)
1rbx 7rsa 0.1 124 124 100 ribonuclease a (rnase a)
1rc4 1vdrA 1.7 146 160 33 dihydrofolate reductase (dhfr) biological_unit
1rca 7rsa 0.2 124 124 100 ribonuclease a (rnase a)
1rcb 1rcb 0.0 129 129 100 Interleukin 4
1rcc 2fha 0.6 169 171 61 l ferritin Mutant
1rcd 2fha 0.6 169 171 63 l ferritin
1rce 2fha 0.6 169 171 61 l ferritin Mutant
1rcf 1rcf 0.0 169 169 100 Flavodoxin complexed with flavin mononucleotide (fmn)
1rcg 2fha 0.6 169 171 63 l ferritin
1rch 2rn2 1.9 155 155 100 ribonuclease hi (rnase h)
1rci 2fha 0.7 169 171 63 l ferritin Mutant
1rck 9rnt 2.5 99 106 59 Ribonuclease f1 (NMR, 42 structures)
1rcl 9rnt 2.1 100 106 59 Ribonuclease f1 (NMR, minimized average structure)
1rcmA 3lzt 0.8 129 129 100 Lysozyme (partially reduced, carboxymethylated (6,127-r
1rcmB 3lzt 1.0 129 129 100 Lysozyme (partially reduced, carboxymethylated (6,127-r
1rcnE 7rsa 0.5 124 124 100 Ribonuclease a complexed with DNA (5'-d(ApTpApAp)-3')
1rcoB 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoC 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoE 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoF 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoH 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoI 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoK 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoL 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoM 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoO 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoP 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoR 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoS 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoT 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoV 1burA 0.2 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcoW 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco) bi
1rcpA 1cpq 0.6 129 129 100 cytochrome c'
1rcpB 1cpq 0.5 129 129 100 cytochrome c'
1rcsA 1jhgA 3.7 96 104 96 trp repressor trp deoxyribonucleic acid
1rcsB 1jhgA 4.9 96 104 74 trp repressor trp deoxyribonucleic acid
1rcxB 1burA 0.3 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxC 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxE 1burA 0.3 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxF 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxH 1burA 0.3 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxI 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxK 1burA 0.3 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxL 1burA 0.3 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxM 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxO 1burA 0.3 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxP 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxR 1burA 0.3 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxS 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxT 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxV 1burA 0.3 464 467 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcxW 1rboC 0.2 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rcy 1rcy 0.0 151 151 100 rusticyanin biological_unit
1rd7A 1vdrA 1.7 148 160 32 dihydrofolate reductase (dhfr)
1rd7B 1vdrA 1.7 148 160 32 dihydrofolate reductase (dhfr)
1rda 2rn2 0.2 155 155 99 Ribonuclease h mutant with asp 10 replaced by asn (d10n
1rdb 2rn2 0.2 155 155 99 Ribonuclease h mutant with glu 48 replaced by gln (e48q
1rdc 2rn2 0.9 155 155 99 Ribonuclease h mutant with asp 70 replaced by asn (d70n
1rdd 2rn2 0.9 155 155 100 Ribonuclease hi co-crystallized with mg+2
1rdg 1rb9 0.7 52 52 74 Rubredoxin
1rdhA 1rthA 1.5 116 127 94 Hiv-1 reverse transcriptase (ribonuclease h domain)
1rdhB 1rthA 1.4 116 127 94 Hiv-1 reverse transcriptase (ribonuclease h domain)
1rdi1 1rtm1 0.8 111 111 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdi2 1rtm1 0.9 112 112 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdj1 1rtm1 0.8 111 111 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdj2 1rtm1 0.9 112 112 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdk1 1rtm1 0.8 111 111 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdk2 1rtm1 0.9 112 112 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdl1 1rtm1 0.8 111 111 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdl2 1rtm1 0.9 112 112 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdm1 1rtm1 0.8 111 111 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdm2 1rtm1 0.9 112 112 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdn1 1rtm1 0.8 111 111 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdn2 1rtm1 0.9 112 112 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdo1 1rtm1 0.8 111 111 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdo2 1rtm1 0.9 112 112 59 mannose-binding protein-c fragment (sub-mbp-c)
1rdr 1rdr 0.0 316 316 100 poliovirus 3d polymerase
1rds 9rnt 0.8 102 105 67 Ribonuclease ms complex with 2'-deoxy-2'-fluoroguanylyl
1rdxA 1frpA 1.8 314 337 98 fructose 1,6-bisphosphatase Mutant biological_unit
1rdxB 1frpA 2.4 318 337 97 fructose 1,6-bisphosphatase Mutant biological_unit
1rdyA 1frpA 0.5 320 337 99 fructose 1,6-bisphosphatase Mutant biological_unit
1rdyB 1frpA 0.5 320 337 99 fructose 1,6-bisphosphatase Mutant biological_unit
1rdzA 1frpA 0.5 320 337 99 fructose 1,6-bisphosphatase Mutant biological_unit
1rdzB 1frpA 0.5 320 337 99 fructose 1,6-bisphosphatase Mutant biological_unit
1re7A 1vdrA 1.6 148 160 32 dihydrofolate reductase (dhfr)
1re7B 1vdrA 1.6 148 160 32 dihydrofolate reductase (dhfr)
1rea 2reb 0.4 303 304 100 Rec a protein complex with adenosine diphosphate (rec a
1rec 1rec 0.0 185 185 100 Recoverin (calcium sensor in vision)
1redA 1xnb 1.4 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1redB 1xnb 1.3 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1reeA 1xnb 1.4 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1reeB 1xnb 1.3 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1refA 1xnb 1.4 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1refB 1xnb 1.2 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1regX 1regX 0.0 122 122 100 t4 rega
1regY 1regX 1.3 120 120 100 t4 rega
1reiA 8fabA 1.4 103 107 47 Bence-Jones immunoglobulin REI variable portion
1reiB 8fabA 1.4 102 107 48 Bence-Jones immunoglobulin REI variable portion
1rem 3lzt 1.1 129 130 60 lysozyme (muramidase)
1reqA 1reqA 0.0 725 727 100 methylmalonyl-coa mutase
1reqB 1reqB 0.0 618 619 100 methylmalonyl-coa mutase
1reqC 1reqA 0.2 725 727 100 methylmalonyl-coa mutase
1reqD 1reqB 0.2 618 622 100 methylmalonyl-coa mutase
1res 1ret 0.7 43 43 100 Gamma delta resolvase (DNA binding domain) (NMR, minimi
1ret 1ret 0.0 43 43 100 Gamma delta resolvase (DNA binding domain) (NMR, 17 str
1revA 1rthA 2.1 525 525 99 hiv-1 reverse transcriptase (hiv-1 rt)
1revB 1rthA 19.3 371 412 98 hiv-1 reverse transcriptase (hiv-1 rt)
1rex 3lzt 0.8 129 130 60 lysozyme (muramidase)
1rey 3lzt 0.8 129 130 60 lysozyme (muramidase)
1rez 3lzt 0.8 129 130 60 lysozyme (muramidase)
1rf7 1vdrA 1.7 146 161 33 dihydrofolate reductase (dhfr)
1rfa 1guaB 1.6 76 78 100 raf1 fragment (raf-rbd, c-raf-1)
1rfbA 1rfbA 0.0 119 119 100 Interferon gamma (bovine, recombinant)
1rfbB 1rfbA 1.2 119 119 100 Interferon gamma (bovine, recombinant)
1rfp 3lzt 0.7 129 129 100 lysozyme
1rfs 1rfs 0.0 127 127 100 rieske protein fragment (rieske iron-sulfur protein, ri
1rg7 1vdrA 1.9 147 160 32 dihydrofolate reductase (dhfr) biological_unit
1rga 9rnt 0.5 104 104 100 Ribonuclease t1 isozyme complex with 3'-guanylic acid a
1rgcA 9rnt 0.5 104 104 100 Ribonuclease t1 mutant with gln 25 replaced by lys (q25
1rgcB 9rnt 0.4 104 104 100 Ribonuclease t1 mutant with gln 25 replaced by lys (q25
1rgd 2nllB 2.4 67 71 42 Glucocorticoid receptor (DNA-binding domain, cys 440 -
1rgeA 1rgeA 0.0 96 96 100 ribonuclease
1rgeB 1rgeA 0.4 96 96 100 ribonuclease
1rgfA 1rgeA 0.1 96 96 100 ribonuclease
1rgfB 1rgeA 0.4 96 96 100 ribonuclease
1rggA 1rgeA 0.1 96 96 100 ribonuclease
1rggB 1rgeA 0.4 96 96 100 ribonuclease
1rghA 1rgeA 0.1 96 96 100 ribonuclease
1rghB 1rgeA 0.4 96 96 100 ribonuclease
1rgk 9rnt 0.2 104 104 99 Ribonuclease t=1= mutant with glu 46 replaced by gln (e
1rgl 9rnt 0.2 104 104 99 Ribonuclease t=1= mutant with glu 46 replaced by gln (e
1rgp 1tx4A 0.7 186 189 99 rhogap fragment (cdc42 gtpase-activating protein) biolo
1rgs 1rgs 0.0 264 264 100 camp dependent protein kinase fragment (ri(alpha)) Muta
1rh2A 1au1A 2.0 142 145 36 interferon-alpha 2b biological_unit
1rh2B 1au1A 1.9 135 137 35 interferon-alpha 2b biological_unit
1rh2C 1rh2F 0.6 119 122 100 interferon-alpha 2b biological_unit
1rh2D 1rh2F 0.5 120 131 100 interferon-alpha 2b biological_unit
1rh2E 1rh2F 0.4 120 132 100 interferon-alpha 2b biological_unit
1rh2F 1rh2F 0.0 120 120 100 interferon-alpha 2b biological_unit
1rh3 1vdrA 1.7 148 160 32 dihydrofolate reductase (dhfr) biological_unit
1rha 7rsa 0.6 124 124 100 Ribonuclease a (low humidity form
1rhb 7rsa 0.2 124 124 100 Ribonuclease a (low humidity form
1rhd 1rhs 0.6 291 293 99 Rhodanese
1rhgA 1bgc 1.0 145 145 81 Granulocyte-colony stimulating factor (r-hu-gcsf)
1rhgB 1bgc 1.1 144 144 82 Granulocyte-colony stimulating factor (r-hu-gcsf)
1rhgC 1bgc 0.9 145 145 81 Granulocyte-colony stimulating factor (r-hu-gcsf)
1rhi1 1pov1 1.7 224 273 45 human rhinovirus 3 coat protein biological_unit
1rhi2 1aym2 1.1 248 255 60 human rhinovirus 3 coat protein biological_unit
1rhi3 1aym3 0.9 231 236 54 human rhinovirus 3 coat protein biological_unit
1rhi4 4rhv4 0.4 40 43 96 human rhinovirus 3 coat protein biological_unit
1rhlA 9rnt 0.5 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
1rhoA 1rhoA 0.0 145 145 100 rho gdp-dissociation inhibitor 1 (rho guanine nucleotid
1rhoB 1rhoA 0.8 140 145 100 rho gdp-dissociation inhibitor 1 (rho guanine nucleotid
1rhoC 1rhoA 0.3 137 137 100 rho gdp-dissociation inhibitor 1 (rho guanine nucleotid
1rhpA 1tvxA 1.6 63 64 59 Platelet factor 4 (hpf4) (human recombinant)
1rhpB 1tvxA 1.2 63 64 59 Platelet factor 4 (hpf4) (human recombinant)
1rhpC 1tvxA 1.4 63 64 59 Platelet factor 4 (hpf4) (human recombinant)
1rhpD 1tvxA 1.5 63 64 59 Platelet factor 4 (hpf4) (human recombinant)
1rhs 1rhs 0.0 293 293 100 sulfur-substituted rhodanese biological_unit
1ribA 1xikA 0.4 340 340 99 Protein r2 of ribonucleotide reductase
1ribB 1xikA 0.6 340 340 99 Protein r2 of ribonucleotide reductase
1rie 1rie 0.0 127 127 100 rieske iron-sulfur protein fragment (ubiquinol-cytochro
1ril 2rn2 1.4 143 147 56 Ribonuclease h
1rinA 1led 1.4 176 180 42 Pea lectin complex with methyl-3,6-di-o- (alpha-d-manno
1rinB 2ltnB 0.4 47 47 100 Pea lectin complex with methyl-3,6-di-o- (alpha-d-manno
1rinC 1led 1.4 176 180 42 Pea lectin complex with methyl-3,6-di-o- (alpha-d-manno
1rinD 2ltnB 0.3 47 49 100 Pea lectin complex with methyl-3,6-di-o- (alpha-d-manno
1rip 1rip 0.0 81 81 100 Ribosomal protein s17 (NMR, 6 structures)
1ris 1ris 0.0 97 97 100 Ribosomal protein s6
1rkd 1rkd 0.0 306 306 100 ribokinase biological_unit
1rkm 1jevA 3.1 517 517 100 oligo-peptide binding protein (oppa)
1rkrA 1nwpA 0.7 128 129 62 azurin-i
1rkrB 1nwpA 0.7 128 129 62 azurin-i
1rkrC 1nwpA 0.7 128 129 62 azurin-i
1rkrD 1nwpA 0.7 128 129 62 azurin-i
1rl2A 1rl2A 0.0 136 136 100 ribosomal protein l2 Mutant biological_unit
1rl2B 1rl2A 0.8 135 137 100 ribosomal protein l2 Mutant biological_unit
1rl6A 1rl6A 0.0 164 164 100 ribosomal protein l6 biological_unit
1rlaA 1rlaA 0.0 314 314 100 arginase
1rlaB 1rlaA 0.1 314 314 100 arginase
1rlaC 1rlaA 0.1 314 314 100 arginase
1rlbA 1etb1 0.7 118 123 98 transthyretin (prealbumin) retinol binding protein
1rlbB 1etb1 0.7 118 120 98 transthyretin (prealbumin) retinol binding protein
1rlbC 1etb1 0.7 118 123 98 transthyretin (prealbumin) retinol binding protein
1rlbD 1etb1 0.7 118 120 98 transthyretin (prealbumin) retinol binding protein
1rlbE 1aqb 0.5 174 174 95 transthyretin (prealbumin) retinol binding protein
1rlbF 1aqb 0.6 174 174 95 transthyretin (prealbumin) retinol binding protein
1rlcL 1burA 0.8 433 441 93 Ribulose-1,5-bisphosphate carboxylaseOXYGENASE (RUBISCO
1rlcS 1rboC 0.6 123 123 76 Ribulose-1,5-bisphosphate carboxylaseOXYGENASE (RUBISCO
1rldA 1burA 1.2 439 441 91 Ribulose-1,5-bisphosphate carboxylaseOXYGENASE (RUBISCO
1rldB 1burA 1.2 439 441 91 Ribulose-1,5-bisphosphate carboxylaseOXYGENASE (RUBISCO
1rldS 1rboC 0.7 123 123 76 Ribulose-1,5-bisphosphate carboxylaseOXYGENASE (RUBISCO
1rldT 1rboC 0.7 123 123 76 Ribulose-1,5-bisphosphate carboxylaseOXYGENASE (RUBISCO
1rlf 1lxdA 3.2 72 90 45 rlf fragment (rlf-rbd)
1rlpC 1ckaA 1.9 54 56 41 C-src (sh3 domain) complexed with the proline-rich liga
1rlqC 1ckaA 1.6 54 56 41 C-src (sh3 domain) complexed with the proline-rich liga
1rlr 1rlr 0.0 737 737 100 ribonucleotide reductase protein r1 (ribonucleoside dip
1rls 9rnt 0.5 104 104 99 Ribonuclease t1 complexed with 3'-guanylic acid
1rlw 1rlw 0.0 126 126 100 phospholipase a2 fragment (calb domain) Mutant biologic
1rmd 1rmd 0.0 116 116 100 rag1 fragment (v(d)j recombination activating protein 1
1rmfH 1igtB 3.0 209 216 68 R6.5 murine monoclonal antibody fab fragment
1rmfL 8fabA 5.2 204 219 43 R6.5 murine monoclonal antibody fab fragment
1rmg 1rmg 0.0 422 422 100 rhamnogalacturonase a (rgase a)
1rmhA 2cpl 0.4 164 164 100 cyclophilin a ec 5.2.1.8; aapf peptide substrate
1rmhB 2cpl 0.4 164 164 100 cyclophilin a ec 5.2.1.8; aapf peptide substrate
1rmi 1au1A 2.0 155 160 47 Interferon-beta (remuifn-b)
1rml 1bfg 2.2 125 131 57 acidic fibroblast growth factor fragment (heparin-bindi
1rms 9rnt 0.8 102 105 67 Ribonuclease ms complexed with 3'-guanylic acid
1rmu1 1pov1 1.6 213 273 45 Rhinovirus 14 (HRV14) (mutant with cys 1 199 replaced b
1rmu2 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) (mutant with cys 1 199 replaced b
1rmu3 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) (mutant with cys 1 199 replaced b
1rmu4 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) (mutant with cys 1 199 replaced b
1rmvA 1rmvA 0.0 156 156 100 ribgrass mosaic virus coat protein ribgrass mosaic viru
1rn1A 9rnt 0.6 103 103 99 Ribonuclease t1 (gln 25 variant)
1rn1B 9rnt 0.5 103 103 99 Ribonuclease t1 (gln 25 variant)
1rn1C 9rnt 0.4 104 104 99 Ribonuclease t1 (gln 25 variant)
1rn4 9rnt 0.7 100 100 99 Ribonuclease t=1= mutant with histidine 92 replaced by
1rnbA 1b20A 0.5 107 109 97 Barnase (g specific endonuclease) complex with deoxy-di
1rnc 7rsa 0.2 124 124 100 Ribonuclease a complex with cytidylyl-2',5'-guanosine (
1rnd 7rsa 0.2 124 124 100 Ribonuclease a complex with deoxycytidylyl-3',5'-guanos
1rne 1smrA 1.0 300 329 70 Renin (activated, glycosylated, inhibited) complex with
1rnh 2rn2 0.9 150 151 98 Selenomethionyl ribonuclease h
1rnl 1a04A 0.8 200 200 100 nitrateNITRITE RESPONSE REGULATOR PROTEIN NARL fragment
1rnmE 7rsa 0.5 124 124 100 ribonuclease a (rnase a5'-CMP) cytidine-5'-monophosphat
1rnnE 7rsa 0.5 124 124 100 ribonuclease a (rnase a5'-CMP) cytidine-5'-monophosphat
1rno 7rsa 0.4 123 123 100 ribonuclease a (rnase a)
1rnq 7rsa 0.5 124 124 100 ribonuclease a (rnase a)
1rnrA 1xikA 0.4 340 340 99 Protein r2 of ribonucleotide reductase mutant with phe
1rnrB 1xikA 0.5 340 340 99 Protein r2 of ribonucleotide reductase mutant with phe
1rnt 9rnt 0.5 104 104 100 Ribonuclease t=1= isozyme-2'-guanylic acid complex
1rnu 7rsa 0.6 116 116 100 Ribonuclease s (ph 5.5)
1rnv 7rsa 0.7 116 116 100 Ribonuclease s (ph 4.75)
1rnw 7rsa 0.4 124 124 100 ribonuclease a (rnase a)
1rnx 7rsa 0.4 124 124 100 ribonuclease a
1rny 7rsa 0.4 124 124 100 ribonuclease a
1rnz 7rsa 0.4 124 124 100 ribonuclease a (rnase a)
1rob 7rsa 0.3 124 124 100 Ribonuclease a complexed with cytidylic acid
1rodA 1tvxA 3.3 48 72 53 chimeric protein of interleukin 8 and human melanoma gr
1rodB 1tvxA 3.3 48 72 53 chimeric protein of interleukin 8 and human melanoma gr
1roe 1awd 3.1 79 97 57 ferredoxin
1rof 1fxd 1.8 49 60 45 ferredoxin
1rom 1rom 0.0 399 399 100 cytochrome p450 (cytochrome p450nor, nitric oxide reduc
1ron 1ron 0.0 36 36 100 neuropeptide y (npy)
1roo 1roo 0.0 35 35 100 shk toxin (shktx)
1ropA 1nkd 0.6 56 56 99 Rop
1rot 1fkj 1.8 107 118 50 fkbp59-i (fkbp52 or hsp56)
1rou 1fkj 1.6 107 118 50 fkbp59-i (fkbp52 or hsp56)
1rp1 1bu8 1.3 414 441 66 pancreatic lipase related protein 1
1rpa 2hpaA 0.7 342 342 83 Prostatic acid phosphatase complexed with tartaric acid
1rpeL 1r69 0.6 63 63 100 434 repressor (amino-terminal domain) (residues 1 - 69)
1rpeR 1r69 0.6 63 63 100 434 repressor (amino-terminal domain) (residues 1 - 69)
1rpf 7rsa 0.5 124 124 100 Ribonuclease a complexed with cytidine-3'-monophosphate
1rpg 7rsa 0.2 124 124 100 Ribonuclease a complexed with deoxycytidyl-3',5'-deoxya
1rph 7rsa 0.4 124 124 100 Ribonuclease a
1rpjA 2dri 1.7 267 288 35 precursor of periplasmic sugar receptor (albp) biologic
1rpl 1bpyA 2.4 240 241 93 DNA polymerase beta (catalytic domain residues 85 - 335
1rpmA 2shpA 1.5 258 278 42 receptor protein tyrosine phosphatase mu fragment (d1)
1rpmB 2shpA 1.5 258 278 42 receptor protein tyrosine phosphatase mu fragment (d1)
1rpo 1nkd 0.1 59 61 100 Rop (cole1 repressor of primer) mutant with ala inserte
1rprA 1nkd 1.7 57 63 99 Rop (repressor of primer) (NMR, 10 structures)
1rprB 1nkd 1.5 57 63 99 Rop (repressor of primer) (NMR, 10 structures)
1rpt 2hpaA 0.8 342 342 83 Prostatic acid phosphatase complexed with vanadate
1rpxA 1rpxA 0.0 230 230 100 ribulose-phosphate 3-epimerase biological_unit
1rpxB 1rpxA 0.3 230 230 100 ribulose-phosphate 3-epimerase biological_unit
1rpxC 1rpxA 0.2 230 230 100 ribulose-phosphate 3-epimerase biological_unit
1rra 7rsa 0.9 123 124 67 ribonuclease (rnase a) Mutant biological_unit
1rrb 1guaB 1.8 76 76 99 raf proto-oncogene serineTHREONINE-PROTEIN kinase fragm
1rrf 1hurA 1.1 174 175 100 rat adp-ribosylation factor-1 (arf-)
1rrgA 1hurA 0.7 177 177 99 rat adp-ribosylation factor-1 (arf-1)
1rrgB 1hurA 0.7 176 177 100 rat adp-ribosylation factor-1 (arf-1)
1rro 2pvb 0.8 106 108 45 Rat oncomodulin
1rscA 1burA 0.3 464 467 82 Ribulose-1,5-bisphosphate carboxylaseOXYGENASE (RUBISCO
1rscM 1rboC 0.9 108 109 44 Ribulose-1,5-bisphosphate carboxylaseOXYGENASE (RUBISCO
1rse 1a6m 0.8 151 153 87 horse heart myoglobin Mutant
1rsm 7rsa 0.5 124 124 100 Lys-7-(dinitrophenylene)-Lys-41 cross-linked ribonuclea
1rsnA 1rgeA 0.2 96 96 99 ribonuclease sa
1rsnB 1rgeA 0.4 96 96 99 ribonuclease sa
1rss 1rss 0.0 140 140 100 ribosomal protein s7 Mutant
1rstB 2izk 0.8 106 123 100 streptavidin fragment strep-tag peptide
1rsuB 2izk 1.3 107 123 100 streptavidin fragment strep-tag ii peptide
1rsy 1rsy 0.0 135 135 100 Synaptotagmin i (first c2 domain) (calb)
1rt1A 1rthA 0.8 539 539 99 hiv-1 reverse transcriptase (hiv-1 rt)
1rt1B 1rthA 18.9 370 415 97 hiv-1 reverse transcriptase (hiv-1 rt)
1rt2A 1rthA 1.0 543 543 99 hiv-1 reverse transcriptase (hiv-1 rt)
1rt2B 1rthA 19.0 361 402 99 hiv-1 reverse transcriptase (hiv-1 rt)
1rt3A 1rthA 2.0 521 521 99 hiv-1 reverse transcriptase Mutant
1rt3B 1rthA 6.8 230 398 85 hiv-1 reverse transcriptase Mutant
1rtaE 7rsa 0.5 124 124 100 Ribonuclease a complex with thymidylic acid tetramer
1rtb 7rsa 0.5 124 124 100 Ribonuclease a (rnase a)
1rtc 1mrj 1.4 240 268 38 Ricin a chain
1rtdA 1rthA 3.5 541 554 98 reverse transcriptase fragment (hiv-1 rt) Mutant biolog
1rtdB 1rthA 6.9 248 414 67 reverse transcriptase fragment (hiv-1 rt) Mutant biolog
1rtdC 1rthA 3.7 541 554 98 reverse transcriptase fragment (hiv-1 rt) Mutant biolog
1rtdD 1rthA 5.4 227 414 66 reverse transcriptase fragment (hiv-1 rt) Mutant biolog
1rtfB 5ptp 1.7 217 242 40 two chain tissue plasminogen activator fragment ((tc)-t
1rtg 1gen 1.8 200 203 100 human gelatinase a fragment (human matrix metalloprotei
1rthA 1rthA 0.0 543 543 100 hiv-1 reverse transcriptase (hiv-1 rt)
1rthB 1rthA 1.1 134 420 100 hiv-1 reverse transcriptase (hiv-1 rt)
1rtiA 1rthA 0.9 543 543 100 hiv-1 reverse transcriptase (hiv-1 rt)
1rtiB 1rthA 19.1 370 413 99 hiv-1 reverse transcriptase (hiv-1 rt)
1rtjA 1rthA 1.1 543 543 100 hiv-1 reverse transcriptase (hiv-1 rt)
1rtjB 1rthA 18.8 374 426 98 hiv-1 reverse transcriptase (hiv-1 rt)
1rtm1 1rtm1 0.0 149 149 100 Mannose-binding protein a (clostripain fragment) (cl-mb
1rtm2 1rtm1 0.5 149 149 100 Mannose-binding protein a (clostripain fragment) (cl-mb
1rtm3 1rtm1 0.4 149 149 100 Mannose-binding protein a (clostripain fragment) (cl-mb
1rtnA 1b3aA 1.9 67 68 100 Rantes (regulated upon activation, normal t-cell expres
1rtnB 1b3aA 1.9 67 68 100 Rantes (regulated upon activation, normal t-cell expres
1rtoA 1b3aA 2.2 67 68 100 Rantes (regulated upon activation, normal t-cell expres
1rtoB 1b3aA 2.2 67 68 100 Rantes (regulated upon activation, normal t-cell expres
1rtp1 2pvb 0.8 106 109 55 Alpha-parvalbumin
1rtp2 2pvb 0.8 106 109 55 Alpha-parvalbumin
1rtp3 2pvb 0.8 106 109 55 Alpha-parvalbumin
1rtsA 1bkpA 1.7 254 280 39 thymidylate synthase biological_unit
1rtsB 1bkpA 1.7 257 283 39 thymidylate synthase biological_unit
1rtu 9rnt 1.7 100 114 31 ribonuclease u2
1ruc1 1pov1 1.5 213 273 45 rhinovirus 14 (hrv14) Mutant
1ruc2 1aym2 1.0 251 255 62 rhinovirus 14 (hrv14) Mutant
1ruc3 1aym3 0.9 230 236 53 rhinovirus 14 (hrv14) Mutant
1ruc4 4rhv4 0.0 40 40 100 rhinovirus 14 (hrv14) Mutant
1rud1 1pov1 1.6 213 273 45 rhinovirus 14 (hrv14) Mutant
1rud2 1aym2 1.0 251 255 62 rhinovirus 14 (hrv14) Mutant
1rud3 1aym3 0.9 230 236 53 rhinovirus 14 (hrv14) Mutant
1rud4 4rhv4 0.0 40 40 100 rhinovirus 14 (hrv14) Mutant
1rue1 1pov1 1.6 213 273 45 rhinovirus 14 (hrv14) Mutant
1rue2 1aym2 1.0 251 255 62 rhinovirus 14 (hrv14) Mutant
1rue3 1aym3 0.9 230 236 53 rhinovirus 14 (hrv14) Mutant
1rue4 4rhv4 0.0 40 40 100 rhinovirus 14 (hrv14) Mutant
1ruf1 1pov1 1.6 213 272 45 rhinovirus 14 (hrv14) Mutant
1ruf2 1aym2 1.0 251 255 62 rhinovirus 14 (hrv14) Mutant
1ruf3 1aym3 0.9 230 236 53 rhinovirus 14 (hrv14) Mutant
1ruf4 4rhv4 0.0 40 40 100 rhinovirus 14 (hrv14) Mutant
1rug1 1pov1 1.5 213 273 45 rhinovirus 14 (hrv14) Mutant
1rug2 1aym2 1.0 251 255 62 rhinovirus 14 (hrv14) Mutant
1rug3 1aym3 0.9 230 236 53 rhinovirus 14 (hrv14) Mutant
1rug4 4rhv4 0.0 40 40 100 rhinovirus 14 (hrv14) Mutant
1ruh1 1pov1 1.5 213 273 45 rhinovirus 14 (hrv14) Mutant
1ruh2 1aym2 1.0 251 255 62 rhinovirus 14 (hrv14) Mutant
1ruh3 1aym3 0.9 230 236 53 rhinovirus 14 (hrv14) Mutant
1ruh4 4rhv4 0.0 40 40 100 rhinovirus 14 (hrv14) Mutant
1rui1 1pov1 1.6 213 273 45 rhinovirus 14 (hrv14) Mutant
1rui2 1aym2 1.0 251 255 62 rhinovirus 14 (hrv14) Mutant
1rui3 1aym3 0.9 230 236 53 rhinovirus 14 (hrv14) Mutant
1rui4 4rhv4 0.0 40 40 100 rhinovirus 14 (hrv14) Mutant
1ruj1 1pov1 1.6 213 273 45 rhinovirus 14 (hrv14) Mutant
1ruj2 1aym2 1.0 251 255 62 rhinovirus 14 (hrv14) Mutant
1ruj3 1aym3 0.9 230 236 53 rhinovirus 14 (hrv14) Mutant
1ruj4 4rhv4 0.0 40 40 100 rhinovirus 14 (hrv14) Mutant
1runA 2cgpC 1.2 198 201 97 DNA (5'-d(GpCpGpApApApApApTpGpTpGpApT)-3') DNA (5'-d(Cp
1runB 2cgpC 1.2 197 197 97 DNA (5'-d(GpCpGpApApApApApTpGpTpGpApT)-3') DNA (5'-d(Cp
1ruoA 2cgpC 1.2 198 198 96 DNA (5'-d(GpCpGpApApApApApTpGpTpGpApT)-3') DNA (5'-d(Cp
1ruoB 2cgpC 1.1 198 201 96 DNA (5'-d(GpCpGpApApApApApTpGpTpGpApT)-3') DNA (5'-d(Cp
1rusA 1burA 2.4 401 437 29 Rubisco (ribulose-1,5-bisphosphate carboxylase/oxygenas
1rusB 1burA 2.2 401 435 29 Rubisco (ribulose-1,5-bisphosphate carboxylase/oxygenas
1ruv 7rsa 0.2 124 124 100 ribonuclease a
1rv5A 1rvaA 0.3 240 240 100 ecorv endonuclease DNA
1rv5B 1rvaA 0.4 227 227 100 ecorv endonuclease DNA
1rvaA 1rvaA 0.0 244 244 100 Eco rv endonuclease complexed with substrate DNA
1rvaB 1rvaA 0.6 243 244 98 Eco rv endonuclease complexed with substrate DNA
1rvbA 1rvaA 0.2 244 244 100 Eco rv endonuclease complexed with substrate DNA and ma
1rvbB 1rvaA 0.7 243 244 98 Eco rv endonuclease complexed with substrate DNA and ma
1rvcA 1rvaA 0.2 244 244 100 Eco rv endonuclease complexed with product DNA and magn
1rvcB 1rvaA 0.7 243 244 98 Eco rv endonuclease complexed with product DNA and magn
1rveA 1rvaA 1.8 243 244 98 Eco rv endonuclease
1rveB 1rvaA 1.9 243 244 100 Eco rv endonuclease
1rvf1 1pov1 1.7 223 273 44 human rhinovirus 14 coat protein fab 17-ia
1rvf2 1aym2 1.0 251 255 62 human rhinovirus 14 coat protein fab 17-ia
1rvf3 1aym3 1.0 236 236 52 human rhinovirus 14 coat protein fab 17-ia
1rvf4 4rhv4 0.6 40 40 100 human rhinovirus 14 coat protein fab 17-ia
1rvfH 1mfa 1.3 115 119 66 human rhinovirus 14 coat protein fab 17-ia
1rvfL 8fabA 1.6 103 110 49 human rhinovirus 14 coat protein fab 17-ia
1rvv1 1rvv1 0.0 154 154 100 riboflavin synthase
1rvv2 1rvv1 0.1 154 154 100 riboflavin synthase
1rvv3 1rvv1 0.1 154 154 100 riboflavin synthase
1rvv4 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvA 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvB 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvC 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvD 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvE 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvF 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvG 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvH 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvI 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvJ 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvK 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvL 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvM 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvN 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvO 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvP 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvQ 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvR 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvS 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvT 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvU 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvV 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvW 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvX 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvY 1rvv1 0.1 154 154 100 riboflavin synthase
1rvvZ 1rvv1 0.1 154 154 100 riboflavin synthase
1rvwA 1abwA 0.6 141 141 98 hemoglobin (r hb (alpha 96 val -> trp)) Mutant biologic
1rvwB 1abwA 1.5 138 146 43 hemoglobin (r hb (alpha 96 val -> trp)) Mutant biologic
1rx1 1vdrA 1.6 148 159 32 dihydrofolate reductase (dhfr)
1rx2 1vdrA 1.7 148 160 32 dihydrofolate reductase (dhfr)
1rx3 1vdrA 1.6 148 160 32 dihydrofolate reductase (dhfr)
1rx4 1vdrA 1.7 146 160 33 dihydrofolate reductase (dhfr)
1rx5 1vdrA 1.7 146 160 33 dihydrofolate reductase (dhfr)
1rx6 1vdrA 1.7 146 160 33 dihydrofolate reductase (dhfr)
1rx7 1vdrA 1.8 147 160 32 dihydrofolate reductase (dhfr)
1rx8 1vdrA 1.6 147 160 32 dihydrofolate reductase (dhfr)
1rx9 1vdrA 1.6 148 159 32 dihydrofolate reductase (dhfr) biological_unit
1rxoB 1burA 0.7 448 455 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rxoC 1rboC 0.7 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rxoE 1burA 0.7 448 455 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rxoF 1rboC 0.7 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rxoH 1burA 0.7 448 455 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rxoI 1rboC 0.7 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rxoL 1burA 0.7 448 455 99 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rxoS 1rboC 0.7 123 123 100 ribulose bisphosphate carboxylaseOXYGENASE (rubisco)
1rxr 2nllB 2.0 81 83 43 retinoic acid receptor-alpha fragment (rxr-alpha) Mutan
1ryc 1ryc 0.0 291 291 100 cytochrome c peroxidase Mutant
1ryt 1ryt 0.0 190 190 100 rubrerythrin biological_unit
1rza 2cba 0.1 258 258 100 Carbonic anhydrase ii with zinc replaced by cobalt(ii)
1rzb 2cba 0.1 258 258 100 Carbonic anhydrase ii with zinc replaced by by cobalt(i
1rzc 2cba 0.1 258 258 100 Carbonic anhydrase ii with zinc replaced by copper(ii)
1rzd 2cba 0.1 258 258 100 Carbonic anhydrase ii with zinc replaced by manganese(i
1rze 2cba 0.1 258 258 100 Carbonic anhydrase ii with zinc replaced by nickel(ii)
1rzl 1rzl 0.0 91 91 100 nonspecific lipid transfer protein fragment
1s01 1gci 0.8 266 275 60 Subtilisin BPN' 8350 (mutant with met 50 replaced by ph
1s02 1gci 0.8 266 275 61 Subtilisn bpn' (mutant with gln 19 replaced by glu, gln
1sacA 1sacA 0.0 204 204 100 Serum amyloid p component (sap)
1sacB 1sacA 0.2 204 204 100 Serum amyloid p component (sap)
1sacC 1sacA 0.2 204 204 100 Serum amyloid p component (sap)
1sacD 1sacA 0.2 204 204 100 Serum amyloid p component (sap)
1sacE 1sacA 0.2 204 204 100 Serum amyloid p component (sap)
1saeA 1olgA 1.5 42 42 100 tumor suppressor p53
1saeB 1olgA 1.5 42 42 100 tumor suppressor p53
1saeC 1olgA 1.5 42 42 100 tumor suppressor p53
1saeD 1olgA 1.5 42 42 100 tumor suppressor p53
1safA 1olgA 1.6 42 42 100 tumor suppressor p53
1safB 1olgA 1.6 42 42 100 tumor suppressor p53
1safC 1olgA 1.6 42 42 100 tumor suppressor p53
1safD 1olgA 1.6 42 42 100 tumor suppressor p53
1sagA 1olgA 2.0 41 42 100 tumor suppressor p53
1sagB 1olgA 1.9 41 42 100 tumor suppressor p53
1sagC 1olgA 2.0 41 42 100 tumor suppressor p53
1sagD 1olgA 2.0 41 42 100 tumor suppressor p53
1sahA 1olgA 1.8 42 42 100 tumor suppressor p53
1sahB 1olgA 1.8 42 42 100 tumor suppressor p53
1sahC 1olgA 1.8 42 42 100 tumor suppressor p53
1sahD 1olgA 1.8 42 42 100 tumor suppressor p53
1saiA 1olgA 2.0 39 42 100 tumor suppressor p53
1saiB 1olgA 2.4 40 42 100 tumor suppressor p53
1saiC 1olgA 2.4 40 42 100 tumor suppressor p53
1saiD 1olgA 2.4 40 42 100 tumor suppressor p53
1sajA 1olgA 1.5 42 42 100 tumor suppressor p53
1sajB 1olgA 1.5 42 42 100 tumor suppressor p53
1sajC 1olgA 1.5 42 42 100 tumor suppressor p53
1sajD 1olgA 1.5 42 42 100 tumor suppressor p53
1sakA 1olgA 1.3 42 42 100 tumor suppressor p53
1sakB 1olgA 1.3 42 42 100 tumor suppressor p53
1sakC 1olgA 1.3 42 42 100 tumor suppressor p53
1sakD 1olgA 1.3 42 42 100 tumor suppressor p53
1salA 1olgA 1.2 42 42 100 tumor suppressor p53
1salB 1olgA 1.2 42 42 100 tumor suppressor p53
1salC 1olgA 1.2 42 42 100 tumor suppressor p53
1salD 1olgA 1.2 42 42 100 tumor suppressor p53
1san 2hddA 1.0 53 62 50 Antennapedia protein (homeodomain) mutant with cys 39 r
1sap 1azpA 1.8 61 66 100 sac7d (7 kd hyperthermophile DNA-binding protein)
1sarA 1rgeA 0.2 96 96 99 Ribonuclease sa
1sarB 1rgeA 0.4 96 96 99 Ribonuclease sa
1sat 1sat 0.0 468 468 100 Molecule (serralysin, major metallo protease from serra
1sav 1avc 2.1 311 316 56 annexin v Mutant biological_unit
1sbbA 1bec 0.9 238 238 100 14.3.D t cell antigen receptor fragment Mutant biologic
1sbbB 3seb 1.5 233 239 100 14.3.D t cell antigen receptor fragment Mutant biologic
1sbbC 1bec 0.8 238 238 100 14.3.D t cell antigen receptor fragment Mutant biologic
1sbbD 3seb 1.1 230 235 100 14.3.D t cell antigen receptor fragment Mutant biologic
1sbc 1gci 1.0 265 274 61 Subtilisin carlsberg (subtilopeptidase A)
1sbd 1led 1.5 225 232 48 soybean agglutinin biological_unit
1sbe 1led 1.5 224 231 48 soybean agglutinin biological_unit
1sbf 1led 1.5 227 234 48 soybean agglutinin biological_unit
1sbgA 1fmb 1.7 98 99 33 Hiv-1 protease complexed with the inhibitor sb203386
1sbgB 1fmb 1.8 98 99 33 Hiv-1 protease complexed with the inhibitor sb203386
1sbh 1gci 0.8 266 275 60 subtilisin 8397+1 (subtilisin) Mutant
1sbi 1gci 0.8 266 275 60 subtilisin 8397 (subtilisin) Mutant
1sbnE 1gci 0.9 266 275 61 Subtilisin novo bpn' complex with eglin c mutant with l
1sbnI 1egpA 2.9 35 63 100 Subtilisin novo bpn' complex with eglin c mutant with l
1sbp 1sbp 0.0 309 309 100 Sulfate-binding protein
1sbsH 1igtB 4.3 203 222 75 monoclonal antibody 3a2 fragment
1sbsL 8fabA 7.5 173 220 44 monoclonal antibody 3a2 fragment
1sbt 1gci 1.1 266 275 60 Subtilisin BPN*
1sca 1gci 0.9 265 274 61 Subtilisin carlsberg (aqueous form)
1scb 1gci 1.0 265 274 61 Subtilisin carlsberg (acetonitrile soaked crystals)
1scd 1gci 0.9 265 274 61 Subtilisin carlsberg
1sceA 1puc 1.9 97 97 100 suc1
1sceB 1puc 1.4 97 97 100 suc1
1sceC 1puc 1.9 97 111 100 suc1
1sceD 1puc 1.4 97 103 100 suc1
1schA 1bgp 1.6 286 294 44 peanut peroxidase, major cationic isozyme (pnp)
1schB 1bgp 1.6 286 294 44 peanut peroxidase, major cationic isozyme (pnp)
1scjA 1gci 0.8 269 275 60 subtilisin e (serine protease) Mutant
1scjB 1scjB 0.0 71 71 100 subtilisin e (serine protease) Mutant
1scmA 1wdcA 0.3 60 60 100 Myosin (regulatory domain)
1scmB 1wdcB 0.5 138 138 100 Myosin (regulatory domain)
1scmC 1wdcC 0.9 148 149 93 Myosin (regulatory domain)
1scnE 1gci 1.0 265 274 61 Subtilisin carlsberg complexed with n-(tert-butoxycarbo
1sco 1sco 0.0 38 38 100 scorpion toxin osk1 (lenatoxin)
1scr 1nls 0.3 237 237 100 Concanavalin a (nickel substituted for manganese)
1scs 1nls 0.3 237 237 100 Concanavalin a (cobalt substituted for manganese)
1sctA 3sdhA 0.7 144 149 53 hemoglobin
1sctB 3sdhA 0.7 144 150 55 hemoglobin
1sctC 3sdhA 0.8 144 149 53 hemoglobin
1sctD 3sdhA 0.7 144 150 55 hemoglobin
1sctE 3sdhA 0.7 144 149 53 hemoglobin
1sctF 3sdhA 0.7 144 150 55 hemoglobin
1sctG 3sdhA 0.7 144 149 53 hemoglobin
1sctH 3sdhA 0.8 144 150 55 hemoglobin
1scuA 1scuA 0.0 288 288 100 Succinyl-coa synthetase (succinate-coa ligase) (adp-for
1scuB 1scuB 0.0 388 388 100 Succinyl-coa synthetase (succinate-coa ligase) (adp-for
1scuD 1scuA 0.4 288 288 100 Succinyl-coa synthetase (succinate-coa ligase) (adp-for
1scuE 1scuB 0.4 388 388 100 Succinyl-coa synthetase (succinate-coa ligase) (adp-for
1scy 1pnh 1.5 31 31 88 Scyllatoxin (leiurotoxin i) (NMR, 25 structures)
1sdaB 1mfmA 1.0 149 151 80 Cu,Zn superoxide dismutase nitrated at tyr 108
1sdaG 1mfmA 1.0 149 151 80 Cu,Zn superoxide dismutase nitrated at tyr 108
1sdaO 1mfmA 1.1 149 151 80 Cu,Zn superoxide dismutase nitrated at tyr 108
1sdaY 1mfmA 1.0 149 151 80 Cu,Zn superoxide dismutase nitrated at tyr 108
1sdf 1a15A 2.5 66 67 90 stromal cell-derived factor-1 (sdf) biological_unit
1sdkA 1abwA 0.7 141 141 99 hemoglobin a
1sdkB 1abwA 1.5 138 146 43 hemoglobin a
1sdkC 1abwA 0.7 141 141 99 hemoglobin a
1sdkD 1abwA 1.4 138 146 43 hemoglobin a
1sdlA 1abwA 0.7 138 141 99 hemoglobin a
1sdlB 1abwA 1.6 139 146 43 hemoglobin a
1sdlC 1abwA 0.7 141 141 99 hemoglobin a
1sdlD 1abwA 1.4 138 146 43 hemoglobin a
1sdyA 1mfmA 1.0 150 153 55 Cu,Zn superoxide dismutase
1sdyB 1mfmA 1.1 150 153 55 Cu,Zn superoxide dismutase
1sdyC 1mfmA 1.1 150 153 55 Cu,Zn superoxide dismutase
1sdyD 1mfmA 1.1 150 153 55 Cu,Zn superoxide dismutase
1se2 3seb 1.1 210 235 68 staphylococcal enterotoxin c2 (sec2)
1se3 3seb 0.9 211 239 100 staphylococcal enterotoxin b (seb) biological_unit
1se4 3seb 1.5 233 239 100 staphylococcal enterotoxin b (seb)
1sebA 1iakA 0.9 179 181 56 hla class ii histocompatibility antigen fragment (hla-d
1sebB 1iakB 1.7 107 192 63 hla class ii histocompatibility antigen fragment (hla-d
1sebD 3seb 1.1 195 206 100 hla class ii histocompatibility antigen fragment (hla-d
1sebE 1iakA 0.8 179 181 56 hla class ii histocompatibility antigen fragment (hla-d
1sebF 1iakB 1.4 104 192 63 hla class ii histocompatibility antigen fragment (hla-d
1sebH 3seb 1.1 195 206 100 hla class ii histocompatibility antigen fragment (hla-d
1seiA 1seiA 0.0 130 130 100 ribosomal protein s8
1seiB 1seiA 0.3 130 130 100 ribosomal protein s8
1sek 1sek 0.0 376 376 100 serpin k biological_unit
1selA 1gci 0.9 265 274 61 Selenosubtilisin (chemically engineered mutant with ser
1selB 1gci 1.0 265 274 61 Selenosubtilisin (chemically engineered mutant with ser
1semA 1ckaA 0.8 55 58 37 sem-5 (grb2 (mammalian homologue), drk (drosophila homo
1semB 1ckaA 0.9 55 57 37 sem-5 (grb2 (mammalian homologue), drk (drosophila homo
1sep 1oaa 0.2 259 259 100 sepiapterin reductase
1serA 1sesA 0.8 372 372 100 Seryl-trna synthetase complexed with trna-ser 2 (gga an
1serB 1sesA 2.8 421 421 100 Seryl-trna synthetase complexed with trna-ser 2 (gga an
1sesA 1sesA 0.0 421 421 100 Seryl-trna synthetase (serine-trna ligase) complexed wi
1sesB 1sesA 1.8 421 421 100 Seryl-trna synthetase (serine-trna ligase) complexed wi
1setA 1sesA 0.6 421 421 100 Seryl-trna synthetase (serine-trna ligase) complexed wi
1setB 1sesA 1.8 421 421 100 Seryl-trna synthetase (serine-trna ligase) complexed wi
1sfcA 1sfcA 0.0 69 69 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcB 1sfcB 0.0 72 72 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcC 1sfcC 0.0 77 77 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcD 1sfcD 0.0 74 74 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcE 1sfcE 0.0 69 69 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcF 1sfcB 0.8 71 73 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcG 1sfcC 0.8 72 72 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcH 1sfcD 0.7 71 72 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcI 1sfcA 0.5 68 69 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcJ 1sfcB 0.8 72 74 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcK 1sfcC 0.5 73 73 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfcL 1sfcD 0.5 72 73 100 synaptobrevin 2 fragment (vamp 2) syntaxin 1a fragment
1sfe 1sfe 0.0 165 165 100 ada o6-methylguanine-DNA methyltransferase fragment
1sfp 1sfp 0.0 111 111 100 asfp (acidic seminal protein)
1sftA 1bd0A 0.3 381 382 100 alanine racemase
1sftB 1bd0A 0.4 380 380 100 alanine racemase
1sfv 1poa 2.6 117 124 51 phospholipase a2 (pla2, phosphatidylcholine 2-acylhydro
1sfw 1poa 2.4 117 124 51 phospholipase a2 (pla2, phosphatidylcholine 2-acylhydro
1sgc 2sga 0.1 181 181 100 Proteinase A complex with chymostatin
1sgfA 5ptp 2.1 189 203 39 nerve growth factor (7s ngf) biological_unit
1sgfB 1bndA 2.1 104 109 57 nerve growth factor (7s ngf) biological_unit
1sgfG 5ptp 1.2 210 232 43 nerve growth factor (7s ngf) biological_unit
1sgfX 5ptp 2.2 184 202 39 nerve growth factor (7s ngf) biological_unit
1sgfY 1bndA 1.6 104 111 57 nerve growth factor (7s ngf) biological_unit
1sgfZ 5ptp 1.3 189 232 42 nerve growth factor (7s ngf) biological_unit
1sgk 1ddt 0.3 523 523 100 diphtheria toxin (dimeric) (dt) biological_unit
1sgpE 2sga 1.0 176 185 64 streptomyces griseus proteinase b (sgpb) turkey ovomuco
1sgpI 2ovo 0.4 51 51 99 streptomyces griseus proteinase b (sgpb) turkey ovomuco
1sgqE 2sga 1.0 176 185 64 streptomyces griseus proteinase b turkey ovomucoid inhi
1sgqI 2ovo 0.4 51 51 99 streptomyces griseus proteinase b turkey ovomucoid inhi
1sgrE 2sga 1.0 176 185 64 streptomyces griseus proteinase b turkey ovomucoid inhi
1sgrI 2ovo 0.4 51 51 99 streptomyces griseus proteinase b turkey ovomucoid inhi
1sgt 5ptp 1.6 205 223 34 Trypsin (SGT)
1sh1 1sh1 0.0 48 48 100 Neurotoxin i (sh i) (NMR, minimized average structure)
1shaA 1lkkA 1.2 103 103 52 V-src tyrosine kinase transforming protein (phosphotyro
1shbA 1lkkA 1.2 103 103 52 V-src tyrosine kinase transforming protein (phosphotyro
1shcA 1shcA 0.0 195 195 100 shc fragment trka receptor phosphopeptide
1shdA 1lkkA 1.1 99 101 51 C-src (sh2 domain) complexed with pentapeptide acetyl-y
1shfA 1bbzA 1.5 56 59 47 Fyn proto-oncogene tyrosine kinase (sh3 domain)
1shfB 1ckaA 1.4 56 59 36 Fyn proto-oncogene tyrosine kinase (sh3 domain)
1shg 1ckaA 1.1 55 57 35 Alpha spectrin (sh3 domain)
1shi 1sh1 3.2 42 48 100 Neurotoxin i (shi) (NMR, 20 structures)
1shkA 1shkA 0.0 158 158 100 shikimate kinase biological_unit
1shkB 1shkA 0.9 157 159 100 shikimate kinase biological_unit
1shp 1bpi 1.2 54 55 36 Trypsin inhibitor (NMR, 20 structures)
1sibE 1gci 0.8 266 275 61 Subtilisin novo (bpn') complex with eglin c mutant with
1sibI 1egpA 2.9 35 63 98 Subtilisin novo (bpn') complex with eglin c mutant with
1sidA 1vpsA 1.3 276 366 100 polyomavirus coat protein vp1
1sidB 1vpsA 1.4 276 367 100 polyomavirus coat protein vp1
1sidC 1vpsA 1.3 276 357 100 polyomavirus coat protein vp1
1sidD 1vpsA 1.5 276 340 100 polyomavirus coat protein vp1
1sidE 1vpsA 1.4 276 367 100 polyomavirus coat protein vp1
1sidF 1vpsA 1.4 276 354 100 polyomavirus coat protein vp1
1sieA 1vpsA 1.3 276 366 100 polyomavirus coat protein vp1
1sieB 1vpsA 1.5 276 367 100 polyomavirus coat protein vp1
1sieC 1vpsA 1.3 276 357 100 polyomavirus coat protein vp1
1sieD 1vpsA 1.5 276 340 100 polyomavirus coat protein vp1
1sieE 1vpsA 1.4 276 367 100 polyomavirus coat protein vp1
1sieF 1vpsA 1.4 276 354 100 polyomavirus coat protein vp1
1sig 1sig 0.0 305 305 100 RNA polymerase primary sigma factor fragment (sigma70)
1sip 1fmb 1.6 98 99 36 Simian immunodeficiency virus (siv) proteinase (siv mac
1sis 1sis 0.0 35 35 100 Scorpion insectotoxin i5a (NMR, 10 structures)
1sivA 1fmb 1.5 98 99 38 Simian immunodeficiency virus (siv) protease complex wi
1sivB 1fmb 1.6 98 99 38 Simian immunodeficiency virus (siv) protease complex wi
1sjs 1iso 2.4 413 415 98 isocitrate dehydrogenase biological_unit
1sju 1zeiA 2.0 44 50 94 proinsulin Mutant
1skj 1fmk 0.6 102 102 97 pp60 v-src tyrosine kinase transforming protein fragmen
1sknP 1sknP 0.0 74 74 100 transcription factor skn-1 fragment DNA
1skt 1ncx 1.7 89 90 100 troponin-c fragment (ntnc apo) biological_unit
1skyB 1skyB 0.0 479 479 100 f1-atpase (f1-atp synthase)
1skyE 1skyE 0.0 470 470 100 f1-atpase (f1-atp synthase)
1skz 1skz 0.0 104 104 100 antistasin (factor xa inhibitor) Mutant
1slaA 1sltA 0.5 133 134 100 Galectin-1 (s-lectin) complexed with a biantennary octa
1slaB 1sltA 0.4 133 134 100 Galectin-1 (s-lectin) complexed with a biantennary octa
1slbA 1sltA 0.6 133 134 100 Galectin-1 (s-lectin) complexed with a biantennary octa
1slbB 1sltA 0.4 133 134 100 Galectin-1 (s-lectin) complexed with a biantennary octa
1slbC 1sltA 0.4 133 134 100 Galectin-1 (s-lectin) complexed with a biantennary octa
1slbD 1sltA 0.6 133 134 100 Galectin-1 (s-lectin) complexed with a biantennary octa
1slcA 1sltA 0.5 133 134 100 Galectin-1 (s-lectin) complexed with a biantennary octa
1slcB 1sltA 0.7 133 134 100 Galectin-1 (s-lectin) complexed with a biantennary octa
1slcC 1sltA 0.5 133 133 100 Galectin-1 (s-lectin) complexed with a biantennary octa
1slcD 1sltA 0.6 133 134 100 Galectin-1 (s-lectin) complexed with a biantennary octa
1sldB 2izk 1.1 108 121 100 streptavidin cyclo-ac-chpqfc-nh2
1sleB 2izk 1.2 108 121 100 streptavidin ac-chpqgppc-nh2
1sleD 2izk 0.8 107 121 100 streptavidin ac-chpqgppc-nh2
1slfB 2izk 0.6 111 123 100 streptavidin
1slfD 2izk 0.5 111 121 100 streptavidin
1slgB 2izk 1.1 108 123 100 streptavidin fchpqnt
1slgD 2izk 1.1 108 121 100 streptavidin fchpqnt
1sli 2sli 0.3 678 679 100 intramolecular trans-sialidase fragment
1sll 2sli 0.2 678 679 100 sialidase l fragment
1slm 1hfc 0.8 157 226 61 stromelysin-1 fragment (matrix metalloproteinase-3, pro
1sln 1hfc 0.8 157 168 61 stromelysin-1 fragment (matrix metalloproteinase-3, pro
1sltA 1sltA 0.0 133 133 100 S-lectin (a vertebrate 14 kda beta-galactoside binding
1sltB 1sltA 0.5 132 132 100 S-lectin (a vertebrate 14 kda beta-galactoside binding
1sluA 1sluA 0.0 131 131 100 ecotin (trypsin inhibitor) Mutant anionic trypsin Mutan
1sluB 5ptp 0.7 203 216 74 ecotin (trypsin inhibitor) Mutant anionic trypsin Mutan
1slvA 1sluA 0.4 130 130 100 ecotin (trypsin inhibitor) Mutant anionic trypsin Mutan
1slvB 5ptp 0.5 213 215 73 ecotin (trypsin inhibitor) Mutant anionic trypsin Mutan
1slwA 1sluA 0.4 130 130 100 ecotin (trypsin inhibitor) Mutant anionic trypsin Mutan
1slwB 5ptp 0.5 213 215 73 ecotin (trypsin inhibitor) Mutant anionic trypsin Mutan
1slxA 1sluA 0.4 131 131 100 ecotin (trypsin inhibitor) Mutant anionic trypsin Mutan
1slxB 5ptp 0.9 215 219 72 ecotin (trypsin inhibitor) Mutant anionic trypsin Mutan
1sly 1sly 0.0 618 618 100 70-kda soluble lytic transglycosylase (slt70, exomurami
1sm3H 1igtB 3.0 205 211 77 sm3 antibody fragment peptide epitope
1sm3L 8fabA 2.2 206 210 57 sm3 antibody fragment peptide epitope
1smd 1smd 0.0 496 496 100 amylase
1smeA 1smrA 1.9 299 329 34 plasmepsin ii
1smeB 1smrA 1.9 299 329 34 plasmepsin ii
1smfE 5ptp 0.3 221 223 99 Trypsin complexed with bowman-birk inhibitor
1smg 1ncx 2.5 88 90 99 troponin c fragment (tnc) Mutant biological_unit
1smnA 1smnA 0.0 241 241 100 extracellular endonuclease
1smnB 1smnA 0.1 241 241 100 extracellular endonuclease
1smpA 1sat 0.6 468 468 99 serratia metallo proteinase erwinia chrysanthemi inhibi
1smpI 1smpI 0.0 100 100 100 serratia metallo proteinase erwinia chrysanthemi inhibi
1smrA 1smrA 0.0 331 331 100 Renin complex with the inhibitor ch-66
1smtA 1smtA 0.0 98 98 100 transcriptional repressor smtb biological_unit
1smtB 1smtA 0.2 97 101 100 transcriptional repressor smtb biological_unit
1smvA 1smvA 0.0 196 196 100 sesbania mosaic virus coat protein
1smvB 1smvA 0.5 196 196 100 sesbania mosaic virus coat protein
1smvC 1smvA 0.6 196 222 100 sesbania mosaic virus coat protein
1snb 1aho 0.8 64 64 60 neurotoxin bmk m8 (scorpion neurotoxin bmk m8, toxin bm
1snc 1snc 0.0 135 135 100 Staphylococcal nuclease complex with a calcium ion and
1sndA 1snc 1.5 110 129 96 staphylococcal nuclease dimer Mutant
1sndB 1snc 1.8 110 129 96 staphylococcal nuclease dimer Mutant
1snm 1snc 0.9 135 135 99 Staphylococcal nuclease mutant (glu 43 replaced by asp)
1sno 1snc 0.7 135 136 99 staphylococcal nuclease (micrococcal nuclease)
1snp 1snc 0.6 129 130 98 staphylococcal nuclease (micrococcal nuclease) Mutant
1snq 1snc 0.6 129 130 98 staphylococcal nuclease (micrococcal nuclease) Mutant
1son 1adeA 1.7 428 431 99 adenylosuccinate synthetase biological_unit
1soo 1adeA 1.9 429 431 99 adenylosuccinate synthetase biological_unit
1sosA 1mfmA 1.0 150 153 98 Superoxide dismutase mutant with cys 6 replaced by ala
1sosB 1mfmA 1.0 150 153 97 Superoxide dismutase mutant with cys 6 replaced by ala
1sosC 1mfmA 1.0 150 153 98 Superoxide dismutase mutant with cys 6 replaced by ala
1sosD 1mfmA 1.0 150 153 98 Superoxide dismutase mutant with cys 6 replaced by ala
1sosE 1mfmA 0.9 150 153 98 Superoxide dismutase mutant with cys 6 replaced by ala
1sosF 1mfmA 1.0 150 153 97 Superoxide dismutase mutant with cys 6 replaced by ala
1sosG 1mfmA 1.0 150 153 98 Superoxide dismutase mutant with cys 6 replaced by ala
1sosH 1mfmA 1.0 150 153 97 Superoxide dismutase mutant with cys 6 replaced by ala
1sosI 1mfmA 1.0 150 153 97 Superoxide dismutase mutant with cys 6 replaced by ala
1sosJ 1mfmA 0.9 150 153 98 Superoxide dismutase mutant with cys 6 replaced by ala
1soxA 1soxA 0.0 463 463 100 sulfite oxidase biological_unit
1soxB 1soxA 0.7 458 458 100 sulfite oxidase biological_unit
1sp2 1sp2 0.0 31 31 100 sp1f2 fragment (transcription factor sp1)
1spa 1ajsA 1.3 396 396 39 Aspartate aminotransferase mutant with asp 222 replaced
1spbP 1scjB 1.1 71 71 88 subtilisin bpn' prosegment (subtilisin bpn' propeptide)
1spbS 1gci 1.0 254 264 57 subtilisin bpn' prosegment (subtilisin bpn' propeptide)
1spdA 1mfmA 1.2 150 153 97 Superoxide dismutase
1spdB 1mfmA 1.2 150 153 97 Superoxide dismutase
1spe 1a6m 0.4 151 153 100 myoglobin
1spf 1spf 0.0 35 35 100 Pulmonary surfactant-associated polypeptide c(sp-c) (NM
1spgA 1abwA 0.9 137 142 47 hemoglobin (spot hemoglobin, spothbco)
1spgB 1cg5B 1.8 135 146 31 hemoglobin (spot hemoglobin, spothbco)
1sphA 1ptf 0.7 86 87 58 Phosphocarrier protein (hpr, histidine-containing prote
1sphB 1ptf 0.7 86 87 58 Phosphocarrier protein (hpr, histidine-containing prote
1spiA 1frpA 1.6 302 333 45 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1spiB 1frpA 1.6 303 328 45 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1spiC 1frpA 1.5 302 328 46 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1spiD 1frpA 1.5 303 328 45 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
1sppA 1sfp 0.9 107 109 50 major seminal plasma glycoprotein psp-i major seminal p
1sppB 1sfp 1.4 106 112 37 major seminal plasma glycoprotein psp-i major seminal p
1sprA 1lkkA 1.2 103 103 52 Src-sh2 (src homology (sh2) domain) (peptide free form)
1sprB 1lkkA 1.3 103 104 52 Src-sh2 (src homology (sh2) domain) (peptide free form)
1sprC 1lkkA 1.3 103 103 52 Src-sh2 (src homology (sh2) domain) (peptide free form)
1sprD 1lkkA 1.5 103 103 52 Src-sh2 (src homology (sh2) domain) (peptide free form)
1spsA 1lkkA 1.2 103 103 52 Src-sh2 (src homology (sh2) domain) complexed with pept
1spsB 1lkkA 1.1 103 103 52 Src-sh2 (src homology (sh2) domain) complexed with pept
1spsC 1lkkA 1.3 103 103 52 Src-sh2 (src homology (sh2) domain) complexed with pept
1spuA 1oacA 0.4 717 718 100 copper amine oxidase biological_unit
1spuB 1oacA 0.7 717 720 100 copper amine oxidase biological_unit
1spy 1ncx 1.8 82 89 68 troponin c fragment (cntnc)
1spzZ 1fc2C 1.7 41 58 89 staphylococcal protein a Mutant
1sqc 2sqcA 0.5 618 619 99 squalene-hopene cyclase biological_unit
1sra 1sra 0.0 151 151 100 sparc fragment (bm-40, osteonectin)
1srdA 1mfmA 1.2 150 154 57 Cu,Zn superoxide dismutase
1srdB 1mfmA 1.2 150 154 57 Cu,Zn superoxide dismutase
1srdC 1mfmA 1.1 150 154 57 Cu,Zn superoxide dismutase
1srdD 1mfmA 1.1 150 154 57 Cu,Zn superoxide dismutase
1sreA 2izk 0.5 109 116 100 Streptavidin complexed with haba
1sreB 2izk 0.4 109 119 100 Streptavidin complexed with haba
1srfA 2izk 0.5 109 116 100 Streptavidin complexed with 3'-tert-butyl-haba
1srfB 2izk 0.4 109 116 100 Streptavidin complexed with 3'-tert-butyl-haba
1srgA 2izk 0.5 109 116 100 Streptavidin complexed with 3'-methyl-haba
1srgB 2izk 0.4 109 116 100 Streptavidin complexed with 3'-methyl-haba
1srhA 2izk 0.5 109 116 100 Streptavidin complexed with 3',5'-dimethoxy-haba
1srhB 2izk 0.4 109 116 100 Streptavidin complexed with 3',5'-dimethoxy-haba
1sriA 2izk 0.6 111 118 100 Streptavidin complexed with 3',5'-dimethyl-haba
1sriB 2izk 0.4 111 121 100 Streptavidin complexed with 3',5'-dimethyl-haba
1srjA 2izk 0.6 111 118 100 Streptavidin complexed with naphthyl-haba
1srjB 2izk 0.7 109 116 100 Streptavidin complexed with naphthyl-haba
1srl 1ckaA 1.9 54 56 41 Src tyrosine kinase transforming protein (sh3 domain) (
1srm 1ckaA 2.1 54 56 41 Src tyrosine kinase transforming protein (sh3 domain) (
1srnA 7rsa 0.5 113 113 100 Semisynthetic ribonuclease a (rNase 1-118(colon)111-124
1sro 1sro 0.0 76 76 100 pnpase fragment (polyribonucleotide nucleotidyltransfer
1srp 1sat 0.9 468 468 98 Serratia protease (serralysin) complexed with zinc
1srrA 1srrA 0.0 119 119 100 sporulation response regulatory protein (spo0f) Mutant
1srrB 1srrA 0.6 119 120 100 sporulation response regulatory protein (spo0f) Mutant
1srrC 1srrA 0.4 119 121 100 sporulation response regulatory protein (spo0f) Mutant
1srsA 1mnmA 2.0 84 84 66 serum response factor fragment (srf) sre specific DNA
1srsB 1mnmA 2.1 80 80 65 serum response factor fragment (srf) sre specific DNA
1srvA 1derA 1.2 144 145 68 groel (hsp60 class) fragment (60 kd chaperonin, protein
1srx 1thx 1.8 106 108 41 Thioredoxin (oxidized form)
1sryA 1sesA 0.6 421 421 100 Seryl-trna synthetase
1sryB 1sesA 1.9 421 421 100 Seryl-trna synthetase
1ssaA 7rsa 0.6 113 113 100 Ribonuclease a (residues 1 - 118) complexed with synthe
1ssbA 7rsa 0.6 113 113 100 Ribonuclease a (residues 1 - 118) complexed with synthe
1sscA 7rsa 0.2 112 112 100 Ribonuclease a (semisynthetic) crystallized from aqueou
1ssn 2sak 3.5 119 136 96 staphylokinase (sak) Mutant
1sso 1azpA 1.9 57 62 83 Sso7d (NMR, minimized average structure)
1sssA 1avmA 1.5 198 205 41 superoxide dismutase biological_unit
1sssB 1avmA 1.5 198 205 41 superoxide dismutase biological_unit
1st2 1gci 0.8 266 275 61 Subtilisin BPN' (BASox) - peroxide inactivated
1st3 1gci 0.3 266 269 97 Subtilisin bl
1sta 1snc 0.4 135 137 99 Staphylococcal nuclease double insertion mutant with tw
1stb 1snc 0.7 135 137 92 Staphylococcal nuclease insertion mutant with leu inser
1stcE 1cdkA 1.2 336 336 98 camp-dependent protein kinase fragment (capk, protein k
1std 2std 0.9 161 162 95 Scytalone dehydratase
1ste 3seb 1.2 210 237 68 staphylococcal enterotoxin c2 (sec2)
1stfE 1ppn 0.3 212 212 98 Papain (cys 25 carboxymethylated) complexed with the in
1stfI 1stfI 0.0 98 98 100 Papain (cys 25 carboxymethylated) complexed with the in
1stg 1snc 0.3 135 136 100 Staphylococcal nuclease
1sth 1snc 0.3 135 136 100 Staphylococcal nuclease complexed with co(ii) ion and t
1stmA 1stmA 0.0 141 141 100 satellite panicum mosaic virus (spmv)
1stmB 1stmA 0.1 141 141 100 satellite panicum mosaic virus (spmv)
1stmC 1stmA 0.1 141 141 100 satellite panicum mosaic virus (spmv)
1stmD 1stmA 0.1 141 141 100 satellite panicum mosaic virus (spmv)
1stmE 1stmA 0.1 141 141 100 satellite panicum mosaic virus (spmv)
1stn 1snc 0.7 135 136 100 Staphylococcal nuclease
1sto 1opr 0.4 208 208 99 Orotate phosphoribosyltransferase (oprtase)
1stp 2izk 0.4 111 121 100 Streptavidin complex with biotin
1strB 2izk 1.1 108 123 100 streptavidin ac-chpqnt-nh2
1strD 2izk 1.2 108 121 100 streptavidin ac-chpqnt-nh2
1stsB 2izk 1.2 108 123 100 streptavidin fchpqnt-nh2
1stsD 2izk 1.2 108 121 100 streptavidin fchpqnt-nh2
1stu 1stu 0.0 68 68 100 maternal effect protein staufen
1sty 1snc 0.3 135 137 100 Staphylococcal nuclease insertion mutant with glycine r
1suaA 1gci 0.9 253 263 58 subtilisin bpn' Mutant tetrapeptide ala-leu-ala-leu
1sub 1gci 0.9 266 275 60 Subtilisin bpn' crb-s3 mutant with asn 218 replaced by
1suc 1gci 0.9 253 263 58 Subtilisin bpn' crb-s3 mutant with met 50 replaced by p
1sud 1gci 0.9 266 275 60 Subtilisin bpn' crb-s3 mutant with met 50 replaced by p
1sue 1gci 1.1 257 266 58 subtilisin bpn' Mutant biological_unit
1suh 1edhA 2.7 97 104 100 epithelial cadherin fragment (uvomorulin)
1sup 1gci 0.9 266 275 61 subtilisin bpn' (subtilisin novo)
1sva1 1vpsA 1.7 258 348 55 simian virus 40
1sva2 1vpsA 1.8 258 348 55 simian virus 40
1sva3 1vpsA 1.5 258 342 55 simian virus 40
1sva4 1vpsA 1.5 258 331 55 simian virus 40
1sva5 1vpsA 1.6 258 347 55 simian virus 40
1sva6 1vpsA 1.5 258 341 55 simian virus 40
1svb 1svb 0.0 395 395 100 tick-borne encephalitis virus glycoprotein
1svcP 1a3qA 2.0 281 311 59 transcription factor nfkb fragment Mutant DNA (19-mer)
1svfA 1svfA 0.0 64 64 100 sv5 fusion protein fragment sv5 fusion protein fragment
1svfB 1svfB 0.0 38 38 100 sv5 fusion protein fragment sv5 fusion protein fragment
1svfC 1svfA 0.5 62 62 100 sv5 fusion protein fragment sv5 fusion protein fragment
1svfD 1svfB 0.5 35 35 100 sv5 fusion protein fragment sv5 fusion protein fragment
1svn 1gci 0.3 265 269 100 savinase (tm) (peptidyl peptide hydrolase)
1svpA 1svpA 0.0 160 160 100 sindbis virus capsid protein fragment (sindbis virus co
1svpB 1svpA 0.6 160 160 100 sindbis virus capsid protein fragment (sindbis virus co
1svq 1svr 0.8 94 94 100 Severin (domain 2 comprising 114 residues) (ds111m) (NM
1svr 1svr 0.0 94 94 100 Severin (domain 2 comprising 114 residues) (ds111m) (NM
1swaA 2izk 0.4 108 120 100 streptavidin fragment (core streptavidin) biological_un
1swaB 2izk 0.7 103 115 100 streptavidin fragment (core streptavidin) biological_un
1swaC 2izk 0.7 103 115 100 streptavidin fragment (core streptavidin) biological_un
1swaD 2izk 0.7 103 115 100 streptavidin fragment (core streptavidin) biological_un
1swbA 2izk 0.4 108 120 100 streptavidin fragment (core streptavidin) biological_un
1swbB 2izk 0.7 103 115 100 streptavidin fragment (core streptavidin) biological_un
1swbC 2izk 0.6 103 115 100 streptavidin fragment (core streptavidin) biological_un
1swbD 2izk 0.7 103 115 100 streptavidin fragment (core streptavidin) biological_un
1swcA 2izk 0.6 101 114 100 streptavidin fragment (core streptavidin) biological_un
1swcB 2izk 0.7 101 117 100 streptavidin fragment (core streptavidin) biological_un
1swcC 2izk 0.6 101 113 100 streptavidin fragment (core streptavidin) biological_un
1swcD 2izk 0.6 101 117 100 streptavidin fragment (core streptavidin) biological_un
1swdA 2izk 0.4 107 117 100 streptavidin fragment (core streptavidin) biological_un
1swdB 2izk 0.6 101 114 100 streptavidin fragment (core streptavidin) biological_un
1swdC 2izk 0.6 102 115 100 streptavidin fragment (core streptavidin) biological_un
1swdD 2izk 0.4 107 118 100 streptavidin fragment (core streptavidin) biological_un
1sweA 2izk 0.4 107 117 100 streptavidin fragment (core streptavidin) biological_un
1sweB 2izk 0.4 107 118 100 streptavidin fragment (core streptavidin) biological_un
1sweC 2izk 0.6 107 118 100 streptavidin fragment (core streptavidin) biological_un
1sweD 2izk 0.4 107 118 100 streptavidin fragment (core streptavidin) biological_un
1swfA 2izk 0.6 72 115 100 circularly permuted core-streptavidin e51A46 Mutant bio
1swfB 2izk 0.6 72 124 100 circularly permuted core-streptavidin e51A46 Mutant bio
1swfC 2izk 0.6 72 124 100 circularly permuted core-streptavidin e51A46 Mutant bio
1swfD 2izk 0.7 72 115 100 circularly permuted core-streptavidin e51A46 Mutant bio
1swgA 2izk 0.4 71 112 100 circularly permuted core-streptavidin e51A46 Mutant bio
1swgB 2izk 0.4 71 112 100 circularly permuted core-streptavidin e51A46 Mutant bio
1swgC 2izk 0.6 71 126 100 circularly permuted core-streptavidin e51A46 Mutant bio
1swgD 2izk 0.4 71 113 100 circularly permuted core-streptavidin e51A46 Mutant bio
1swhA 2izk 0.7 113 114 99 core-streptavidin Mutant biological_unit
1swhB 2izk 0.7 111 115 99 core-streptavidin Mutant biological_unit
1swhC 2izk 0.7 111 115 99 core-streptavidin Mutant biological_unit
1swhD 2izk 0.9 111 115 99 core-streptavidin Mutant biological_unit
1swiA 1gcmA 0.9 31 31 75 gcn4p1 Mutant
1swjA 2izk 0.8 110 112 99 core-streptavidin Mutant biological_unit
1swjB 2izk 0.6 110 118 99 core-streptavidin Mutant biological_unit
1swjC 2izk 0.8 110 117 99 core-streptavidin Mutant biological_unit
1swjD 2izk 0.9 110 113 99 core-streptavidin Mutant biological_unit
1swkA 2izk 0.7 117 117 99 core-streptavidin Mutant biological_unit
1swkB 2izk 0.7 117 117 99 core-streptavidin Mutant biological_unit
1swkC 2izk 0.7 117 117 99 core-streptavidin Mutant biological_unit
1swkD 2izk 0.9 117 117 99 core-streptavidin Mutant biological_unit
1swlA 2izk 0.6 118 119 99 core-streptavidin Mutant biological_unit
1swlB 2izk 0.8 111 114 99 core-streptavidin Mutant biological_unit
1swlC 2izk 0.7 110 111 99 core-streptavidin Mutant biological_unit
1swlD 2izk 0.6 110 111 99 core-streptavidin Mutant biological_unit
1swm 1a6m 0.2 151 153 100 Myoglobin (ferric) complexed with azide
1swnA 2izk 0.8 120 120 99 core-streptavidin Mutant biological_unit
1swnB 2izk 0.9 112 114 99 core-streptavidin Mutant biological_unit
1swnC 2izk 0.7 118 118 99 core-streptavidin Mutant biological_unit
1swnD 2izk 0.7 118 118 99 core-streptavidin Mutant biological_unit
1swoA 2izk 0.6 119 120 99 core-streptavidin Mutant biological_unit
1swoB 2izk 0.8 112 115 99 core-streptavidin Mutant biological_unit
1swoC 2izk 0.8 112 115 99 core-streptavidin Mutant biological_unit
1swoD 2izk 0.8 112 115 99 core-streptavidin Mutant biological_unit
1swpA 2izk 0.7 117 117 99 core-streptavidin Mutant biological_unit
1swpB 2izk 0.7 117 117 99 core-streptavidin Mutant biological_unit
1swpC 2izk 0.7 117 117 99 core-streptavidin Mutant biological_unit
1swpD 2izk 0.7 117 117 99 core-streptavidin Mutant biological_unit
1swqA 2izk 0.7 112 113 99 core-streptavidin Mutant biological_unit
1swqB 2izk 0.7 110 114 99 core-streptavidin Mutant biological_unit
1swqC 2izk 0.7 110 112 99 core-streptavidin Mutant biological_unit
1swqD 2izk 0.6 110 114 99 core-streptavidin Mutant biological_unit
1swrA 2izk 0.6 116 117 99 core-streptavidin Mutant biological_unit
1swrB 2izk 0.6 116 118 99 core-streptavidin Mutant biological_unit
1swrC 2izk 0.6 116 118 99 core-streptavidin Mutant biological_unit
1swrD 2izk 0.6 116 118 99 core-streptavidin Mutant biological_unit
1sxaA 1mfmA 1.0 149 151 80 Superoxide dismutase (cu reduced to 1+)
1sxaB 1mfmA 1.0 149 151 80 Superoxide dismutase (cu reduced to 1+)
1sxbA 1mfmA 1.0 149 151 80 Superoxide dismutase (cu reduced to 1+)
1sxbB 1mfmA 1.0 149 151 80 Superoxide dismutase (cu reduced to 1+)
1sxcA 1mfmA 1.0 149 151 80 Superoxide dismutase (cu reduced to 1+)
1sxcB 1mfmA 1.0 149 151 80 Superoxide dismutase (cu reduced to 1+)
1sxm 2pta 1.6 31 39 59 noxiustoxin
1sxnA 1mfmA 1.0 149 151 80 cu, zn superoxide dismutase (sod) biological_unit
1sxnB 1mfmA 1.0 149 151 80 cu, zn superoxide dismutase (sod) biological_unit
1sxsA 1mfmA 1.0 149 151 80 cu, zn superoxide dismutase (cu,Znsod) biological_unit
1sxsB 1mfmA 1.0 149 151 80 cu, zn superoxide dismutase (cu,Znsod) biological_unit
1sxtA 3seb 2.1 213 224 36 staphylococcal enterotoxin type a (sea) biological_unit
1sxtB 3seb 2.1 209 220 37 staphylococcal enterotoxin type a (sea) biological_unit
1sxzA 1mfmA 1.0 149 151 80 cu,Zn superoxide dismutase (sod) biological_unit
1sxzB 1mfmA 1.0 149 151 80 cu,Zn superoxide dismutase (sod) biological_unit
1syb 1snc 0.4 135 137 98 Staphylococcal nuclease with residues 27 - 31 (tyr-lys-
1syc 1snc 0.7 135 136 99 Staphylococcal nuclease mutant with pro 117 replaced by
1syd 1snc 0.4 135 136 99 Staphylococcal nuclease mutant with pro 117 replaced by
1sye 1snc 0.7 135 136 99 Staphylococcal nuclease mutant with pro 117 replaced by
1syf 1snc 0.3 135 136 99 Staphylococcal nuclease mutant with pro 117 replaced by
1syg 1snc 0.7 135 136 99 Staphylococcal nuclease mutant with pro 117 replaced by
1symA 1a03A 2.7 59 92 39 s100b (s100b(betabeta), s100beta, s100(betabeta))
1symB 1a03A 2.7 59 92 39 s100b (s100b(betabeta), s100beta, s100(betabeta))
1synA 1bkpA 1.7 259 264 36 thymidylate synthase
1synB 1bkpA 1.7 259 264 36 thymidylate synthase
1szjG 1dssG 0.3 332 333 99 d-glyceraldehyde-3-phosphate-dehydrogenase fragment
1szjR 1dssG 0.4 332 333 99 d-glyceraldehyde-3-phosphate-dehydrogenase fragment
1szt 1szt 0.0 68 68 100 hiv-1 envelope glycoprotein gp41 fragment (gp41)
1t1dA 1t1dA 0.0 100 100 100 potassium channel kv1.1 fragment Mutant biological_unit
1t7pA 1t7pA 0.0 662 662 100 DNA polymerase Mutant thioredoxin DNA
1t7pB 1thx 1.0 105 105 43 DNA polymerase Mutant thioredoxin DNA
1tabE 5ptp 0.3 210 223 99 Trypsin complex with bowman-Birk inhibitor (AB-I)
1tabI 1tabI 0.0 36 36 100 Trypsin complex with bowman-Birk inhibitor (AB-I)
1tac 1tac 0.0 86 86 100 tat protein (transactivating regulatory protein) Mutant
1tadA 1cipA 1.0 310 316 68 Transducin-alpha (gt-alpha-gdp-alf, t-alpha-gdp-alf) co
1tadB 1cipA 1.1 310 316 68 Transducin-alpha (gt-alpha-gdp-alf, t-alpha-gdp-alf) co
1tadC 1cipA 1.0 310 318 68 Transducin-alpha (gt-alpha-gdp-alf, t-alpha-gdp-alf) co
1tafA 1tafA 0.0 67 67 100 tfiid tbp associated factor 42 fragment Mutant tfiid tb
1tafB 1tafB 0.0 69 69 100 tfiid tbp associated factor 42 fragment Mutant tfiid tb
1tag 1cipA 1.4 310 314 66 Transducin-alpha complexed with gdp and magnesium (gt-a
1tahA 1cvl 1.3 309 318 98 Lipase (triacylglycerol hydrolase)
1tahB 1cvl 1.2 309 318 98 Lipase (triacylglycerol hydrolase)
1tahC 1cvl 1.3 309 318 98 Lipase (triacylglycerol hydrolase)
1tahD 1cvl 1.3 309 318 98 Lipase (triacylglycerol hydrolase)
1tal 2sga 1.4 170 188 37 alpha-lytic protease
1tam 1hiwA 2.8 109 120 88 hiv-1 matrix protein (hiv-1 ma, hivp17, p17, ma)
1tap 1kigI 2.0 58 60 100 Factor xa inhibitor (NMR, 20 structures)
1taq 1taq 0.0 807 807 100 taq DNA polymerase (taq) Mutant
1tarA 1ajsA 1.5 401 401 46 Aspartate aminotransferase (maspat) (holoenzyme, tricli
1tarB 1ajsA 1.5 401 401 46 Aspartate aminotransferase (maspat) (holoenzyme, tricli
1tasA 1ajsA 0.9 401 402 46 Aspartate aminotransferase (maspat) complex with alpha-
1tasB 1ajsA 0.9 401 402 46 Aspartate aminotransferase (maspat) complex with alpha-
1tatA 1ajsA 1.0 401 401 46 Aspartate aminotransferase (maspat) complex with maleat
1tatB 1ajsA 1.0 401 401 46 Aspartate aminotransferase (maspat) complex with maleat
1tauA 1taq 0.9 790 793 97 taq DNA polymerase (taq) DNA
1tawA 5ptp 0.4 221 223 99 trypsin protease inhibitor domain of alzheimer's amyloi
1tawB 1bpi 0.8 54 54 47 trypsin protease inhibitor domain of alzheimer's amyloi
1tay 3lzt 0.8 129 130 60 Lysozyme mutant with tyr 63 replaced by ala (Y63A)
1tbc 1tac 2.5 86 86 92 tat protein (transactivating regulatory protein)
1tbd 2tbd 1.9 134 134 100 sv40 t-antigen fragment
1tbeA 1bt0 1.1 73 75 62 Tetraubiquitin
1tbeB 1bt0 1.0 72 72 61 Tetraubiquitin
1tbgA 1tbgA 0.0 340 340 100 transducin fragment (guanine nucleotide-binding protein
1tbgB 1tbgA 0.6 340 340 100 transducin fragment (guanine nucleotide-binding protein
1tbgC 1tbgA 0.7 340 340 100 transducin fragment (guanine nucleotide-binding protein
1tbgD 1tbgA 0.5 340 340 100 transducin fragment (guanine nucleotide-binding protein
1tbgE 1tbgE 0.0 68 68 100 transducin fragment (guanine nucleotide-binding protein
1tbgF 1tbgE 1.1 63 65 92 transducin fragment (guanine nucleotide-binding protein
1tbgG 1tbgE 1.3 64 65 91 transducin fragment (guanine nucleotide-binding protein
1tbgH 1tbgE 1.1 63 65 100 transducin fragment (guanine nucleotide-binding protein
1tbn 1ptq 1.6 48 66 61 protein kinase c, gamma type fragment (rat brain pkc-g)
1tbo 1ptq 1.7 48 66 61 protein kinase c, gamma type fragment (rat brain pkc-g)
1tbpA 1ytbA 1.3 179 180 100 Tata-binding protein (tbp, c-terminal 179 amino acids)
1tbpB 1ytbA 0.9 178 180 100 Tata-binding protein (tbp, c-terminal 179 amino acids)
1tbqH 5ptp 1.4 222 259 38 thrombin rhodniin
1tbqJ 1ppbL 2.6 36 49 62 thrombin rhodniin
1tbqK 5ptp 1.4 222 259 37 thrombin rhodniin
1tbqL 1ppbL 2.7 36 49 62 thrombin rhodniin
1tbqR 1tbrR 0.6 103 103 100 thrombin rhodniin
1tbqS 1tbrR 0.6 103 103 100 thrombin rhodniin
1tbrH 5ptp 1.4 222 259 37 thrombin rhodniin
1tbrJ 1ppbL 2.5 36 49 62 thrombin rhodniin
1tbrK 5ptp 1.4 222 259 37 thrombin rhodniin
1tbrL 1ppbL 2.7 36 49 62 thrombin rhodniin
1tbrR 1tbrR 0.0 103 103 100 thrombin rhodniin
1tbrS 1tbrR 0.7 103 103 100 thrombin rhodniin
1tby 3lzt 0.8 129 130 60 Lysozyme mutant with tyr 63 replaced by leu (Y63L)
1tbzH 5ptp 1.3 219 251 38 alpha-thrombin hirugen n-methyl-d phenylalanyl-n-[5-(am
1tc3C 1tc3C 0.0 51 51 100 DNA tc3 transposase fragment Mutant
1tca 1tca 0.0 317 317 100 Lipase (triacylglycerol hydrolase)
1tcbA 1tca 0.2 317 317 100 Lipase (triacylglycerol hydrolase)
1tcbB 1tca 0.2 317 317 100 Lipase (triacylglycerol hydrolase)
1tccA 1tca 0.3 317 317 100 Lipase (triacylglycerol hydrolase)
1tccB 1tca 0.3 317 317 100 Lipase (triacylglycerol hydrolase)
1tcdA 1amk 0.5 248 248 68 triosephosphate isomerase (tim) biological_unit
1tcdB 1amk 1.0 248 249 68 triosephosphate isomerase (tim) biological_unit
1tceA 1mil 1.8 99 107 98 shc fragment phosphopeptide of the zeta chain of t cell
1tcf 1ncx 4.2 135 156 85 troponin c Mutant
1tcmA 1pamA 0.7 685 686 88 cyclodextrin glycosyltransferase (cgtase) Mutant
1tcmB 1pamA 0.6 685 686 88 cyclodextrin glycosyltransferase (cgtase) Mutant
1tcoA 1auiA 0.3 285 352 99 serineTHREONINE PHOSPHATASE B2 fragment (calcineurin a,
1tcoB 1auiB 0.7 165 169 100 serineTHREONINE PHOSPHATASE B2 fragment (calcineurin a,
1tcoC 1fkj 0.5 107 107 99 serineTHREONINE PHOSPHATASE B2 fragment (calcineurin a,
1tcp 1kigI 2.3 60 60 100 tick anticoagulant peptide
1tcrA 1tcrA 0.0 202 202 100 alpha, beta t-cell receptor (vb8.2db2jb2.4cb2\ va3ja58c
1tcrB 1bec 1.6 226 237 96 alpha, beta t-cell receptor (vb8.2db2jb2.4cb2\ va3ja58c
1tcs 1mrj 0.3 247 247 100 Trichosanthin complexed with nadph
1tcwA 1fmb 1.7 98 99 36 siv protease biological_unit
1tcwB 1fmb 1.8 98 99 36 siv protease biological_unit
1tcxA 1hvc 0.5 99 99 94 hiv protease Mutant biological_unit
1tcxB 1fmb 1.5 97 99 28 hiv protease Mutant biological_unit
1tcy 3lzt 0.8 129 130 60 Lysozyme mutant with tyr 63 replaced by phe (Y63F)
1tda 1bkpA 1.9 258 315 38 Thymidylate synthase mutant with val 316 deleted
1tdb 1bkpA 1.9 258 315 38 Thymidylate synthase mutant with val 316 deleted comple
1tdc 1bkpA 1.9 258 315 38 Thymidylate synthase mutant with val 316 deleted comple
1tde 1trb 0.2 315 315 99 Thioredoxin reductase (wild type)
1tdf 1trb 0.2 315 315 100 Thioredoxin reductase mutant with cys 138 replaced by s
1tdj 1tdj 0.0 494 494 100 biosynthetic threonine deaminase (threonine dehydratase
1tdrA 1vdrA 1.9 148 160 32 telluromethionyl dihydrofolate reductase (dhfr)
1tdrB 1vdrA 1.8 148 160 32 telluromethionyl dihydrofolate reductase (dhfr)
1tdtA 3tdt 1.2 256 256 100 tetrahydrodipicolinate-n-succinlytransferase (thdp-succ
1tdtB 3tdt 1.2 255 255 100 tetrahydrodipicolinate-n-succinlytransferase (thdp-succ
1tdtC 3tdt 1.2 253 253 100 tetrahydrodipicolinate-n-succinlytransferase (thdp-succ
1tduA 1bkpA 1.7 259 265 36 thymidylate synthase (ts, thymidylate synthetase)
1tduB 1bkpA 1.7 259 265 36 thymidylate synthase (ts, thymidylate synthetase)
1tdy 3lzt 0.8 129 130 61 Lysozyme mutant with tyr 63 replaced by trp (Y63W)
1tecE 1gci 1.3 266 279 47 Thermitase complex with eglin-c
1tecI 1egpA 3.0 35 63 98 Thermitase complex with eglin-c
1tehA 2ohxA 1.2 369 373 62 human chichi alcohol dehydrogenase (glutathione-depende
1tehB 2ohxA 1.2 369 373 62 human chichi alcohol dehydrogenase (glutathione-depende
1teiA 1nls 0.5 237 237 100 concanavalin a (con a)
1teiB 1nls 0.5 237 237 100 concanavalin a (con a)
1teiC 1nls 0.5 237 237 100 concanavalin a (con a)
1teiD 1nls 0.5 237 237 100 concanavalin a (con a)
1teiE 1nls 0.5 237 237 100 concanavalin a (con a)
1teiF 1nls 0.5 237 237 100 concanavalin a (con a)
1teiG 1nls 0.5 237 237 100 concanavalin a (con a)
1teiH 1nls 0.5 237 237 100 concanavalin a (con a)
1tem 1btl 0.4 262 262 100 tem-1 beta lactamase
1ten 1ten 0.0 89 89 100 Tenascin (third fibronectin type iii repeat)
1tes 1a6m 0.4 151 154 99 myoglobin Mutant
1tetH 1igtB 2.4 206 209 65 Igg1 monoclonal fab fragment (te33) complex with choler
1tew 3lzt 0.8 128 128 94 Lysozyme
1tf3A 1aayA 3.0 82 92 39 transcription factor iiia fragment (tfiiia) Mutant 5s R
1tf4A 1tf4A 0.0 605 605 100 t. fusca endoEXO-CELLULASE E4 CATALYTIC DOMAIN and cell
1tf4B 1tf4A 0.2 604 605 100 t. fusca endoEXO-CELLULASE E4 CATALYTIC DOMAIN and cell
1tf6A 1tf6A 0.0 179 179 100 tfiiia fragment 5s ribosomal RNA gene fragment
1tf6D 1tf6A 0.7 179 182 100 tfiiia fragment 5s ribosomal RNA gene fragment
1tfb 1tfb 0.0 206 206 100 tfiib fragment Mutant
1tfd 1cb6A 5.1 216 294 60 Transferrin (n-terminal half-molecule)
1tfe 1tfe 0.0 142 142 100 elongation factor ts fragment
1tfg 2tgi 0.3 112 112 100 Transforming growth factor type beta 2 (tgf-b2)
1tfhA 1boy 1.3 197 202 100 human tissue factor fragment (tf, thromboplastin, coagu
1tfhB 1boy 1.1 182 182 100 human tissue factor fragment (tf, thromboplastin, coagu
1tfi 1tfi 0.0 50 50 100 Transcriptional elongation factor sii (tfiis, nucleic-a
1tfpA 1etb1 1.2 114 114 78 transthyretin (prealbumin)
1tfpB 1etb1 1.5 113 114 79 transthyretin (prealbumin)
1tfr 1tfr 0.0 283 283 100 t4 rnase h (t4 5u to 3u exonuclease)
1tfs 3ebx 3.6 57 60 44 Toxin fs2 (NMR, 20 structures)
1tfxA 5ptp 0.4 223 223 81 trypsin tissue factor pathway inhibitor fragment (tfpi,
1tfxB 5ptp 0.4 223 223 81 trypsin tissue factor pathway inhibitor fragment (tfpi,
1tfxC 1bpi 1.0 57 58 42 trypsin tissue factor pathway inhibitor fragment (tfpi,
1tfxD 1bpi 1.0 57 58 42 trypsin tissue factor pathway inhibitor fragment (tfpi,
1tgb 5ptp 0.4 221 223 99 Trypsinogen-ca from peg
1tgc 5ptp 0.5 221 223 99 Trypsinogen (0.50 methanol, 0.50 water)
1tghA 1ytbA 0.9 180 180 80 human tata binding protein (htbp) DNA (5'-d(CpGpTpApTpA
1tgj 2tgi 1.2 112 112 79 transforming growth factor-beta 3 (tgf-beta3) biologica
1tgk 2tgi 1.4 112 112 79 transforming growth factor beta 3 (tgf-beta3) biologica
1tgl 3tgl 0.3 265 265 98 Triacylglycerol acylhydrolase
1tgn 5ptp 0.9 215 222 99 Trypsinogen
1tgoA 1tgoA 0.0 773 773 100 thermostable b DNA polymerase
1tgsI 1tgsI 0.0 56 56 100 Trypsinogen complex with porcine pancreatic secretory t
1tgsZ 5ptp 1.2 221 225 99 Trypsinogen complex with porcine pancreatic secretory t
1tgt 5ptp 0.6 219 223 99 Trypsinogen (173 degrees k, 0.70 methanol, 0.30 water)
1tgxA 1tgxA 0.0 60 60 100 Toxin gamma (cardiotoxin)
1tgxB 1tgxA 1.1 60 60 100 Toxin gamma (cardiotoxin)
1tgxC 1tgxA 0.5 60 60 100 Toxin gamma (cardiotoxin)
1thaA 1etb1 0.2 117 118 98 Transthyretin (also called prealbumin) complex with 3,3
1thaB 1etb1 0.8 116 116 98 Transthyretin (also called prealbumin) complex with 3,3
1thbA 1abwA 0.3 139 141 99 Hemoglobin (t state, partially oxygenated)
1thbB 1abwA 1.3 139 146 43 Hemoglobin (t state, partially oxygenated)
1thbC 1abwA 0.3 137 141 99 Hemoglobin (t state, partially oxygenated)
1thbD 1abwA 1.4 139 146 43 Hemoglobin (t state, partially oxygenated)
1thcA 1etb1 0.4 117 117 98 Transthyretin (also called prealbumin) complex with 3',
1thcB 1etb1 0.7 115 115 98 Transthyretin (also called prealbumin) complex with 3',
1theA 1theB 0.3 253 253 100 cathepsin b Mutant
1theB 1theB 0.0 253 253 100 cathepsin b Mutant
1thg 1thg 0.0 544 544 100 Lipase triacylglycerol hydrolase
1thi 1thv 1.5 201 207 66 Thaumatin i
1thjA 1thjA 0.0 213 213 100 carbonic anhydrase (cam)
1thjB 1thjA 0.1 213 213 100 carbonic anhydrase (cam)
1thjC 1thjA 0.1 213 213 100 carbonic anhydrase (cam)
1thl 1hyt 0.2 316 317 100 Thermolysin complexed with a novel glutaramide derivati
1thm 1gci 1.3 266 279 47 Thermitase
1tho 1thx 1.2 107 109 42 Thioredoxin mutant with arg inserted between gly 33 and
1thpB 5ptp 1.3 216 249 39 thrombin light chain thrombin heavy chain Mutant biolog
1thrH 5ptp 1.3 219 252 38 Alpha-thrombin complex with hirullin
1thsH 5ptp 1.3 219 252 38 Alpha-thrombin complex with mdl-28050
1thsL 1ppbL 2.4 31 33 100 Alpha-thrombin complex with mdl-28050
1thtA 1thtA 0.0 294 294 100 Thioesterase
1thtB 1thtA 0.4 293 293 100 Thioesterase
1thu 1thv 0.7 207 207 99 Thaumatin isoform b (monoclinic crystal form)
1thv 1thv 0.0 207 207 100 Thaumatin isoform a (orthorhombic crystal form)
1thw 1thv 0.6 207 207 99 Thaumatin (tetragonal crystal form)
1thx 1thx 0.0 108 108 100 thioredoxin (thioredoxin 2)
1thy 1bkpA 1.8 259 316 38 Thymidylate synthase complex with 2'-deoxyuridine 5'-mo
1tia 3tgl 1.9 254 271 29 Lipase (triacylglycerol acylhydrolase)
1tib 3tgl 1.8 254 269 30 Lipase (triacylglycerol acylhydrolase)
1ticA 3tgl 1.3 263 265 56 Lipase (triacylglycerol acylhydrolase)
1ticB 3tgl 1.2 263 269 56 Lipase (triacylglycerol acylhydrolase)
1tie 1wba 2.0 150 166 31 Erythrina trypsin inhibitor (kunitz) de-3
1tif 1tif 0.0 76 76 100 translation initiation factor 3 (if3-n)
1tig 1tig 0.0 88 88 100 translation initiation factor 3 (if3-c)
1tih 4sgbI 2.0 49 53 70 trypsin inhibitor t1
1tiiA 1lt3A 0.9 181 186 61 heat labile enterotoxin type iib (lt-iib)
1tiiC 1tiiC 0.0 36 36 100 heat labile enterotoxin type iib (lt-iib)
1tiiD 1tiiD 0.0 98 98 100 heat labile enterotoxin type iib (lt-iib)
1tiiE 1tiiD 0.3 98 98 100 heat labile enterotoxin type iib (lt-iib)
1tiiF 1tiiD 0.3 98 98 100 heat labile enterotoxin type iib (lt-iib)
1tiiG 1tiiD 0.3 98 98 100 heat labile enterotoxin type iib (lt-iib)
1tiiH 1tiiD 0.3 98 98 100 heat labile enterotoxin type iib (lt-iib)
1timA 1amk 1.5 234 247 48 Triose phosphate isomerase
1timB 1amk 1.4 241 247 49 Triose phosphate isomerase
1tin 1a1yI 2.5 63 68 38 Trypsin inhibitor v (NMR, minimized average structure)
1tio 5ptp 0.2 223 223 99 beta-trypsin
1tipA 1bif 0.6 191 191 85 phosphoenzyme intermediate of fru-2,6-bisphosphatase (d
1tipB 1bif 0.7 191 191 85 phosphoenzyme intermediate of fru-2,6-bisphosphatase (d
1tis 1bkpA 2.2 256 286 36 Thymidylate sythase
1tit 1tit 0.0 89 89 100 titin, i27 (connectin i27, titin ig repeat 27)
1tiu 1tit 1.1 89 89 100 titin, i27 (connectin, i27, titin ig repeat 27)
1tiv 1tiv 0.0 86 86 100 hiv-1 transactivator protein (tat protein) Mutant
1tjs 1bkpA 1.6 259 264 36 thymidylate synthase (ts, thymidylate synthetase)
1tkaA 1trkA 0.3 677 678 100 Transketolase complexed with 3'-deazo-thiamin diphospha
1tkaB 1trkA 0.3 677 678 100 Transketolase complexed with 3'-deazo-thiamin diphospha
1tkbA 1trkA 0.2 677 678 100 Transketolase complexed with 1'-deazo-thiamin diphospha
1tkbB 1trkA 0.3 677 678 100 Transketolase complexed with 1'-deazo-thiamin diphospha
1tkcA 1trkA 0.3 677 678 100 Transketolase complexed with 6'-methyl-thiamin diphosph
1tkcB 1trkA 0.3 677 678 100 Transketolase complexed with 6'-methyl-thiamin diphosph
1tla 1l92 0.2 162 162 99 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
1tlcA 1bkpA 1.8 259 265 36 Thymidylate synthase complexed with dgmp and folate ana
1tlcB 1bkpA 1.7 259 265 36 Thymidylate synthase complexed with dgmp and folate ana
1tld 5ptp 0.3 221 223 99 Beta-trypsin (orthorhombic) at pH 5.3
1tle 1klo 1.5 57 58 100 laminin fragment (laminin-type egf-like)
1tlfA 1tlfA 0.0 296 296 100 Tryptic core fragment of the lactose repressor of esche
1tlfB 1tlfA 4.6 292 296 100 Tryptic core fragment of the lactose repressor of esche
1tlfC 1tlfA 4.9 291 296 95 Tryptic core fragment of the lactose repressor of esche
1tlfD 1tlfA 1.7 296 296 100 Tryptic core fragment of the lactose repressor of esche
1tlk 1tlk 0.0 103 103 100 Telokin
1tlmA 1etb1 0.4 118 123 98 Transthyretin (also called prealbumin) complex with mil
1tlmB 1etb1 1.0 118 120 98 Transthyretin (also called prealbumin) complex with mil
1tlpE 1hyt 0.2 316 316 100 Thermolysin complex with phosphoramidon
1tlsA 1bkpA 1.8 259 265 36 thymidylate synthase biological_unit
1tlsB 1bkpA 1.8 259 265 36 thymidylate synthase biological_unit
1tmbH 5ptp 1.3 219 252 38 Alpha-thrombin complex with hirugen and cyclotheonamide
1tmcA 1agdA 0.8 175 175 83 Truncated human class i histocompatibility antigen hla-
1tmcB 1agdB 0.5 99 99 100 Truncated human class i histocompatibility antigen hla-
1tme1 2mev1 1.3 250 256 52 Theiler's murine encephalomyelitis virus (da strain)
1tme2 1aym2 2.6 228 255 34 Theiler's murine encephalomyelitis virus (da strain)
1tme3 1aym3 1.8 225 230 30 Theiler's murine encephalomyelitis virus (da strain)
1tmf1 2mev1 1.7 255 276 49 Theiler's murine encephalomyelitis virus coat protein (
1tmf2 1aym2 2.2 228 267 33 Theiler's murine encephalomyelitis virus coat protein (
1tmf3 1aym3 1.7 226 232 30 Theiler's murine encephalomyelitis virus coat protein (
1tmf4 1tmf4 0.0 31 31 100 Theiler's murine encephalomyelitis virus coat protein (
1tmhA 1amk 1.2 233 254 42 Triosephosphate isomerase mutant with pro 227 replaced
1tmhB 1amk 1.2 243 254 44 Triosephosphate isomerase mutant with pro 227 replaced
1tmhC 1amk 1.2 243 254 44 Triosephosphate isomerase mutant with pro 227 replaced
1tmhD 1amk 1.2 243 254 44 Triosephosphate isomerase mutant with pro 227 replaced
1tmkA 3tmkA 0.9 184 204 99 thymidylate kinase biological_unit
1tmkB 3tmkA 0.8 184 204 99 thymidylate kinase biological_unit
1tml 1tml 0.0 286 286 100 Endo-1,4-beta-d-glucanase
1tmnE 1hyt 0.2 316 316 100 Thermolysin complex with n-(1-carboxy-3-phenylpropyl)-L
1tmo 1dmr 1.6 764 794 45 trimethylamine n-oxide reductase (tmao reductase)
1tmqA 1smd 1.0 469 471 54 alpha-amylase ec ragi bifunctional inhibitor
1tmqB 1bea 1.2 112 117 67 alpha-amylase ec ragi bifunctional inhibitor
1tmtH 5ptp 1.4 221 257 38 Alpha-thrombin complexed with cgp 50,856 (d-phe-pro-arg
1tmuH 5ptp 1.4 221 257 38 Alpha-thrombin ternary complex with hirudin (c-terminal
1tmy 1srrA 1.8 117 118 32 chey protein (tmy) biological_unit
1tmzA 1ce9B 1.4 32 32 64 tmzip biological_unit
1tmzB 1ce9B 1.7 32 32 64 tmzip biological_unit
1tn3 1htn 0.6 130 137 95 tetranectin fragment
1tn4 1ncx 2.6 148 157 90 troponin c (tnc) Mutant
1tndA 1cipA 1.1 310 323 68 Transducin (alpha subunit) complexed with the nonhydrol
1tndB 1cipA 1.1 310 316 68 Transducin (alpha subunit) complexed with the nonhydrol
1tndC 1cipA 1.1 310 316 68 Transducin (alpha subunit) complexed with the nonhydrol
1tnfA 4tsvA 1.2 136 152 96 Tumor necrosis factor-alpha (cachectin)
1tnfB 4tsvA 1.1 136 152 96 Tumor necrosis factor-alpha (cachectin)
1tnfC 4tsvA 1.3 136 152 96 Tumor necrosis factor-alpha (cachectin)
1tng 5ptp 0.2 221 223 99 Trypsin complexed with the inhibitor aminomethylcyclohe
1tnh 5ptp 0.2 221 223 99 Trypsin complexed with the inhibitor 4-fluorobenzylamin
1tni 5ptp 0.2 221 223 99 Trypsin complexed with the inhibitor 4-phenylbutylamine
1tnj 5ptp 0.2 221 223 99 Trypsin complexed with the inhibitor 2-phenylethylamine
1tnk 5ptp 0.2 221 223 99 Trypsin complexed with the inhibitor 3-phenylpropylamin
1tnl 5ptp 0.2 221 223 99 Trypsin complexed with the inhibitor tranylcypromine
1tnm 1wit 2.1 86 91 29 Titin module m5 (connectin) (NMR, minimized average str
1tnn 1wit 2.4 86 91 29 Titin module m5 (connectin) (NMR, 16 structures)
1tnp 1ncx 2.2 87 90 95 troponin-c (apo) (ntnc apo)
1tnrA 4tsvA 1.5 135 144 35 Tumor necrosis factor receptor p55 (extracellular domai
1tnrR 1extA 1.9 130 139 100 Tumor necrosis factor receptor p55 (extracellular domai
1tns 1tnt 1.7 72 76 100 Mu transposase (DNA-binding domain) (NMR, minimized ave
1tnt 1tnt 0.0 76 76 100 Mu transposase (DNA-binding domain) (NMR, 33 structures
1tnw 1ncx 6.5 137 162 88 troponin c Mutant
1tnx 1ncx 5.3 83 145 77 troponin c Mutant
1tocB 5ptp 1.4 222 259 37 thrombin ornithodorin
1tocD 5ptp 1.4 222 259 37 thrombin ornithodorin
1tocF 5ptp 1.4 222 259 37 thrombin ornithodorin
1tocH 5ptp 1.4 222 259 37 thrombin ornithodorin
1tocR 1tocR 0.0 120 120 100 thrombin ornithodorin
1tocS 1tocR 0.7 120 120 100 thrombin ornithodorin
1tocT 1tocR 0.3 120 120 100 thrombin ornithodorin
1tocU 1tocR 0.1 120 120 100 thrombin ornithodorin
1tof 1erv 1.4 104 112 46 thioredoxin h (htrx, hch1, ch1)
1toh 4pah 0.8 297 325 66 tyrosine hydroxylase fragment (tyroh)
1tomH 5ptp 1.3 219 250 38 alpha-thrombin hirugen
1ton 5ptp 1.5 217 227 41 Tonin (e.C. number not assigned)
1top 1ncx 0.1 162 162 100 Troponin c
1toxA 1ddt 0.6 513 513 100 diphtheria toxin (dimeric) (dt)
1toxB 1ddt 0.5 511 511 100 diphtheria toxin (dimeric) (dt)
1tpaE 5ptp 0.3 221 223 99 Anhydro-trypsin complex with pancreatic trypsin inhibit
1tpaI 1bpi 0.5 57 58 100 Anhydro-trypsin complex with pancreatic trypsin inhibit
1tpb1 1amk 1.0 244 245 50 Triosephosphate isomerase mutant with glu 165 replaced
1tpb2 1amk 0.9 244 245 50 Triosephosphate isomerase mutant with glu 165 replaced
1tpc1 1amk 1.0 244 245 49 Triosephosphate isomerase mutant with ser 96 replaced b
1tpc2 1amk 1.0 244 245 49 Triosephosphate isomerase mutant with ser 96 replaced b
1tpdA 1amk 1.1 243 249 70 Triosephosphate isomerase
1tpdB 1amk 1.0 243 249 70 Triosephosphate isomerase
1tpe 1amk 1.1 244 249 70 Triosephosphate isomerase
1tpfA 1amk 1.1 243 250 70 Triosephosphate isomerase
1tpfB 1amk 1.1 244 249 70 Triosephosphate isomerase
1tpg 1tpg 0.0 91 91 100 t-plasminogen activator f1-g Mutant
1tph1 1amk 1.0 244 245 50 Triosephosphate isomerase complexed with phosphoglycolo
1tph2 1amk 0.9 244 245 50 Triosephosphate isomerase complexed with phosphoglycolo
1tpkA 5hpgA 1.5 77 88 46 Tissue plasminogen activator (kringle 2 domain)
1tpkB 5hpgA 1.5 77 88 46 Tissue plasminogen activator (kringle 2 domain)
1tpkC 5hpgA 1.5 77 88 46 Tissue plasminogen activator (kringle 2 domain)
1tplA 1ax4A 2.0 422 426 49 Tyrosine phenol-lyase
1tplB 1ax4A 1.7 420 426 49 Tyrosine phenol-lyase
1tpm 1tpg 2.9 50 50 100 Tissue-type plasminogen activator (type 1 fibrin-bindin
1tpn 1tpg 2.2 50 50 100 Tissue-type plasminogen activator (type 1 fibrin-bindin
1tpo 5ptp 0.2 221 223 99 Beta-trypsin (orthorhombic) at pH5.0
1tpp 5ptp 0.2 221 223 99 Beta-trypsin complex with p-amidino-phenyl-pyruvate (ap
1tps 5ptp 0.3 221 223 99 Trypsin complexed with inhibitor a90720a
1tpt 1brwA 2.0 433 440 42 Thymidine phosphorylase
1tpuA 1amk 1.0 244 245 50 Triosephosphate isomerase mutant with his 95 replaced b
1tpuB 1amk 1.0 244 245 50 Triosephosphate isomerase mutant with his 95 replaced b
1tpvA 1amk 1.0 244 245 49 Triosephosphate isomerase mutant with his 95 replaced b
1tpvB 1amk 1.0 244 245 49 Triosephosphate isomerase mutant with his 95 replaced b
1tpwA 1amk 1.0 244 245 50 Triosephosphate isomerase mutant with ser 96 replaced b
1tpwB 1amk 1.0 244 245 50 Triosephosphate isomerase mutant with ser 96 replaced b
1tr1A 2myr 1.7 433 447 34 beta-glucosidase a (bga) Mutant biological_unit
1tr1B 2myr 1.7 433 447 34 beta-glucosidase a (bga) Mutant biological_unit
1tr1C 2myr 1.7 433 447 34 beta-glucosidase a (bga) Mutant biological_unit
1tr1D 2myr 1.7 433 447 34 beta-glucosidase a (bga) Mutant biological_unit
1trb 1trb 0.0 315 315 100 Thioredoxin reductase mutant with cys 138 replaced by s
1trcA 1cll 1.8 67 68 45 Calmodulin (TR=2=C fragment comprising residues 78 - 14
1trcB 1cll 1.6 67 68 44 Calmodulin (TR=2=C fragment comprising residues 78 - 14
1trdA 1amk 1.1 243 249 70 Triosephosphate isomerase 1
1trdB 1amk 0.5 243 249 70 Triosephosphate isomerase 1
1treA 1amk 1.5 243 254 43 Triosephosphate isomerase tim
1treB 1amk 1.5 243 253 43 Triosephosphate isomerase tim
1trf 1ncx 1.9 71 76 100 Troponin c (tr1c fragment) (apo form) (NMR, 1 structure
1trg 1bkpA 1.8 259 265 36 thymidylate synthase biological_unit
1trh 1thg 2.1 526 534 43 Lipase (triacylglycerol hydrolase)
1tri 1amk 1.0 233 239 66 Triosephosphate isomerase mutant with 15 residues (68 -
1trkA 1trkA 0.0 678 678 100 Transketolase
1trkB 1trkA 0.2 677 678 100 Transketolase
1trlA 1hyt 1.2 60 62 100 Thermolysin fragment 255 - 316 (NMR, 8 structures)
1trlB 1hyt 2.0 60 62 94 Thermolysin fragment 255 - 316 (NMR, 8 structures)
1trmA 5ptp 0.4 221 223 73 Asn==102==Trypsin (mutant with asp 102 replaced by asn)
1trmB 5ptp 0.4 221 223 73 Asn==102==Trypsin (mutant with asp 102 replaced by asn)
1trnA 5ptp 0.6 221 224 74 Trypsin complexed with the inhibitor diisopropyl-fluoro
1trnB 5ptp 0.7 221 224 74 Trypsin complexed with the inhibitor diisopropyl-fluoro
1troA 1jhgA 0.9 100 104 98 Trp repressor complex with operator
1troC 1jhgA 1.0 98 99 98 Trp repressor complex with operator
1troE 1jhgA 0.9 96 97 98 Trp repressor complex with operator
1troG 1jhgA 0.7 98 101 98 Trp repressor complex with operator
1trpA 9rnt 0.5 104 104 98 Ribonuclease t1 (lys 25 isoform) mutant with tyr 45 rep
1trpB 9rnt 0.5 104 104 98 Ribonuclease t1 (lys 25 isoform) mutant with tyr 45 rep
1trqA 9rnt 0.5 104 104 99 Ribonuclease t1 (lys 25 isoform) mutant with trp 59 rep
1trqB 9rnt 0.5 104 104 99 Ribonuclease t1 (lys 25 isoform) mutant with trp 59 rep
1trrA 1jhgA 0.9 98 104 98 Trp repressorOPERATOR HALF-SITE TANDEM COMPLEX
1trrB 1jhgA 0.9 98 104 98 Trp repressorOPERATOR HALF-SITE TANDEM COMPLEX
1trrD 1jhgA 0.9 98 104 98 Trp repressorOPERATOR HALF-SITE TANDEM COMPLEX
1trrE 1jhgA 0.9 98 104 98 Trp repressorOPERATOR HALF-SITE TANDEM COMPLEX
1trrG 1jhgA 0.9 98 104 98 Trp repressorOPERATOR HALF-SITE TANDEM COMPLEX
1trrH 1jhgA 0.9 98 104 98 Trp repressorOPERATOR HALF-SITE TANDEM COMPLEX
1trrJ 1jhgA 0.9 98 104 98 Trp repressorOPERATOR HALF-SITE TANDEM COMPLEX
1trrK 1jhgA 0.9 98 104 98 Trp repressorOPERATOR HALF-SITE TANDEM COMPLEX
1trs 1erv 1.2 105 105 96 Thioredoxin mutant with cys 62 replaced by ala, cys 69
1tru 1erv 1.3 105 105 96 Thioredoxin mutant with cys 62 replaced by ala, cys 69
1trv 1erv 1.2 105 105 96 Thioredoxin mutant with cys 62 replaced by ala, cys 69
1trw 1erv 1.2 105 105 96 Thioredoxin mutant with cys 62 replaced by ala, cys 69
1try 5ptp 1.4 215 224 42 trypsin
1ts2A 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1ts2B 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1ts2C 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1ts3A 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1ts3B 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1ts3C 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1ts4A 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1ts4B 1aw7A 1.2 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1ts5A 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1ts5B 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1) Mutant biological
1tsdA 1bkpA 1.7 259 265 36 thymidylate synthase
1tsdB 1bkpA 1.7 259 265 36 thymidylate synthase
1tsg 1tsg 0.0 98 98 100 tsg-6 fragment (proteoglycan tandem repeat, ptr)
1tshA 1etb1 0.2 118 127 98 transthyretin (prealbumin) Mutant biological_unit
1tshB 1etb1 1.1 117 127 98 transthyretin (prealbumin) Mutant biological_unit
1tsiA 1amk 1.1 244 249 69 Triosephosphate isomerase complex with n-hydroxy-4-phos
1tsiB 1amk 1.0 243 249 69 Triosephosphate isomerase complex with n-hydroxy-4-phos
1tsk 1sco 2.1 34 35 45 ts kapa
1tsl 1bkpA 1.8 259 316 38 thymidylate synthase (ts, thymidylate synthetase) biolo
1tsm 1bkpA 1.8 259 316 38 thymidylate synthase (ts, thymidylate synthetase) biolo
1tsn 1bkpA 1.8 259 265 36 thymidylate synthase biological_unit
1tsp 1tyv 0.2 213 544 100 tailspike-protein (tsp)
1tsrA 1tupA 0.0 196 196 100 p53 tumor suppressor DNA
1tsrB 1tupA 0.8 194 194 100 p53 tumor suppressor DNA
1tsrC 1tupA 0.8 194 195 100 p53 tumor suppressor DNA
1tsv 1bkpA 1.9 259 316 38 thymidylate synthase Mutant biological_unit
1tsw 1bkpA 1.8 259 316 38 thymidylate synthase Mutant biological_unit
1tsx 1bkpA 1.8 259 316 38 thymidylate synthase Mutant biological_unit
1tsy 1bkpA 1.8 259 316 38 thymidylate synthase Mutant biological_unit
1tsz 1bkpA 1.8 258 316 37 thymidylate synthase Mutant biological_unit
1ttaA 1etb1 0.2 118 127 99 Transthyretin (formerly prealbumin)
1ttaB 1etb1 1.3 118 127 99 Transthyretin (formerly prealbumin)
1ttbA 1etb1 0.1 118 127 100 Transthyretin (formerly prealbumin) mutant with ala 109
1ttbB 1etb1 1.1 118 127 100 Transthyretin (formerly prealbumin) mutant with ala 109
1ttcA 1etb1 0.3 118 127 98 Transthyretin (formerly prealbumin) mutant with val 30
1ttcB 1etb1 1.0 118 127 98 Transthyretin (formerly prealbumin) mutant with val 30
1ttf 1fnf 3.1 93 94 95 Fibronectin (tenth type iii module) (NMR, 36 structures
1ttg 1fnf 2.7 93 94 95 Fibronectin (tenth type iii module) (NMR, restrained mi
1tti 1amk 0.6 230 236 67 triosephosphate isomerase Mutant
1ttj 1amk 0.7 229 235 66 triosephosphate isomerase Mutant
1ttpA 2tysA 0.5 254 256 100 tryptophan synthase
1ttpB 2tysB 1.1 389 389 99 tryptophan synthase
1ttqA 2tysA 0.5 254 256 100 tryptophan synthase
1ttqB 2tysB 1.1 389 389 99 tryptophan synthase
1ttrA 1etb1 0.2 116 116 98 transthyretin (prealbumin) Mutant
1ttrB 1etb1 0.9 116 117 98 transthyretin (prealbumin) Mutant
1tttA 1efcA 5.6 263 405 60 of elongation factor tu (ef-tu) transfer ribonucleic ac
1tttB 1efcA 5.6 263 405 60 of elongation factor tu (ef-tu) transfer ribonucleic ac
1tttC 1efcA 5.6 263 405 60 of elongation factor tu (ef-tu) transfer ribonucleic ac
1tubA 1tubA 0.0 440 440 100 tubulin biological_unit
1tubB 1tubA 1.6 421 427 40 tubulin biological_unit
1tuc 1tuc 0.0 61 61 100 alpha-spectrin fragment Mutant
1tud 1tud 0.0 60 60 100 alpha-spectrin fragment Mutant
1tuiA 1efcA 3.5 254 397 61 elongation factor tu
1tuiB 1efcA 3.5 254 397 61 elongation factor tu
1tuiC 1efcA 3.5 254 397 61 elongation factor tu
1tul 1tul 0.0 102 102 100 tlp20
1tum 1tum 0.0 129 129 100 mutator mutt protein (muttqc, dgtp pyrophosphohydrolase
1tupA 1tupA 0.0 196 196 100 tumor suppressor p53 DNA (5'-d(tpTpTpCpC[TpApGpApCpTpTp
1tupB 1tupA 0.8 194 194 100 tumor suppressor p53 DNA (5'-d(tpTpTpCpC[TpApGpApCpTpTp
1tupC 1tupA 0.8 194 195 100 tumor suppressor p53 DNA (5'-d(tpTpTpCpC[TpApGpApCpTpTp
1tur 2ovo 1.1 54 56 99 Ovomucoid (third domain) (NMR, 12 structures)
1tus 2ovo 1.4 54 56 99 Ovomucoid (reactive-site hydrolyzed third domain) (NMR,
1tvdA 1tvdA 0.0 116 116 100 t cell receptor fragment (es204 v delta) biological_uni
1tvdB 1tvdA 0.5 116 116 100 t cell receptor fragment (es204 v delta) biological_uni
1tvrA 1rthA 2.8 540 558 97 reverse transcriptase Mutant
1tvrB 1rthA 2.0 144 427 96 reverse transcriptase Mutant
1tvs 1tvs 0.0 75 75 100 Transactivator protein (tat) (tat eiavy) (NMR, 8 struct
1tvt 1tvt 0.0 75 75 100 Transactivator protein (tat, tat eiavy) (NMR, 6 structu
1tvu 1bkpA 1.9 259 317 38 thymidylate synthase Mutant biological_unit
1tvv 1bkpA 1.9 259 317 38 thymidylate synthase Mutant biological_unit
1tvw 1bkpA 1.8 259 317 38 thymidylate synthase Mutant biological_unit
1tvxA 1tvxA 0.0 64 64 100 neutrophil activating peptide 2 variant (nap-2) Mutant
1tvxB 1tvxA 0.8 64 71 100 neutrophil activating peptide 2 variant (nap-2) Mutant
1tvxC 1tvxA 0.2 64 64 100 neutrophil activating peptide 2 variant (nap-2) Mutant
1tvxD 1tvxA 0.8 64 71 100 neutrophil activating peptide 2 variant (nap-2) Mutant
1tx4A 1tx4A 0.0 196 196 100 p50-rhogap (gtpase-activating protein rhogap) transform
1tx4B 1mh1 0.8 174 174 59 p50-rhogap (gtpase-activating protein rhogap) transform
1txa 1tgxA 2.6 57 73 35 toxin b (long neurotoxin)
1txb 1txb 0.0 73 73 100 toxin b (long neurotoxin)
1txm 2pta 1.7 33 34 62 maurotoxin
1tyaE 2ts1 0.1 317 317 99 Tyrosyl-transfer RNA synthetase mutant with thr 51 repl
1tybE 2ts1 0.2 317 317 99 Tyrosyl-transfer RNA synthetase mutant with thr 51 repl
1tyc 2ts1 0.1 317 317 99 Tyrosyl-transfer RNA synthetase mutant with thr 51 repl
1tydE 2ts1 0.1 317 317 99 Tyrosyl-transfer RNA synthetase mutant with thr 51 repl
1tyfA 1tyfA 0.0 183 183 100 clp peptidase (clpp)
1tyfB 1tyfA 0.4 183 183 100 clp peptidase (clpp)
1tyfC 1tyfA 0.5 183 183 100 clp peptidase (clpp)
1tyfD 1tyfA 0.4 183 183 100 clp peptidase (clpp)
1tyfE 1tyfA 0.3 183 183 100 clp peptidase (clpp)
1tyfF 1tyfA 0.4 183 183 100 clp peptidase (clpp)
1tyfG 1tyfA 0.4 183 183 100 clp peptidase (clpp)
1tyfH 1tyfA 0.4 183 183 100 clp peptidase (clpp)
1tyfI 1tyfA 0.4 183 183 100 clp peptidase (clpp)
1tyfJ 1tyfA 0.4 183 183 100 clp peptidase (clpp)
1tyfK 1tyfA 0.4 183 183 100 clp peptidase (clpp)
1tyfL 1tyfA 0.4 183 183 100 clp peptidase (clpp)
1tyfM 1tyfA 0.3 183 183 100 clp peptidase (clpp)
1tyfN 1tyfA 0.4 183 183 100 clp peptidase (clpp)
1tyn 5ptp 0.3 221 223 99 Beta trypsin complexed with cyclotheonamide a
1typA 3grs 1.3 443 487 37 Trypanothione reductase complex with n==1==-glutathiony
1typB 3grs 1.3 443 486 37 Trypanothione reductase complex with n==1==-glutathiony
1tyrA 1etb1 0.3 118 127 99 transthyretin (prealbumin)
1tyrB 1etb1 1.2 118 127 99 transthyretin (prealbumin)
1tys 1bkpA 1.8 259 265 36 Thymidylate synthase mutant with cys 146 replaced by se
1tytA 3grs 1.3 443 487 37 Trypanothione reductase (oxidized form (e))
1tytB 3grs 1.3 443 486 37 Trypanothione reductase (oxidized form (e))
1tyu 1tyv 0.1 542 543 100 tailspike protein fragment (tailspike endorhamnosidase)
1tyv 1tyv 0.0 542 542 100 tailspike protein fragment (tailspike endorhamnosidase)
1tyw 1tyv 0.1 542 543 100 tailspike protein fragment (tailspike endorhamnosidase)
1tyx 1tyv 0.1 542 543 100 tailspike protein fragment (tailspike endorhamnosidase)
1tzeE 1griA 1.8 98 98 100 growth factor receptor-bound protein 2 fragment (grb2-s
1u9aA 1u9aA 0.0 159 159 100 ubc9 (ubiquitin-conjugating enzyme)
1u9b 1u9aA 0.6 158 159 100 ubiquitin-conjugating enzyme e9 (ubc9) Mutant
1uaaA 1pjr 4.4 474 636 44 atp-dependent DNA helicase rep DNA (5'-d(TpTpTpTpTpTpTp
1uaaB 1pjr 6.2 593 633 42 atp-dependent DNA helicase rep DNA (5'-d(TpTpTpTpTpTpTp
1uae 1uae 0.0 418 418 100 udp-n-acetylglucosamine enolpyruvyl transferase (mura)
1uag 1uag 0.0 428 428 100 udp-n-acetylmuramoyl-l-alanine:D-GLUTAMATE ligase (murd
1uba 1uba 0.0 45 45 100 hhr23a fragment
1ubdC 1aayA 2.3 79 114 36 yy1 fragment (ying-yang 1) Mutant adeno-associated viru
1ubi 1bt0 0.7 73 76 62 Ubiquitin
1ubpA 1ubpA 0.0 100 100 100 urease (urea aminohydrolase)
1ubpB 1ubpB 0.0 122 122 100 urease (urea aminohydrolase)
1ubpC 1ubpC 0.0 570 570 100 urease (urea aminohydrolase)
1ubq 1bt0 0.7 73 76 62 Ubiquitin
1ubsA 2tysA 0.4 255 257 100 tryptophan synthase Mutant l-serine
1ubsB 2tysB 0.9 389 389 100 tryptophan synthase Mutant l-serine
1ubv 1uby 0.3 348 348 100 farnesyl diphosphate synthase (fps) Mutant biological_u
1ubw 1uby 0.4 348 348 100 farnesyl diphosphate synthase (fps) Mutant biological_u
1ubx 1uby 0.8 348 348 99 farnesyl diphosphate synthase (fps) Mutant biological_u
1uby 1uby 0.0 348 348 100 farnesyl diphosphate synthase (fps) Mutant biological_u
1ucbH 1igtB 2.4 216 219 75 chimeric human/mouse igg fab fragment br96 fragment (cb
1uch 1uch 0.0 206 206 100 ubiquitin c-terminal hydrolase uch-l3 (uch-l3,Dub) biol
1ucoA 3lzt 0.7 129 129 100 lysozyme (hen egg-white lysozyme, mucopeptide n-acetylm
1ucoB 3lzt 0.8 129 129 100 lysozyme (hen egg-white lysozyme, mucopeptide n-acetylm
1ucwA 1onrA 0.1 316 316 99 transaldolase
1ucwB 1onrA 0.1 316 316 99 transaldolase
1ucyJ 1ppbL 3.8 35 36 64 thrombin fibrinopeptide a-alpha fragment
1ucyK 5ptp 1.3 220 259 37 thrombin fibrinopeptide a-alpha fragment
1ucyL 1ppbL 5.1 34 36 69 thrombin fibrinopeptide a-alpha fragment
1ucyM 1ppbL 4.1 34 36 69 thrombin fibrinopeptide a-alpha fragment
1ucyN 5ptp 1.4 220 259 37 thrombin fibrinopeptide a-alpha fragment
1uda 1xel 0.1 338 338 100 udp-galactose-4-epimerase (epimerase) biological_unit
1udb 1xel 0.1 338 338 100 udp-galactose-4-epimerase (epimerase) biological_unit
1udc 1xel 0.2 338 338 99 udp-galactose-4-epimerase (epimerase) biological_unit
1udg 1akz 1.3 220 228 41 uracil-DNA glycosylase
1udh 1akz 1.3 220 228 41 uracil-DNA glycosylase
1udiE 1akz 1.3 220 227 41 uracil-DNA glycosylase uracil-DNA glycosylase inhibitor
1udiI 1ugiA 0.6 82 83 100 uracil-DNA glycosylase uracil-DNA glycosylase inhibitor
1udrA 3chy 0.5 126 126 97 chey protein Mutant
1udrB 3chy 0.5 125 125 97 chey protein Mutant
1udrC 3chy 0.5 125 125 97 chey protein Mutant
1udrD 3chy 0.5 126 126 97 chey protein Mutant
1ueaA 1hfc 0.8 157 168 60 matrix metalloproteinase-3 fragment (mmp-3 is identical
1ueaB 1ueaB 0.0 181 181 100 matrix metalloproteinase-3 fragment (mmp-3 is identical
1ueaC 1hfc 0.8 157 168 60 matrix metalloproteinase-3 fragment (mmp-3 is identical
1ueaD 1ueaB 1.1 181 181 100 matrix metalloproteinase-3 fragment (mmp-3 is identical
1uga 2cba 0.2 257 257 99 carbonic anhydrase ii Mutant
1ugb 2cba 0.2 257 257 99 carbonic anhydrase ii Mutant
1ugc 2cba 0.2 257 257 99 carbonic anhydrase ii Mutant
1ugd 2cba 0.1 257 257 99 carbonic anhydrase ii Mutant
1uge 2cba 0.3 257 257 99 carbonic anhydrase ii Mutant
1ugf 2cba 0.2 257 257 99 carbonic anhydrase ii Mutant
1ugg 2cba 0.3 257 257 99 carbonic anhydrase ii Mutant
1ughE 1akz 0.4 223 223 100 uracil-DNA glycosylase (udg) Mutant biological_unit ura
1ughI 1ugiA 0.6 82 82 100 uracil-DNA glycosylase (udg) Mutant biological_unit ura
1ugiA 1ugiA 0.0 83 83 100 uracil-DNA glycosylase inhibitor (ugi) biological_unit
1ugiB 1ugiA 0.7 83 83 100 uracil-DNA glycosylase inhibitor (ugi) biological_unit
1ugiC 1ugiA 0.6 83 83 100 uracil-DNA glycosylase inhibitor (ugi) biological_unit
1ugiD 1ugiA 0.7 82 82 100 uracil-DNA glycosylase inhibitor (ugi) biological_unit
1ugiE 1ugiA 0.7 83 83 100 uracil-DNA glycosylase inhibitor (ugi) biological_unit
1ugiF 1ugiA 0.8 83 83 100 uracil-DNA glycosylase inhibitor (ugi) biological_unit
1ugiG 1ugiA 0.3 83 83 100 uracil-DNA glycosylase inhibitor (ugi) biological_unit
1ugiH 1ugiA 0.4 83 83 100 uracil-DNA glycosylase inhibitor (ugi) biological_unit
1uia 3lzt 0.7 127 127 100 lysozyme Mutant biological_unit
1uib 3lzt 0.8 127 127 100 lysozyme Mutant biological_unit
1uic 3lzt 0.7 129 129 99 lysozyme Mutant biological_unit
1uid 3lzt 0.8 129 129 99 lysozyme Mutant biological_unit
1uie 3lzt 0.7 129 129 99 lysozyme Mutant biological_unit
1uif 3lzt 0.8 129 129 99 lysozyme Mutant biological_unit
1uig 3lzt 0.7 129 129 100 lysozyme biological_unit
1uih 3lzt 0.7 129 129 100 lysozyme biological_unit
1uio 1a4mA 0.3 348 348 99 adenosine deaminase Mutant
1uip 1a4mA 0.3 348 348 99 adenosine deaminase Mutant
1uke 1zin 1.8 187 193 28 uridylmonophosphateCYTIDYLMONOPHOSPHATE KINASE (umpCMP
1ukrA 1xnb 1.5 173 181 45 endo-1,4-b-xylanase i (xylanase)
1ukrB 1xnb 1.5 173 181 45 endo-1,4-b-xylanase i (xylanase)
1ukrC 1xnb 1.5 173 181 45 endo-1,4-b-xylanase i (xylanase)
1ukrD 1xnb 1.5 173 181 45 endo-1,4-b-xylanase i (xylanase)
1uky 1zin 1.6 181 196 30 Uridylate kinase complexed with two adp molecules
1ukz 1zin 1.7 181 196 30 Uridylate kinase complexed with adp and amp
1ula 1b8oA 1.3 276 289 86 Purine nucleoside phosphorylase
1ulb 1b8oA 1.1 278 289 85 Purine nucleoside phosphorylase complex with guanine
1ulo 1ulo 0.0 152 152 100 endoglucanase c fragment (cenc, endo-1,4-beta-glucanase
1ulp 1ulo 1.6 152 152 100 endoglucanase c fragment (cenc, endo-1,4-beta-glucanase
1umaH 5ptp 1.3 220 253 38 alpha-thrombin hirudin i
1umaL 1ppbL 3.3 33 36 100 alpha-thrombin hirudin i
1umsA 1hfc 2.9 154 166 63 stromelysin-1 fragment (matrix metalloproteinase-3, mmp
1umtA 1hfc 2.8 153 166 62 stromelysin-1 fragment (matrix metalloproteinase-3, mmp
1umuA 1umuA 0.0 105 105 100 umud' fragment Mutant
1umuB 1umuA 0.3 105 106 100 umud' fragment Mutant
1unaA 1msc 1.8 119 122 60 ga unassembled coat protein dimer (translational repres
1unaB 1msc 1.8 119 122 60 ga unassembled coat protein dimer (translational repres
1une 1poa 1.2 117 123 57 phospholipase a2
1unkA 1cei 1.0 84 87 100 colicin e7 (immunity e7 protein, imme7)
1unkB 1cei 1.0 84 87 100 colicin e7 (immunity e7 protein, imme7)
1unkC 1cei 0.6 84 87 100 colicin e7 (immunity e7 protein, imme7)
1unkD 1cei 0.6 84 87 100 colicin e7 (immunity e7 protein, imme7)
1uok 1uok 0.0 558 558 100 oligo-1,6-glucosidase
1uor 1bj5 4.2 537 580 77 serum albumin
1uox 1uox 0.0 295 295 100 urate oxidase (uricase) biological_unit
1up1 1ha1 0.5 164 170 100 heterogeneous nuclear ribonucleoprotein a1 fragment (hn
1upj 1fmb 1.7 98 99 33 hiv-1 protease ec 3.4.23.16; biological_unit
1uraA 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1uraB 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1urbA 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1urbB 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
1ure 1hmt 1.8 129 131 32 intestinal fatty acid-binding protein (ifabp, i-fabp)
1uriA 1nwpA 0.8 127 129 60 azurin Mutant
1uriB 1nwpA 0.8 127 129 60 azurin Mutant
1urk 5hpgA 2.3 75 130 40 Plasminogen activator (urokinase-type) (amino terminal
1urnA 1urnA 0.0 96 96 100 u1a spliceosomal protein fragment Mutant RNA 21mer hair
1urnB 1urnA 1.4 96 96 100 u1a spliceosomal protein fragment Mutant RNA 21mer hair
1urnC 1urnA 1.4 96 96 100 u1a spliceosomal protein fragment Mutant RNA 21mer hair
1uroA 1uroA 0.0 357 357 100 uroporphyrinogen decarboxylase (uro-d, urod) biological
1urpA 2dri 4.1 271 271 100 d-ribose-binding protein biological_unit
1urpB 2dri 4.1 271 271 100 d-ribose-binding protein biological_unit
1urpC 2dri 4.3 271 271 100 d-ribose-binding protein biological_unit
1urpD 2dri 4.2 271 271 100 d-ribose-binding protein biological_unit
1urt 2cba 1.0 235 236 54 carbonic anhydrase v (carbonate dehydrogenase (mcavc))
1usn 1hfc 1.0 154 164 62 stromelysin-1 fragment (matrix metalloproteinase-3, pro
1utg 1utg 0.0 70 70 100 Uteroglobin (oxidized)
1utrA 1utg 1.9 66 68 56 uteroglobin (mammalian pcb-binding protein)
1utrB 1utg 1.9 66 68 56 uteroglobin (mammalian pcb-binding protein)
1uugA 1akz 1.0 217 222 57 uracil-DNA glycosylase (udg) biological_unit uracil-DNA
1uugB 1ugiA 0.6 82 82 100 uracil-DNA glycosylase (udg) biological_unit uracil-DNA
1uugC 1akz 1.0 217 221 57 uracil-DNA glycosylase (udg) biological_unit uracil-DNA
1uugD 1ugiA 0.7 82 82 100 uracil-DNA glycosylase (udg) biological_unit uracil-DNA
1uvsH 5ptp 1.3 213 241 39 thrombin (factor ii)
1uvtH 5ptp 1.3 217 247 38 thrombin (factor ii)
1uvuH 5ptp 1.4 214 244 38 thrombin (factor ii)
1uwbA 1rthA 2.7 541 558 98 reverse transcriptase Mutant
1uwbB 1rthA 9.2 191 427 77 reverse transcriptase Mutant
1uwoA 4icb 2.5 72 91 36 s100b (s-100b) biological_unit
1uwoB 4icb 2.6 72 91 36 s100b (s-100b) biological_unit
1uxc 1uxc 0.0 50 50 100 fructose repressor fragment (frur (1-57)) Mutant
1uxd 1uxc 0.8 50 59 100 fructose repressor (frur (1-57))
1uxy 2mbr 0.2 340 340 99 uridine diphospho-n-acetylenolpyruvylglucosamine reduct
1v39 1v39 0.0 292 292 100 vp39 (poly(a) polymerase regulatory subunit) Mutant bio
1vacA 1agdA 1.3 270 274 71 mhc class i h-2kb heavy chain fragment beta-2 microglob
1vacB 1agdB 0.9 99 99 70 mhc class i h-2kb heavy chain fragment beta-2 microglob
1vadA 1agdA 1.2 270 274 71 mhc class i h-2kb heavy chain fragment beta-2 microglob
1vadB 1agdB 0.9 99 99 70 mhc class i h-2kb heavy chain fragment beta-2 microglob
1valA 1nls 0.6 237 237 100 concanavalin a biological_unit
1valB 1nls 0.5 237 237 100 concanavalin a biological_unit
1valC 1nls 0.6 237 237 100 concanavalin a biological_unit
1valD 1nls 0.6 237 237 100 concanavalin a biological_unit
1vamA 1nls 0.5 237 237 100 concanavalin a
1vamB 1nls 0.5 237 237 100 concanavalin a
1vamC 1nls 0.5 237 237 100 concanavalin a
1vamD 1nls 0.6 237 237 100 concanavalin a
1vaoA 1vaoA 0.0 550 550 100 vanillyl-alcohol oxidase biological_unit
1vaoB 1vaoA 0.1 550 550 100 vanillyl-alcohol oxidase biological_unit
1vapA 1poa 1.5 113 123 42 phospholipase a2
1vapB 1poa 1.5 113 123 42 phospholipase a2
1varA 1avmA 1.5 186 198 46 manganese superoxide dismutase Mutant
1varB 1avmA 1.5 186 198 46 manganese superoxide dismutase Mutant
1vasA 2end 0.5 137 137 99 endonuclease v Mutant DNA (5'-d(apTpCpGpCpGpTpTpGpCpGpC
1vba1 1pov1 1.2 234 279 80 poliovirus type 3
1vba2 1aym2 1.6 250 266 53 poliovirus type 3
1vba3 1aym3 1.0 234 235 50 poliovirus type 3
1vba4 1pvc4 0.3 62 62 100 poliovirus type 3
1vbb1 1pov1 1.2 234 279 80 poliovirus type 3
1vbb2 1aym2 1.6 250 266 53 poliovirus type 3
1vbb3 1aym3 1.0 234 235 50 poliovirus type 3
1vbb4 1pvc4 0.3 62 62 100 poliovirus type 3
1vbc1 1pov1 1.2 234 279 80 poliovirus type 3
1vbc2 1aym2 1.6 250 266 53 poliovirus type 3
1vbc3 1aym3 1.0 234 235 50 poliovirus type 3
1vbc4 1pvc4 0.3 62 62 100 poliovirus type 3
1vbd1 1pov1 0.4 235 283 100 poliovirus type 1 mahoney
1vbd2 1aym2 1.6 250 266 53 poliovirus type 1 mahoney
1vbd3 1aym3 0.9 234 235 48 poliovirus type 1 mahoney
1vbd4 1pvc4 0.6 62 62 94 poliovirus type 1 mahoney
1vbe1 1pov1 1.2 234 279 80 poliovirus type 3 Mutant
1vbe2 1aym2 1.6 250 266 53 poliovirus type 3 Mutant
1vbe3 1aym3 1.0 234 235 50 poliovirus type 3 Mutant
1vbe4 1pvc4 0.3 62 62 100 poliovirus type 3 Mutant
1vbsA 2cpl 0.3 164 164 100 cyclophilin a tetrapeptide
1vbtA 2cpl 0.4 164 164 100 cyclophilin a sulfur-substituted tetrapeptide
1vbtB 2cpl 0.3 164 164 100 cyclophilin a sulfur-substituted tetrapeptide
1vcaA 1vcaA 0.0 199 199 100 human vascular cell adhesion molecule-1 (vcam-d1,2)
1vcaB 1vcaA 0.9 199 199 100 human vascular cell adhesion molecule-1 (vcam-d1,2)
1vcbA 1vcbA 0.0 98 98 100 elongin b fragment elongin c fragment vhl fragment
1vcbB 1vcbB 0.0 88 88 100 elongin b fragment elongin c fragment vhl fragment
1vcbC 1vcbC 0.0 142 142 100 elongin b fragment elongin c fragment vhl fragment
1vcbD 1vcbA 0.1 98 98 100 elongin b fragment elongin c fragment vhl fragment
1vcbE 1vcbB 0.1 88 88 100 elongin b fragment elongin c fragment vhl fragment
1vcbF 1vcbC 0.2 142 142 100 elongin b fragment elongin c fragment vhl fragment
1vcbG 1vcbA 0.1 98 98 100 elongin b fragment elongin c fragment vhl fragment
1vcbH 1vcbB 0.1 88 88 100 elongin b fragment elongin c fragment vhl fragment
1vcbI 1vcbC 0.3 142 142 100 elongin b fragment elongin c fragment vhl fragment
1vcbJ 1vcbA 0.1 98 98 100 elongin b fragment elongin c fragment vhl fragment
1vcbK 1vcbB 0.1 88 88 100 elongin b fragment elongin c fragment vhl fragment
1vcbL 1vcbC 0.2 142 142 100 elongin b fragment elongin c fragment vhl fragment
1vcc 1vcc 0.0 77 77 100 DNA topoisomerase i fragment
1vcpA 1svpA 0.7 149 149 68 semliki forest virus capsid protein
1vcpB 1svpA 0.7 149 149 68 semliki forest virus capsid protein
1vcpC 1svpA 0.7 149 149 68 semliki forest virus capsid protein
1vcqA 1svpA 0.8 149 149 68 semliki forest virus capsid protein
1vcqB 1svpA 0.8 149 149 68 semliki forest virus capsid protein
1vdc 1trb 1.3 307 322 47 nadph dependent thioredoxin reductase (ntr)
1vdeA 1vdeA 0.0 429 429 100 pi-scei
1vdeB 1vdeA 1.5 426 428 98 pi-scei
1vdfA 1vdfA 0.0 46 46 100 cartilage oligomeric matrix protein fragment (comp) bio
1vdfB 1vdfA 1.1 46 46 100 cartilage oligomeric matrix protein fragment (comp) bio
1vdfC 1vdfA 1.1 46 46 100 cartilage oligomeric matrix protein fragment (comp) bio
1vdfD 1vdfA 1.2 46 46 100 cartilage oligomeric matrix protein fragment (comp) bio
1vdfE 1vdfA 1.0 46 46 100 cartilage oligomeric matrix protein fragment (comp) bio
1vdrA 1vdrA 0.0 157 157 100 dihydrofolate reductase (dhfr)
1vdrB 1vdrA 0.6 154 154 100 dihydrofolate reductase (dhfr)
1vewA 1avmA 2.0 183 205 45 manganese superoxide dismutase (mnsod, mnsd) biological
1vewB 1avmA 2.0 183 205 45 manganese superoxide dismutase (mnsod, mnsd) biological
1vewC 1avmA 2.0 183 205 45 manganese superoxide dismutase (mnsod, mnsd) biological
1vewD 1avmA 2.0 183 205 45 manganese superoxide dismutase (mnsod, mnsd) biological
1vfaA 8fabA 1.4 104 108 45 Fv fragment of mouse monoclonal antibody d1.3 (balbC, I
1vfaB 1mfa 1.2 115 116 39 Fv fragment of mouse monoclonal antibody d1.3 (balbC, I
1vfbA 8fabA 1.4 103 107 47 Fv fragment of mouse monoclonal antibody d1.3 complexed
1vfbB 1mfa 1.3 115 116 39 Fv fragment of mouse monoclonal antibody d1.3 complexed
1vfbC 3lzt 1.3 129 129 100 Fv fragment of mouse monoclonal antibody d1.3 complexed
1vfd 1cb6A 4.7 239 321 94 lactoferrin fragment (nlf) Mutant
1vfe 1cb6A 4.7 240 321 94 human lactoferrin fragment (nlf) Mutant
1vfn 1b8oA 0.6 269 270 94 purine-nucleoside phosphorylase
1vfrA 1vfrA 0.0 217 217 100 nad(p)h:fmn oxidoreductase (frase i, fmn reductase) bio
1vfrB 1vfrA 0.4 217 217 100 nad(p)h:fmn oxidoreductase (frase i, fmn reductase) bio
1vgcB 5ptp 1.1 126 131 44 gamma chymotrypsin
1vgcC 5ptp 1.2 90 95 48 gamma chymotrypsin
1vgeH 1igtB 3.1 210 225 57 tr1.9 fab fragment
1vgeL 8fabA 7.7 203 214 42 tr1.9 fab fragment
1vgh 2vgh 2.3 54 55 100 vascular endothelial growth factor-165 fragment (vegf-1
1vhbA 2vhbA 0.5 135 135 100 hemoglobin (soluble cytochrome o) biological_unit
1vhbB 2vhbA 0.5 135 135 100 hemoglobin (soluble cytochrome o) biological_unit
1vhh 1vhh 0.0 157 157 100 sonic hedgehog (hhg-1, vhh-1)
1vhiA 1b3tA 1.1 127 139 100 epstein barr virus nuclear antigen-1 fragment (ebna1)
1vhiB 1b3tA 0.6 126 132 100 epstein barr virus nuclear antigen-1 fragment (ebna1)
1vhp 1igtB 3.1 115 117 75 vh-p8
1vhrA 1vhrA 0.0 178 178 100 human vh1-related dual-specificity phosphatase vhr (vhr
1vhrB 1vhrA 0.8 178 178 100 human vh1-related dual-specificity phosphatase vhr (vhr
1vib 1vib 0.0 55 55 100 neurotoxin b-iv
1vid 1vid 0.0 214 214 100 catechol o-methyltransferase (comt)
1vie 1vie 0.0 60 60 100 dihydrofolate reductase (r67 dhfr)
1vif 1vie 0.2 60 60 100 dihydrofolate reductase (r67 dhfr)
1vig 1vih 1.7 71 71 100 vigilin fragment
1vih 1vih 0.0 71 71 100 vigilin fragment
1vii 1vii 0.0 36 36 100 villin fragment (hp-36, r42-76)
1vijA 1fmb 1.8 98 99 33 hiv-1 protease
1vijB 1fmb 1.8 98 99 33 hiv-1 protease
1vikA 1fmb 1.6 97 99 31 hiv-1 protease
1vikB 1fmb 1.5 97 99 31 hiv-1 protease
1vin 1vin 0.0 252 252 100 cyclin a Mutant
1vip 1poa 1.3 112 121 43 phospholipase a2 biological_unit
1vitH 5ptp 1.6 221 259 37 alpha thrombin epsilon thrombin hirudin fragment
1vitL 1ppbL 2.3 33 36 77 alpha thrombin epsilon thrombin hirudin fragment
1vitM 1ppbL 3.4 31 36 72 alpha thrombin epsilon thrombin hirudin fragment
1vjs 1bli 0.6 464 469 99 alpha-amylase (bla)
1vjw 1fxd 1.0 56 58 43 ferredoxin(a)
1vklA 3pmgA 0.5 561 561 99 phosphoglucomutase biological_unit
1vklB 3pmgA 0.7 561 561 99 phosphoglucomutase biological_unit
1vkxA 1a3qA 1.9 260 273 46 nf-kappa-b p65 fragment nf-kappa-b p50 fragment immunog
1vkxB 1a3qA 2.1 284 312 60 nf-kappa-b p65 fragment nf-kappa-b p50 fragment immunog
1vlk 2ilk 2.1 142 142 91 viral interleukin-10 (bcrf1 protein)
1vlnA 1nls 0.7 237 237 100 concanavalin a
1vlnB 1nls 0.6 237 237 100 concanavalin a
1vlnC 1nls 0.6 237 237 100 concanavalin a
1vlnD 1nls 0.6 237 237 100 concanavalin a
1vlnE 1nls 0.6 237 237 100 concanavalin a
1vlnF 1nls 0.6 237 237 100 concanavalin a
1vlnG 1nls 0.6 237 237 100 concanavalin a
1vlnH 1nls 0.6 237 237 100 concanavalin a
1vls 1vls 0.0 146 146 100 aspartate receptor (tar) biological_unit
1vltA 1vls 1.9 139 142 90 aspartate receptor (tar) biological_unit aspartate
1vltB 1vls 2.0 134 143 92 aspartate receptor (tar) biological_unit aspartate
1vlxA 1nwpA 0.8 127 128 67 azurin (cobalt-axurin)
1vlxB 1nwpA 0.8 127 128 67 azurin (cobalt-axurin)
1vlxC 1nwpA 0.8 127 128 67 azurin (cobalt-axurin)
1vlxD 1nwpA 0.7 127 128 67 azurin (cobalt-axurin)
1vlzA 3chy 0.7 128 128 99 Chey mutant with thr 87 replaced by ile (t87i)
1vlzB 3chy 0.5 127 127 99 Chey mutant with thr 87 replaced by ile (t87i)
1vmoA 1vmoA 0.0 163 163 100 Vitelline membrane outer layer protein i
1vmoB 1vmoA 0.7 163 163 100 Vitelline membrane outer layer protein i
1vna 1aho 2.8 57 65 41 Neurotoxin (variant-1) (cse-v1) (NMR, 26 structures)
1vnb 1aho 2.6 57 65 42 Neurotoxin (variant-1) (cse-v1) (NMR, minimized average
1vnc 1vnc 0.0 576 576 100 vanadium-containing chloroperoxidase
1vnd 2hddA 1.6 53 77 40 vndNK-2 PROTEIN fragment
1vokA 1ytbA 0.8 179 191 85 tata-box-binding protein
1vokB 1ytbA 0.8 180 187 85 tata-box-binding protein
1volA 1tfb 2.2 95 203 85 transcription factor iib fragment tata-box-binding prot
1volB 1ytbA 0.8 179 186 85 transcription factor iib fragment tata-box-binding prot
1vom 1lvk 2.2 665 730 97 myosin fragment
1vot 2bce 2.0 488 529 32 acetylcholinesterase biological_unit
1vp3 1v39 0.2 292 292 100 vp39 (poly(a) polymerase regulatory subunit) biological
1vp9 1v39 0.2 292 292 100 vp39 (poly(a) polymerase regulatory subunit) Mutant bio
1vpc 1vpc 0.0 45 45 100 vpr protein fragment (vpr hiv-1 (lai))
1vpe 16pk 3.1 390 398 48 phosphoglycerate kinase biological_unit
1vpfA 1vpfA 0.0 94 94 100 vascular endothelial growth factor fragment (vegf, vasc
1vpfB 1vpfA 0.2 94 94 100 vascular endothelial growth factor fragment (vegf, vasc
1vpfC 1vpfA 0.4 94 94 100 vascular endothelial growth factor fragment (vegf, vasc
1vpfD 1vpfA 0.3 94 94 100 vascular endothelial growth factor fragment (vegf, vasc
1vpi 1poa 1.7 112 122 40 phospholipase a2 inhibitor
1vpnA 1vpsA 0.2 285 285 100 polyomavirus vp1 pentamer biological_unit
1vpnB 1vpsA 0.5 285 289 100 polyomavirus vp1 pentamer biological_unit
1vpnC 1vpsA 0.2 285 285 100 polyomavirus vp1 pentamer biological_unit
1vpnD 1vpsA 0.3 285 285 100 polyomavirus vp1 pentamer biological_unit
1vpnE 1vpsA 0.2 285 285 100 polyomavirus vp1 pentamer biological_unit
1vppV 1vpfA 1.2 94 96 100 vascular endothelial growth factor fragment (vegf, vasc
1vppW 1vpfA 1.7 88 90 100 vascular endothelial growth factor fragment (vegf, vasc
1vpsA 1vpsA 0.0 285 285 100 polyomavirus vp1 pentamer biological_unit
1vpsB 1vpsA 0.4 285 289 100 polyomavirus vp1 pentamer biological_unit
1vpsC 1vpsA 0.2 285 285 100 polyomavirus vp1 pentamer biological_unit
1vpsD 1vpsA 0.2 285 285 100 polyomavirus vp1 pentamer biological_unit
1vpsE 1vpsA 0.1 285 285 100 polyomavirus vp1 pentamer biological_unit
1vpt 1v39 0.3 292 292 99 vp39 (poly(a) polymerase regulatory subunit) Mutant
1vpu 1vpu 0.0 45 45 100 vpu protein fragment (vpu(39-81)) Mutant
1vpwA 1dbqA 3.0 275 338 100 purine repressor Mutant biological_unit DNA
1vqa 1gvp 0.3 86 86 98 gene v protein (gvp, g5p, a35l47) Mutant biological_uni
1vqb 1gvp 0.3 86 86 100 gene v protein (gvp, g5p) biological_unit
1vqc 1gvp 0.3 86 86 98 gene v protein (gvp, g5p, i35f47) Mutant biological_uni
1vqd 1gvp 0.3 86 86 98 gene v protein (gvp, g5p, i35l47) Mutant biological_uni
1vqe 1gvp 0.3 86 86 98 gene v protein (gvp, g5p, i35m47) Mutant biological_uni
1vqf 1gvp 0.3 86 86 98 gene v protein (gvp, g5p, i35v47) Mutant biological_uni
1vqg 1gvp 0.3 86 86 99 gene v protein (gvp, g5p, i47l) Mutant biological_unit
1vqh 1gvp 0.3 86 86 99 gene v protein (gvp, g5p, i47m) Mutant biological_unit
1vqi 1gvp 0.3 86 86 99 gene v protein (gvp, g5p, i47v) Mutant biological_unit
1vqj 1gvp 0.3 86 86 99 gene v protein (gvp, g5p, v35i) Mutant biological_unit
1vr1H 5ptp 1.3 217 247 38 thrombin
1vreA 2hbg 1.6 147 147 92 globin, monomeric component m-iv (ghm4) biological_unit
1vrfA 2hbg 1.7 147 147 92 globin, monomeric component m-iv (ghm4) biological_unit
1vrh1 1pov1 1.4 213 273 46 rhinovirus 14 (hrv14) Mutant
1vrh2 1aym2 1.1 248 255 61 rhinovirus 14 (hrv14) Mutant
1vrh3 1aym3 0.9 230 236 53 rhinovirus 14 (hrv14) Mutant
1vrh4 4rhv4 0.0 40 40 100 rhinovirus 14 (hrv14) Mutant
1vrkA 1cll 8.2 91 148 91 calmodulin Mutant biological_unit rs20
1vrtA 1rthA 2.2 525 525 100 hiv-1 reverse transcriptase (hiv-1 rt)
1vrtB 1rthA 18.7 367 401 98 hiv-1 reverse transcriptase (hiv-1 rt)
1vruA 1rthA 2.2 526 526 100 hiv-1 reverse transcriptase (hiv-1 rt)
1vruB 1rthA 19.1 374 410 97 hiv-1 reverse transcriptase (hiv-1 rt)
1vsb 1gci 1.0 265 274 61 subtilisin carlsberg, type viii (subtilopeptidase a) bi
1vscA 1vcaA 2.8 194 196 99 vascular cell adhesion molecule-1 fragment (vcam-1) Mut
1vscB 1vcaA 3.8 188 196 99 vascular cell adhesion molecule-1 fragment (vcam-1) Mut
1vsd 1vsd 0.0 146 146 100 integrase fragment
1vse 1vsd 0.3 146 146 100 integrase fragment
1vsf 1vsd 0.2 146 146 100 integrase fragment
1vsgA 1vsgA 0.0 362 362 100 Variant surface glycoprotein (n-terminal domain)
1vsgB 1vsgA 0.4 362 362 100 Variant surface glycoprotein (n-terminal domain)
1vsh 1vsd 0.6 146 146 99 integrase fragment
1vsi 1vsd 0.4 146 146 99 integrase fragment
1vsj 1vsd 0.3 146 146 99 integrase fragment
1vsk 1vsd 1.2 144 146 99 integrase fragment Mutant biological_unit
1vsl 1vsd 1.1 144 146 99 integrase fragment Mutant biological_unit
1vsm 1vsd 1.1 144 146 100 integrase fragment
1vtk 2ki5A 0.7 298 313 100 thymidine kinase biological_unit
1vtmP 1rmvA 2.2 139 158 43 Tobacco mosaic virus, strain u2 (fiber diffraction)
1vtx 1vtx 0.0 42 42 100 delta-atracotoxin-hv1 (versutoxin)
1vubA 3vub 0.7 95 95 100 ccdb biological_unit
1vubB 3vub 0.7 95 101 100 ccdb biological_unit
1vubC 3vub 0.7 95 101 100 ccdb biological_unit
1vubD 3vub 0.7 95 97 100 ccdb biological_unit
1vvc 1hfh 8.4 113 118 31 vaccinia virus complement control protein fragment (sp3
1vvd 1hfh 8.2 106 118 32 vaccinia virus complement control protein fragment (sp3
1vve 1hfh 8.1 113 118 31 vaccinia virus complement control protein fragment (sp3
1vwaB 2izk 1.1 108 123 100 streptavidin peptide ligand containing hpq
1vwaD 2izk 1.2 108 121 100 streptavidin peptide ligand containing hpq
1vwbB 2izk 0.7 107 123 100 streptavidin peptide ligand containing hpq
1vwcB 2izk 0.7 107 121 100 streptavidin peptide ligand containing hpq
1vwdB 2izk 0.7 107 121 100 streptavidin peptide ligand containing hpq
1vweB 2izk 1.0 108 121 100 streptavidin peptide ligand containing hpq
1vwfB 2izk 1.1 108 121 100 streptavidin peptide ligand containing hpq
1vwgB 2izk 0.6 107 121 100 streptavidin peptide ligand containing hpq
1vwhB 2izk 0.6 107 121 100 streptavidin peptide ligand containing hpq
1vwiB 2izk 1.1 108 123 100 streptavidin peptide ligand containing hpq
1vwiD 2izk 1.2 108 121 100 streptavidin peptide ligand containing hpq
1vwjB 2izk 1.1 108 123 100 streptavidin peptide ligand containing hpq
1vwjD 2izk 1.2 108 121 100 streptavidin peptide ligand containing hpq
1vwkB 2izk 1.1 108 123 100 streptavidin peptide ligand containing hpq
1vwkD 2izk 1.2 108 121 100 streptavidin peptide ligand containing hpq
1vwlB 2izk 1.1 108 123 100 streptavidin peptide ligand containing hpq
1vwlD 2izk 1.2 108 121 100 streptavidin peptide ligand containing hpq
1vwmB 2izk 1.0 108 121 100 streptavidin peptide ligand containing hpq
1vwnB 2izk 1.1 108 121 100 streptavidin peptide ligand containing hpq
1vwoB 2izk 0.6 107 121 100 streptavidin peptide ligand containing hpq
1vwpB 2izk 0.6 107 121 100 streptavidin peptide ligand containing hpq
1vwqB 2izk 1.0 108 121 100 streptavidin peptide ligand containing hpq
1vwrB 2izk 1.0 108 121 100 streptavidin peptide ligand containing hpq
1vwtA 1abwA 0.2 141 141 98 hemoglobin (r hb (alpha 96 val -> trp)) Mutant biologic
1vwtB 1abwA 1.5 139 146 43 hemoglobin (r hb (alpha 96 val -> trp)) Mutant biologic
1vwtC 1abwA 0.3 141 141 98 hemoglobin (r hb (alpha 96 val -> trp)) Mutant biologic
1vwtD 1abwA 1.5 139 146 43 hemoglobin (r hb (alpha 96 val -> trp)) Mutant biologic
1vxa 1a6m 0.4 151 153 100 myoglobin
1vxb 1a6m 0.5 151 153 100 myoglobin
1vxc 1a6m 0.2 151 153 100 myoglobin
1vxd 1a6m 0.3 151 153 100 myoglobin
1vxe 1a6m 0.3 151 153 100 myoglobin
1vxf 1a6m 0.2 151 153 100 myoglobin
1vxg 1a6m 0.3 151 153 100 myoglobin
1vxh 1a6m 0.2 151 153 100 myoglobin
1vza 1bkpA 1.9 259 316 38 thymidylate synthase (ts, lcts) Mutant
1vzb 1bkpA 1.9 259 316 38 thymidylate synthase (ts, lcts) Mutant
1vzc 1bkpA 1.9 259 316 38 thymidylate synthase (ts, lcts) Mutant
1vzd 1bkpA 1.9 259 317 38 thymidylate synthase (ts, lcts) Mutant
1vze 1bkpA 1.8 259 317 38 thymidylate synthase (ts, lcts) Mutant
1vzv 1at3A 1.1 171 211 54 varicella-zoster virus protease fragment (assemblin) Mu
1wab 1wab 0.0 212 212 100 platelet-activating factor acetylhydrolase (paf-ah)
1wad 3cyr 1.8 105 111 39 cytochrome c3
1wafA 1waj 0.7 902 903 100 DNA polymerase (t4 gp43)
1wafB 1waj 0.6 902 903 100 DNA polymerase (t4 gp43)
1waj 1waj 0.0 903 903 100 DNA polymerase (t4 gp43)
1wapA 1wapA 0.0 69 69 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapB 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapC 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapD 1wapA 0.3 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapE 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapF 1wapA 0.4 69 69 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapG 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapH 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapI 1wapA 0.4 69 69 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapJ 1wapA 0.3 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapK 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapL 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapM 1wapA 0.2 69 69 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapN 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapO 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapP 1wapA 0.5 69 69 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapQ 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapR 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapS 1wapA 0.5 69 69 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapT 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapU 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1wapV 1wapA 0.2 67 68 100 Trp RNA-binding attenuation protein complexed with l-tr
1was 1vls 1.5 138 146 97 Bacterial aspartate receptor (ligand-binding domain com
1watA 1vls 2.1 134 142 96 Bacterial aspartate receptor (ligand-binding domain com
1watB 1vls 2.2 135 143 95 Bacterial aspartate receptor (ligand-binding domain com
1wba 1wba 0.0 171 171 100 winged bean albumin 1
1wbc 1wba 2.0 150 183 36 chymotrypsin inhibitor (wci)
1wblA 1led 1.6 224 237 42 winged bean lectin (winged bean basic agglutinin)
1wblB 1led 1.6 224 237 42 winged bean lectin (winged bean basic agglutinin)
1wblC 1led 1.6 224 237 42 winged bean lectin (winged bean basic agglutinin)
1wblD 1led 1.6 224 237 42 winged bean lectin (winged bean basic agglutinin)
1wdb 1cyo 3.5 72 84 78 cytochrome b5
1wdcA 1wdcA 0.0 64 64 100 scallop myosin fragment
1wdcB 1wdcB 0.0 142 142 100 scallop myosin fragment
1wdcC 1wdcC 0.0 152 152 100 scallop myosin fragment
1wdnA 1lst 1.6 220 223 30 glutamine binding protein (glnbp) glutamine
1wejF 1ycc 0.6 103 104 62 e8 antibody fragment (fab e8) biological_unit cytochrom
1wejH 1igtB 3.6 169 223 61 e8 antibody fragment (fab e8) biological_unit cytochrom
1wejL 8fabA 4.1 143 214 37 e8 antibody fragment (fab e8) biological_unit cytochrom
1wer 1wer 0.0 324 324 100 p120gap fragment (gap-334, gapette)
1wetA 1dbqA 3.0 275 338 100 purine repressor-guanine-purf-operator DNA (aacgaaaacgt
1wfaA 1wfbA 0.5 37 37 100 Antifreeze protein isoform hplc6 (4 degrees c)
1wfaB 1wfbA 1.6 37 37 100 Antifreeze protein isoform hplc6 (4 degrees c)
1wfbA 1wfbA 0.0 37 37 100 Antifreeze protein isoform hplc6 (-180 degrees c)
1wfbB 1wfbA 1.6 37 37 100 Antifreeze protein isoform hplc6 (-180 degrees c)
1wfc 1p38 0.8 266 340 98 mitogen-activated protein kinase p38 (csbp2, rk, mpk2)
1wgcA 9wgaA 0.5 171 171 97 Wheat germ agglutinin (isolectin 1) complex with n-acet
1wgcB 9wgaA 0.5 171 171 97 Wheat germ agglutinin (isolectin 1) complex with n-acet
1wgiA 1wgjA 0.5 282 283 100 inorganic pyrophosphatase (ppase) biological_unit
1wgiB 1wgjA 0.6 279 279 100 inorganic pyrophosphatase (ppase) biological_unit
1wgjA 1wgjA 0.0 282 282 100 inorganic pyrophosphatase (ppase) biological_unit
1wgjB 1wgjA 0.3 282 282 100 inorganic pyrophosphatase (ppase) biological_unit
1wgtA 9wgaA 0.3 171 171 96 Wheat germ agglutinin (isolectin 3)
1wgtB 9wgaA 0.4 171 171 96 Wheat germ agglutinin (isolectin 3)
1whe 1edmB 2.0 39 86 57 coagulation factor x
1whf 1edmB 1.5 37 86 66 coagulation factor x
1whi 1whi 0.0 122 122 100 ribosomal protein l14
1who 1who 0.0 94 94 100 allergen phl p 2 (phl p ii)
1whp 1who 0.5 94 94 100 allergen phl p 2 (phl p ii)
1whsA 1ivyA 2.5 241 255 37 Serine carboxypeptidase ii (native form)
1whsB 1whtB 0.2 153 153 100 Serine carboxypeptidase ii (native form)
1whtA 1ivyA 2.5 242 256 37 Serine carboxypeptidase ii complexed with l-benzylsucci
1whtB 1whtB 0.0 153 153 100 Serine carboxypeptidase ii complexed with l-benzylsucci
1wioA 1cdy 1.1 178 363 99 t-cell surface glycoprotein cd4 fragment (cd4)
1wioB 1cdy 1.1 178 363 99 t-cell surface glycoprotein cd4 fragment (cd4)
1wipA 1cdy 1.1 178 363 99 t-cell surface glycoprotein cd4 fragment (cd4)
1wipB 1cdy 1.1 178 363 99 t-cell surface glycoprotein cd4 fragment (cd4)
1wiqA 1cdy 1.1 178 363 99 t-cell surface glycoprotein cd4 fragment (cd4)
1wiqB 1cdy 1.1 178 363 99 t-cell surface glycoprotein cd4 fragment (cd4)
1wit 1wit 0.0 93 93 100 twitchin 18th igsf module
1wiu 1wit 0.6 93 93 100 twitchin 18th igsf module
1wjaA 1aub 1.9 44 46 44 hiv-1 integrase
1wjaB 1aub 1.9 44 46 44 hiv-1 integrase
1wjbA 1aub 2.0 44 55 44 hiv-1 integrase
1wjbB 1aub 2.0 44 55 44 hiv-1 integrase
1wjcA 1aub 1.5 46 47 55 hiv-1 integrase
1wjcB 1aub 1.5 46 47 55 hiv-1 integrase
1wjdA 1aub 1.5 46 55 55 hiv-1 integrase
1wjdB 1aub 1.5 46 55 55 hiv-1 integrase
1wjeA 1aub 2.0 46 46 53 hiv-1 integrase Mutant
1wjeB 1aub 2.0 46 46 53 hiv-1 integrase Mutant
1wjfA 1aub 2.2 46 55 53 hiv-1 integrase Mutant
1wjfB 1aub 2.2 46 55 53 hiv-1 integrase Mutant
1wkd 1pud 0.2 372 372 99 trna-guanine transglycosylase (tgt) Mutant
1wke 1pud 0.1 372 372 99 trna-guanine transglycosylase (tgt) Mutant
1wkf 1pud 0.2 372 372 99 trna-guanine transglycosylase (tgt) Mutant
1wkt 1wkt 0.0 87 87 100 yeast killer toxin
1wla 1a6m 0.8 151 153 87 myoglobin
1wod 1wod 0.0 231 231 100 moda fragment
1wpoA 1lay 1.0 188 207 98 human cytomegalovirus protease
1wpoB 1lay 1.1 188 212 98 human cytomegalovirus protease
1wq1G 1wer 1.0 320 320 100 h-ras fragment (p21ras, ras, harvey-ras) p120gap fragme
1wq1R 1mh1 1.5 163 166 33 h-ras fragment (p21ras, ras, harvey-ras) p120gap fragme
1wqm 3lzt 0.9 129 130 60 lysozyme (muramidase) Mutant
1wqn 3lzt 0.9 129 130 60 lysozyme (muramidase) Mutant
1wqo 3lzt 0.9 129 130 61 lysozyme (muramidase) Mutant
1wqp 3lzt 0.9 129 130 60 lysozyme (muramidase) Mutant
1wqq 3lzt 0.9 129 130 60 lysozyme (muramidase) Mutant
1wqr 3lzt 0.9 129 130 60 lysozyme (muramidase) Mutant
1wrpR 1jhgA 1.1 98 102 99 trp repressor (trigonal form)
1wrsR 1jhgA 3.4 96 104 95 holo trp repressor trp
1wrsS 1jhgA 3.7 91 104 86 holo trp repressor trp
1wrtR 1jhgA 4.6 87 104 87 apo trp repressor
1wrtS 1jhgA 5.2 89 104 69 apo trp repressor
1wsaA 4pgaA 1.0 308 319 48 asparagine amidohydrolase (asparaginase)
1wsaB 4pgaA 1.0 308 320 48 asparagine amidohydrolase (asparaginase)
1wtlA 8fabA 1.5 102 108 47 Wat, a variable domain from immunoglobulin light-chain
1wtlB 8fabA 1.4 102 108 47 Wat, a variable domain from immunoglobulin light-chain
1wtuA 1huuA 3.1 80 99 43 transcription factor 1 (tf1)
1wtuB 1huuA 3.3 79 99 38 transcription factor 1 (tf1)
1wykA 1svpA 0.7 152 152 99 sindbis virus capsid protein fragment (sindbis virus co
1wykB 1svpA 0.5 152 152 99 sindbis virus capsid protein fragment (sindbis virus co
1wykC 1svpA 0.6 152 152 99 sindbis virus capsid protein fragment (sindbis virus co
1wykD 1svpA 0.7 152 152 99 sindbis virus capsid protein fragment (sindbis virus co
1x11A 1x11A 0.0 135 135 100 x11 fragment 13-mer peptide
1x11B 1x11A 1.1 115 122 100 x11 fragment 13-mer peptide
1xaa 1xaa 0.0 345 345 100 3-isopropylmalate dehydrogenase (ipmdh, imdh)
1xab 1xaa 0.1 345 345 100 3-isopropylmalate dehydrogenase (ipmdh, imdh)
1xac 1xaa 0.5 345 345 94 3-isopropylmalate dehydrogenase 2t2m6t s82r (ipmdh, imd
1xad 1xaa 0.5 345 345 94 3-isopropylmalate dehydrogenase 2t2m6t s82r (ipmdh, imd
1xan 3grs 0.2 461 461 100 glutathione reductase
1xas 1xyzA 1.4 289 295 42 1,4-beta-d-xylan xylanohydrolase
1xat 2xat 0.3 208 208 100 xenobiotic acetyltransferase biological_unit
1xbl 1hdj 3.1 66 75 53 dnaj fragment
1xbrA 1xbrA 0.0 184 184 100 t protein fragment DNA
1xbrB 1xbrA 0.9 183 183 100 t protein fragment DNA
1xcaA 1hmt 1.9 130 137 44 cellular retinoic acid binding protein type ii Mutant b
1xcaB 1hmt 2.0 130 137 44 cellular retinoic acid binding protein type ii Mutant b
1xch 1a6m 0.8 151 153 87 myoglobin Mutant
1xdtR 1xdtR 0.0 41 41 100 diphtheria toxin (dt) biological_unit heparin-binding e
1xdtT 1ddt 1.0 517 518 100 diphtheria toxin (dt) biological_unit heparin-binding e
1xei 3lzt 0.8 129 129 100 lysozyme (hen (gallus gallus) egg-white lysozyme, mucop
1xej 3lzt 1.0 129 129 100 lysozyme (hen (gallus gallus) egg-white lysozyme, mucop
1xek 3lzt 1.0 129 129 100 lysozyme (hen (gallus gallus) egg-white lysozyme, mucop
1xel 1xel 0.0 338 338 100 udp-galactose 4-epimerase
1xer 1xer 0.0 103 103 100 ferredoxin
1xgmA 1xgsA 0.4 295 295 100 methionine aminopeptidase biological_unit
1xgmB 1xgsA 0.5 295 295 100 methionine aminopeptidase biological_unit
1xgnA 1xgsA 0.5 295 295 100 methionine aminopeptidase biological_unit
1xgnB 1xgsA 0.6 295 295 100 methionine aminopeptidase biological_unit
1xgo 1xgsA 0.8 295 295 100 methionine aminopeptidase biological_unit
1xgsA 1xgsA 0.0 295 295 100 methionine aminopeptidase biological_unit
1xgsB 1xgsA 0.6 295 295 100 methionine aminopeptidase biological_unit
1xib 4xis 0.2 386 388 99 D-xylose isomerase (ph 7.4)
1xic 4xis 0.2 385 385 99 D-xylose isomerase complexed with d-xylose (ph 9.0)
1xid 4xis 0.2 386 387 99 D-xylose isomerase complexed with l-ascorbic acid, mn,
1xie 4xis 0.2 386 387 99 D-xylose isomerase complexed with 1,5-dianhydrosorbitol
1xif 4xis 0.2 386 388 99 D-xylose isomerase complexed with glucose, mn, and mg (
1xig 4xis 0.2 385 385 99 D-xylose isomerase complexed with xylitol, mg, and mn (
1xih 4xis 0.2 385 385 99 D-xylose isomerase complexed with d-sorbitol and no add
1xii 4xis 0.2 385 385 99 D-xylose isomerase complexed with 300mm d-xylulose and
1xij 4xis 0.2 385 385 99 D-xylose isomerase complexed with threonate and mn (ph
1xikA 1xikA 0.0 340 340 100 protein r2 of ribonucleotide reductase fragment (rnr r2
1xikB 1xikA 0.5 340 341 100 protein r2 of ribonucleotide reductase fragment (rnr r2
1ximA 4xis 0.7 385 392 68 D-xylose isomerase complex with xylitol-co
1ximB 4xis 0.7 385 392 68 D-xylose isomerase complex with xylitol-co
1ximC 4xis 0.7 385 392 68 D-xylose isomerase complex with xylitol-co
1ximD 4xis 0.7 385 392 68 D-xylose isomerase complex with xylitol-co
1xinA 4xis 0.7 385 392 67 D-Xylose isomerase mutant with his 220 replaced by asn
1xinB 4xis 0.7 385 392 67 D-Xylose isomerase mutant with his 220 replaced by asn
1xinC 4xis 0.7 385 392 67 D-Xylose isomerase mutant with his 220 replaced by asn
1xinD 4xis 0.7 385 392 67 D-Xylose isomerase mutant with his 220 replaced by asn
1xis 4xis 0.1 386 386 100 Xylose isomerase complex with mnCl2
1xjo 1xjo 0.0 271 271 100 aminopeptidase (sgap)
1xkaC 5ptp 1.3 211 235 38 blood coagulation factor xa fragment (stuart factor)
1xkaL 1edmB 0.8 35 91 61 blood coagulation factor xa fragment (stuart factor)
1xkbA 1edmB 0.9 36 91 62 blood coagulation factor xa fragment (stuart factor)
1xkbB 1edmB 1.1 34 90 60 blood coagulation factor xa fragment (stuart factor)
1xkbC 5ptp 1.3 212 235 38 blood coagulation factor xa fragment (stuart factor)
1xkbD 5ptp 1.4 212 234 38 blood coagulation factor xa fragment (stuart factor)
1xkjA 1lucA 2.1 315 324 31 beta2 luciferase
1xkjB 1lucA 2.1 315 324 31 beta2 luciferase
1xlaA 4xis 0.7 385 393 65 D-Xylose isomerase (apo form)
1xlaB 4xis 0.7 385 393 65 D-Xylose isomerase (apo form)
1xlbA 4xis 0.7 385 393 65 D-xylose isomerase complex with magnesium
1xlbB 4xis 0.7 385 393 65 D-xylose isomerase complex with magnesium
1xlcA 4xis 0.7 385 393 65 D-Xylose isomerase complex with d-xylose/xylulose and m
1xlcB 4xis 0.7 385 393 65 D-Xylose isomerase complex with d-xylose/xylulose and m
1xldA 4xis 0.7 385 393 65 D-Xylose isomerase complex with d-xylose and manganese
1xldB 4xis 0.7 385 393 65 D-Xylose isomerase complex with d-xylose and manganese
1xleA 4xis 0.7 385 393 65 D-xylose isomerase complex with manganese
1xleB 4xis 0.7 385 393 65 D-xylose isomerase complex with manganese
1xlfA 4xis 0.7 385 393 65 D-Xylose isomerase complex with gluconate and manganese
1xlfB 4xis 0.7 385 393 65 D-Xylose isomerase complex with gluconate and manganese
1xlgA 4xis 0.7 385 393 65 D-xylose isomerase complex with d-xylose/xylulose, magn
1xlgB 4xis 0.7 385 393 65 D-xylose isomerase complex with d-xylose/xylulose, magn
1xlhA 4xis 0.7 385 393 65 D-Xylose isomerase complex with aluminum
1xlhB 4xis 0.7 385 393 65 D-Xylose isomerase complex with aluminum
1xliA 4xis 0.7 385 393 65 D-Xylose isomerase complex with 5-thio-alpha-d-glucose
1xliB 4xis 0.7 385 393 65 D-Xylose isomerase complex with 5-thio-alpha-d-glucose
1xljA 4xis 0.7 385 393 65 D-Xylose isomerase complex with xylitol and manganese
1xljB 4xis 0.7 385 393 65 D-Xylose isomerase complex with xylitol and manganese
1xlkA 4xis 0.7 385 393 65 D-Xylose isomerase complex with manganese
1xlkB 4xis 0.8 385 393 65 D-Xylose isomerase complex with manganese
1xllA 4xis 0.7 385 393 65 D-Xylose isomerase complex with zinc
1xllB 4xis 0.7 385 393 65 D-Xylose isomerase complex with zinc
1xlmA 4xis 0.8 385 393 65 d-xylose isomerase Mutant biological_unit
1xlmB 4xis 0.8 385 393 65 d-xylose isomerase Mutant biological_unit
1xnb 1xnb 0.0 185 185 100 Xylanase (endo-1,4-beta-xylanase)
1xnc 1xnb 0.1 185 185 99 Xylanase (endo-1,4-beta-xylanase) mutant with ser 100 r
1xnd 1xnb 1.1 178 190 53 Xylanase (endo-1,4-beta-xylanase)
1xo1A 1exnA 0.8 244 245 98 5'-exonuclease (5'-nuclease) Mutant biological_unit
1xo1B 1exnA 0.8 244 245 98 5'-exonuclease (5'-nuclease) Mutant biological_unit
1xoa 1thx 1.2 107 108 42 thioredoxin (trx-s2)
1xob 1thx 1.2 106 108 42 thioredoxin (trx-sh2)
1xpb 1btl 0.5 263 263 99 beta-lactamase (penicillinase)
1xpsA 7rsa 0.5 124 124 100 ribonuclease a
1xpsB 7rsa 0.6 124 124 100 ribonuclease a
1xptA 7rsa 0.3 124 124 100 ribonuclease a
1xptB 7rsa 0.5 124 124 100 ribonuclease a
1xra 1mxb 0.3 377 377 100 s-adenosylmethionine synthetase (mat, atp:l-methionine
1xrb 1mxb 0.3 377 377 97 s-adenosylmethionine synthetase (mat, atp:l-methionine
1xrc 1mxb 0.3 377 377 100 s-adenosylmethionine synthetase (mat, atp:l-methionine
1xsm 1xsm 0.0 288 288 100 ribonucleotide reductase r2 (r2) biological_unit
1xsoA 1mfmA 1.0 150 150 66 Cu, zn superoxide dismutase
1xsoB 1mfmA 1.0 150 150 66 Cu, zn superoxide dismutase
1xtcA 1lt3A 0.7 185 192 86 cholera toxin (ctx, choleragen)
1xtcC 1ltaC 2.3 41 45 50 cholera toxin (ctx, choleragen)
1xtcD 3chbD 0.6 103 103 95 cholera toxin (ctx, choleragen)
1xtcE 3chbD 0.6 103 103 95 cholera toxin (ctx, choleragen)
1xtcF 3chbD 0.5 103 103 95 cholera toxin (ctx, choleragen)
1xtcG 3chbD 0.6 103 103 95 cholera toxin (ctx, choleragen)
1xtcH 3chbD 0.5 103 103 95 cholera toxin (ctx, choleragen)
1xuf 5ptp 0.2 223 223 99 trypsin
1xug 5ptp 0.4 223 223 99 trypsin
1xuh 5ptp 0.3 223 223 99 trypsin
1xui 5ptp 0.2 223 223 99 trypsin
1xuj 5ptp 0.3 223 223 99 trypsin
1xuk 5ptp 0.2 223 223 99 trypsin
1xvaA 1xvaA 0.0 293 293 100 glycine n-methyltransferase (gnmt, s-adenosyl-l-methion
1xvaB 1xvaA 0.4 293 293 100 glycine n-methyltransferase (gnmt, s-adenosyl-l-methion
1xwl 1xwl 0.0 580 580 100 DNA polymerase i fragment (bf)
1xxaA 1xxaA 0.0 71 71 100 arginine repressor fragment (argr) l-arginine (arg)
1xxaB 1xxaA 0.6 71 72 100 arginine repressor fragment (argr) l-arginine (arg)
1xxaC 1xxaA 0.4 71 73 100 arginine repressor fragment (argr) l-arginine (arg)
1xxaD 1xxaA 0.9 71 71 100 arginine repressor fragment (argr) l-arginine (arg)
1xxaE 1xxaA 0.5 71 71 100 arginine repressor fragment (argr) l-arginine (arg)
1xxaF 1xxaA 0.8 71 71 100 arginine repressor fragment (argr) l-arginine (arg)
1xxbA 1xxaA 0.5 71 71 100 arginine repressor fragment (argr) l-arginine (arg)
1xxbB 1xxaA 0.5 71 72 100 arginine repressor fragment (argr) l-arginine (arg)
1xxbC 1xxaA 0.5 71 72 100 arginine repressor fragment (argr) l-arginine (arg)
1xxbD 1xxaA 0.5 71 71 100 arginine repressor fragment (argr) l-arginine (arg)
1xxbE 1xxaA 0.5 71 71 100 arginine repressor fragment (argr) l-arginine (arg)
1xxbF 1xxaA 0.5 71 71 100 arginine repressor fragment (argr) l-arginine (arg)
1xxcA 1xxaA 0.6 71 72 100 arginine repressor fragment (argr)
1xxcB 1xxaA 0.6 71 72 100 arginine repressor fragment (argr)
1xxcC 1xxaA 0.6 71 72 100 arginine repressor fragment (argr)
1xxcD 1xxaA 0.6 71 72 100 arginine repressor fragment (argr)
1xxcE 1xxaA 0.6 71 72 100 arginine repressor fragment (argr)
1xxcF 1xxaA 0.7 71 72 100 arginine repressor fragment (argr)
1xyaA 4xis 0.3 386 386 94 Xylose isomerase
1xyaB 4xis 0.3 386 386 94 Xylose isomerase
1xybA 4xis 0.3 386 386 94 Xylose isomerase complexed with glucose
1xybB 4xis 0.3 386 386 94 Xylose isomerase complexed with glucose
1xycA 4xis 0.3 386 386 94 Xylose isomerase complexed with 3-o-methylfructose
1xycB 4xis 0.3 386 386 94 Xylose isomerase complexed with 3-o-methylfructose
1xylA 4xis 0.3 386 386 94 Xylose isomerase mutant with glu a 180 and glu b 680 re
1xylB 4xis 0.3 386 386 94 Xylose isomerase mutant with glu a 180 and glu b 680 re
1xymA 4xis 0.3 386 386 94 Xylose isomerase mutant with glu a 180 and glu b 680 re
1xymB 4xis 0.3 386 386 94 Xylose isomerase mutant with glu a 180 and glu b 680 re
1xyn 1xnb 1.4 176 178 49 endo-1,4-beta-xylanase i (xyni)
1xyoA 1xnb 1.5 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1xyoB 1xnb 1.4 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1xypA 1xnb 1.4 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1xypB 1xnb 1.4 178 190 52 endo-1,4-beta-xylanase ii (xynii)
1xys 1xyzA 1.9 307 345 34 Xylanase a mutant with glu 246 replaced by cys (e246c)
1xyzA 1xyzA 0.0 320 320 100 1,4-beta-d-xylan-xylanohydrolase (endo-1\,4-beta-xylana
1xyzB 1xyzA 0.3 320 320 100 1,4-beta-d-xylan-xylanohydrolase (endo-1\,4-beta-xylana
1xza 1cex 0.1 197 197 99 cutinase Mutant
1xzb 1cex 0.1 197 197 99 cutinase Mutant
1xzc 1cex 0.2 197 197 99 cutinase Mutant
1xzd 1cex 0.2 195 197 100 cutinase Mutant
1xze 1cex 0.1 195 197 99 cutinase Mutant
1xzf 1cex 0.1 197 197 99 cutinase Mutant
1xzg 1cex 0.1 197 197 99 cutinase Mutant
1xzh 1cex 0.1 197 197 99 cutinase Mutant
1xzi 1cex 0.1 197 197 99 cutinase Mutant
1xzj 1cex 0.1 197 197 99 cutinase Mutant
1xzkA 1cex 0.4 197 197 100 cutinase
1xzkB 1cex 0.3 197 197 100 cutinase
1xzl 1cex 0.1 197 197 100 cutinase
1xzm 1cex 0.1 197 197 100 cutinase
1yaaA 1ajsA 1.1 405 412 46 aspartate aminotransferase biological_unit
1yaaB 1ajsA 1.1 405 412 46 aspartate aminotransferase biological_unit
1yaaC 1ajsA 1.1 405 412 46 aspartate aminotransferase biological_unit
1yaaD 1ajsA 1.1 405 412 46 aspartate aminotransferase biological_unit
1yacA 1yacA 0.0 204 204 100 ycac gene product (ycacgp) biological_unit
1yacB 1yacA 0.1 204 204 100 ycac gene product (ycacgp) biological_unit
1yaiA 1yaiA 0.0 151 151 100 copper, zinc superoxide dismutase (cu, zn superoxide di
1yaiB 1yaiA 0.4 151 151 100 copper, zinc superoxide dismutase (cu, zn superoxide di
1yaiC 1yaiA 0.3 150 150 100 copper, zinc superoxide dismutase (cu, zn superoxide di
1yal 1ppn 1.1 212 218 59 chymopapain
1yam 3lzt 0.9 129 130 60 lysozyme Mutant
1yan 3lzt 0.9 129 130 60 lysozyme Mutant
1yao 3lzt 0.9 129 130 60 lysozyme Mutant
1yap 3lzt 0.9 129 130 60 lysozyme Mutant
1yaq 3lzt 0.9 129 130 60 lysozyme Mutant
1yasA 1yasA 0.0 256 256 100 hydroxynitrile lyase (oxynitrile lyase) histidine
1yat 1fkj 0.8 107 113 57 Fk-506 binding protein (12 kd, yeast) complex with fk-5
1ybvA 1ybvA 0.0 270 270 100 trihydroxynaphthalene reductase (naphthol reductase) Mu
1ybvB 1ybvA 0.1 270 270 100 trihydroxynaphthalene reductase (naphthol reductase) Mu
1ycaA 1a6m 0.7 135 153 84 Myoglobin (carbonmonoxy, ph 7.1) mutant with val 68 rep
1ycaB 1a6m 0.5 151 153 85 Myoglobin (carbonmonoxy, ph 7.1) mutant with val 68 rep
1ycbA 1a6m 0.7 135 153 84 Myoglobin (deoxy, ph 7.1) mutant with val 68 replaced b
1ycbB 1a6m 0.5 151 153 85 Myoglobin (deoxy, ph 7.1) mutant with val 68 replaced b
1ycc 1ycc 0.0 108 108 100 Cytochrome c (isozyme 1) (reduced)
1ycpH 5ptp 1.3 217 247 38 alpha thrombin epsilon thrombin fibrinopeptide a-alpha
1ycqA 1ycqA 0.0 88 88 100 mdm2 (mdm2) p53 fragment
1ycrA 1ycqA 0.8 85 85 73 mdm2 fragment (mdm2) p53 fragment
1ycsA 1tupA 0.4 191 191 100 p53 fragment 53bp2 fragment (p53bp2)
1ycsB 1ycsB 0.0 193 193 100 p53 fragment 53bp2 fragment (p53bp2)
1yda 2cba 0.2 254 254 99 Carbonic anhydrase ii (carbonate dehydratase)(hca ii) m
1ydb 2cba 0.2 254 254 99 Carbonic anhydrase ii (carbonate dehydratase)(hca ii) m
1ydc 2cba 0.2 254 254 99 Carbonic anhydrase ii (carbonate dehydratase)(hca ii) m
1ydd 2cba 0.2 256 256 99 Carbonic anhydrase ii (carbonate dehydratase)(hca ii) m
1ydrE 1cdkA 0.6 336 336 98 c-amp-dependent protein kinase fragment (capk, pka c-al
1ydsE 1cdkA 0.6 336 336 98 c-amp-dependent protein kinase fragment (capk, pka c-al
1ydtE 1cdkA 0.6 336 336 98 c-amp-dependent protein kinase fragment (capk, pka c-al
1ydvA 1amk 1.5 244 246 45 triosephosphate isomerase (tim) biological_unit
1ydvB 1amk 1.6 244 246 45 triosephosphate isomerase (tim) biological_unit
1yea 1ycc 0.7 108 112 84 Cytochrome c (iso-2, reduced state)
1yeb 1ycc 0.6 108 108 91 Cytochrome c (b-2036 composite, reduced state)
1yecH 1igtB 2.2 212 222 74 igg2a fab fragment (d2.3)
1yedB 1mfa 1.1 112 226 65 igg1 fab fragment (d.2.4)
1yedH 1igtB 3.5 216 226 67 igg1 fab fragment (d.2.4)
1yeeH 1igtB 2.1 214 222 75 igg2a fab fragment (d2.5)
1yefH 1igtB 2.2 212 222 74 igg2a fab fragment
1yegH 1igtB 2.2 212 222 74 igg2a fab fragment
1yehH 1igtB 2.2 212 222 74 fab fragment
1yeiH 1igtB 2.3 171 222 69 ig fragment
1yeiL 8fabA 6.7 158 219 40 ig fragment
1yejH 1mfa 1.5 116 222 65 ig fragment
1yejL 8fabA 6.3 149 219 37 ig fragment
1yekH 1igtB 2.2 171 222 69 ig fragment
1yekL 8fabA 6.8 156 219 40 ig fragment
1yer 1yer 0.0 207 207 100 heat shock protein 90 fragment (hsp90)
1yes 1yer 1.3 205 213 100 heat shock protein 90 fragment (hsp90)
1yet 1yer 1.6 207 213 100 heat shock protein 90 fragment (hsp90)
1yfc 1ycc 1.4 108 108 98 yeast iso-1-ferrocytochrome c Mutant
1yfm 1furA 1.0 446 450 59 fumarase (yfum) Mutant biological_unit
1yfoA 2shpA 1.4 255 279 44 receptor protein tyrosine phosphatase alpha fragment (d
1yfoB 2shpA 1.4 255 279 44 receptor protein tyrosine phosphatase alpha fragment (d
1yfpA 1ema 0.3 224 224 97 yellow fluorescent protein Mutant biological_unit
1yfpB 1ema 0.3 224 224 97 yellow fluorescent protein Mutant biological_unit
1yge 1yge 0.0 839 839 100 lipoxygenase-1 (l-1)
1ygpA 1a8i 1.3 762 857 50 yeast glycogen phosphorylase Mutant biological_unit
1ygpB 1a8i 1.5 762 857 50 yeast glycogen phosphorylase Mutant biological_unit
1ygs 1ygs 0.0 190 190 100 smad4 fragment (dpc4, hmad4, madr4)
1ygw 9rnt 1.7 104 104 100 ribonuclease t1 (guanyloribonuclease, rnase t1) Mutant
1yhaA 1gvp 1.4 87 87 99 Gene v protein mutant with tyr 41 replaced by his (y41h
1yhaB 1gvp 1.4 87 87 99 Gene v protein mutant with tyr 41 replaced by his (y41h
1yhb 1gvp 0.3 87 87 99 Gene v protein mutant with tyr 41 replaced by phe (y41f
1yic 1ycc 1.2 108 108 98 cytochrome c, iso-1 (ferricytochrome c) Mutant
1yja 1gci 0.8 266 275 60 subtilisin 8397+1 (subtilisin) Mutant
1yjb 1gci 0.9 266 275 60 subtilisin 8397+1 (subtilisin) Mutant
1yjc 1gci 0.9 266 275 60 subtilisin 8397+1 (subtilisin) Mutant
1ykfA 1pedA 0.6 351 352 75 nadp-dependent alcohol dehydrogenase biological_unit
1ykfB 1pedA 0.6 351 352 75 nadp-dependent alcohol dehydrogenase biological_unit
1ykfC 1pedA 0.6 351 352 75 nadp-dependent alcohol dehydrogenase biological_unit
1ykfD 1pedA 0.6 351 352 75 nadp-dependent alcohol dehydrogenase biological_unit
1yma 1a6m 0.8 151 153 87 Myoglobin (horse heart) mutant with his 64 replaced by
1ymb 1a6m 0.8 151 153 87 Metmyoglobin (horse heart)
1ymc 1a6m 1.2 134 153 82 Cyanomet-sulfmyoglobin (horse heart)
1yme 1aye 0.5 301 307 66 carboxypeptidase a=alpha= (cpa, cox)
1ymuA 3chy 0.9 125 125 99 chey Mutant
1ymuB 3chy 0.9 124 125 99 chey Mutant
1ymv 3chy 0.9 124 124 97 chey Mutant
1yna 1xnb 1.4 179 194 50 endo-1,4-beta-xylanase (xyna)
1yog 1a6m 0.3 151 153 100 myoglobin
1yoh 1a6m 0.3 151 153 100 myoglobin
1yoi 1a6m 0.3 151 153 100 myoglobin
1yoo 1ajsA 1.2 396 396 38 aspartate aminotransferase (aspat) Mutant biological_un
1ypaI 1a1yI 0.8 61 64 90 Chymotrypsin inhibitor 2 (ci2) mutant with ser 31 repla
1ypbI 1a1yI 0.8 61 64 90 Chymotrypsin inhibitor 2 (ci2) mutant with ser 31 repla
1ypcI 1a1yI 0.8 61 64 92 Chymotrypsin inhibitor 2 (ci2) mutant with glu 33 repla
1ypdA 1zpdA 2.2 521 545 29 pyruvate decarboxylase (form b) biological_unit
1ypdB 1zpdA 2.0 516 540 30 pyruvate decarboxylase (form b) biological_unit
1ypiA 1amk 1.5 244 247 46 Triose phosphate isomerase (TIM)
1ypiB 1amk 1.5 244 247 46 Triose phosphate isomerase (TIM)
1ypn 1pda 0.3 294 294 99 hydroxymethylbilane synthase fragment (porphobilinogen
1yppA 1wgjA 0.2 282 282 99 inorganic pyrophosphatase
1yppB 1wgjA 0.3 282 282 99 inorganic pyrophosphatase
1yprA 3nul 1.3 124 125 32 profilin
1yprB 3nul 1.5 124 125 32 profilin
1yptA 1ytw 0.9 278 278 100 Protein-tyrosine phosphatase (yersinia) (yop51,Pasteure
1yptB 1ytw 0.8 280 280 100 Protein-tyrosine phosphatase (yersinia) (yop51,Pasteure
1yrnA 1akhA 0.2 49 49 98 mating-type protein a-1 (mat a1) mating-type protein al
1yrnB 1akhB 0.3 62 78 100 mating-type protein a-1 (mat a1) mating-type protein al
1ysaC 2dgcA 0.9 49 57 100 Gcn4 (basic region, leucine zipper) complex with ap-1 D
1ysaD 2dgcA 1.0 49 57 100 Gcn4 (basic region, leucine zipper) complex with ap-1 D
1ysc 1ivyA 2.2 377 421 33 Serine carboxypeptidase (cpy, cpd-y, or proteinase c)
1yso 1mfmA 1.1 150 153 55 yeast cu, zn superoxide dismutase (yeast cu, zn sod)
1ystH 6prcH 2.2 251 260 38 Photosynthetic reaction center (wild type)
1ystL 6prcL 1.2 247 273 56 Photosynthetic reaction center (wild type)
1ystM 6prcM 1.4 303 305 50 Photosynthetic reaction center (wild type)
1ytbA 1ytbA 0.0 180 180 100 Tata-box binding protein (ytbp) complexed with DNA cont
1ytbB 1ytbA 0.4 180 180 100 Tata-box binding protein (ytbp) complexed with DNA cont
1ytc 1ycc 0.8 108 112 83 yeast iso-2 cytochrome c Mutant
1ytfA 1ytbA 0.5 180 180 100 yeast tata-box binding protein fragment (ytbp) yeast tr
1ytfB 1ytfB 0.0 46 46 100 yeast tata-box binding protein fragment (ytbp) yeast tr
1ytfC 1ytfC 0.0 46 46 100 yeast tata-box binding protein fragment (ytbp) yeast tr
1ytfD 1ytfD 0.0 100 100 100 yeast tata-box binding protein fragment (ytbp) yeast tr
1ytgA 1fmb 1.6 97 99 32 hiv protease (hiv proteinase) Mutant peptide product
1ytgB 1fmb 1.7 97 99 32 hiv protease (hiv proteinase) Mutant peptide product
1ythA 1fmb 1.8 98 99 32 hiv protease (hiv proteinase) Mutant peptide product
1ythB 1fmb 1.8 98 99 32 hiv protease (hiv proteinase) Mutant peptide product
1ytiA 1fmb 1.5 98 99 37 siv protease (siv proteinase) Mutant peptide product
1ytjA 1fmb 1.6 98 99 37 siv protease (siv proteinase) Mutant peptide product
1ytn 1ytw 0.3 283 283 100 yersinia protein tyrosine phosphatase fragment (yop51,
1yts 1ytw 0.2 278 278 99 yersinia protein tyrosine phosphatase (yop51, pasteurel
1yttA 1rtm1 0.7 114 115 100 mannose-binding protein a fragment (sub-mbp-a)
1yttB 1rtm1 1.0 111 112 95 mannose-binding protein a fragment (sub-mbp-a)
1ytw 1ytw 0.0 283 283 100 yersinia protein tyrosine phosphatase fragment (yop51,
1yua 1yua 0.0 122 122 100 topoisomerase i fragment
1yub 2ercA 3.1 220 245 48 rrna methyltransferase (ermam) Mutant
1yuf 3tgf 2.7 43 50 100 transforming growth factor alpha (tgf-alpha, h-tgf-alph
1yug 3tgf 2.4 42 50 100 transforming growth factor alpha (tgf-alpha, h-tgf-alph
1yuhA 1mfa 6.0 125 211 78 fab fragment
1yuhB 1mfa 1.1 117 218 66 fab fragment
1yuhH 1mfa 1.1 117 218 66 fab fragment
1yuhL 1mfa 5.5 124 211 80 fab fragment
1yuiA 1yuiA 0.0 54 54 100 gaga-factor fragment deoxyribonucleic acid
1yujA 1yuiA 0.9 54 54 100 gaga-factor fragment deoxyribonucleic acid
1yveI 1yveI 0.0 513 513 100 acetohydroxy acid isomeroreductase (ketoacid reductoiso
1yveJ 1yveI 0.4 510 510 100 acetohydroxy acid isomeroreductase (ketoacid reductoiso
1yveK 1yveI 0.4 510 510 100 acetohydroxy acid isomeroreductase (ketoacid reductoiso
1yveL 1yveI 0.3 513 513 100 acetohydroxy acid isomeroreductase (ketoacid reductoiso
1yvs 1b20A 1.1 73 108 99 barnase biological_unit
1zaaC 1aayA 0.2 85 85 100 Zif268 immediate early gene (krox-24) complex with an 1
1zac 1ncx 1.6 90 90 100 troponin-c fragment (ntnc apo regulatory unit)
1zagA 1agdA 3.3 265 273 37 zinc-alpha-2-glycoprotein (zn-alpha-2-glycoprotein, zag
1zagB 1agdA 3.3 265 274 37 zinc-alpha-2-glycoprotein (zn-alpha-2-glycoprotein, zag
1zagC 1agdA 4.3 265 273 37 zinc-alpha-2-glycoprotein (zn-alpha-2-glycoprotein, zag
1zagD 1agdA 4.1 257 263 37 zinc-alpha-2-glycoprotein (zn-alpha-2-glycoprotein, zag
1zakA 1zin 2.0 207 220 41 adenylate kinase biological_unit
1zakB 1zin 2.0 207 220 41 adenylate kinase biological_unit
1zap 1eagA 0.5 293 341 96 secreted aspartic proteinase (sap, candida albicans pro
1zaq 1zaq 0.0 44 44 100 thrombomodulin (tm4)
1zbdB 1zbdB 0.0 124 124 100 rab-3a fragment (ras-related protein rab3a) Mutant rabp
1zda 1fc2C 1.1 32 38 60 mini protein a domain, z38
1zdb 1fc2C 1.2 31 38 66 mini protein a domain, z38
1zdc 1fc2C 0.8 32 34 60 stable mini protein a domain, z34c
1zdd 1fc2C 1.1 34 34 63 stable mini protein a domain, z34c
1zdhA 1msc 2.7 126 129 94 ms2 protein capsid 19-nt ms2 variant RNA fragment
1zdhB 1msc 2.2 122 129 93 ms2 protein capsid 19-nt ms2 variant RNA fragment
1zdhC 1msc 2.6 126 129 94 ms2 protein capsid 19-nt ms2 variant RNA fragment
1zdiA 1msc 2.6 125 129 94 ms2 protein capsid 19-nt ms2 RNA fragment
1zdiB 1msc 2.1 121 129 93 ms2 protein capsid 19-nt ms2 RNA fragment
1zdiC 1msc 2.5 125 129 94 ms2 protein capsid 19-nt ms2 RNA fragment
1zdjA 1msc 2.7 126 129 94 ms2 protein capsid 8-nt ms2 variant RNA fragment
1zdjB 1msc 1.9 121 129 94 ms2 protein capsid 8-nt ms2 variant RNA fragment
1zdjC 1msc 2.6 126 129 94 ms2 protein capsid 8-nt ms2 variant RNA fragment
1zdkA 1msc 2.6 126 129 96 ms2 protein capsid 23-nt ms2 variant (clamp) RNA fragme
1zdkB 1msc 2.2 122 129 93 ms2 protein capsid 23-nt ms2 variant (clamp) RNA fragme
1zdkC 1msc 2.5 126 129 96 ms2 protein capsid 23-nt ms2 variant (clamp) RNA fragme
1zeiA 1zeiA 0.0 53 53 100 insulin (b28asp-x-mcr) Mutant biological_unit
1zeiB 1zeiA 0.8 53 53 100 insulin (b28asp-x-mcr) Mutant biological_unit
1zeiC 1zeiA 0.9 53 53 100 insulin (b28asp-x-mcr) Mutant biological_unit
1zeiD 1zeiA 0.9 53 53 100 insulin (b28asp-x-mcr) Mutant biological_unit
1zeiE 1zeiA 1.0 53 53 100 insulin (b28asp-x-mcr) Mutant biological_unit
1zeiF 1zeiA 1.8 53 53 100 insulin (b28asp-x-mcr) Mutant biological_unit
1zen 1dosA 1.8 315 338 91 class ii fructose-1,6-bisphosphate aldolase
1zer 1ptf 2.7 76 87 45 histidine-containing phosphocarrier protein (hpr)
1zfd 1zfd 0.0 32 32 100 swi5 fragment
1zfjA 1zfjA 0.0 476 476 100 inosine monophosphate dehydrogenase fragment
1zfpE 1griA 1.4 98 98 100 growth factor receptor binding protein fragment (grb2-s
1zia 7paz 1.1 123 124 65 pseudoazurin
1zib 7paz 1.1 123 124 65 pseudoazurin
1zid 1eny 0.5 268 268 100 enoyl-[acyl-carrier-protein] reductase (inha, enoyl-acp
1ziiA 1gcmA 0.7 31 31 75 general control protein gcn4 (gcn4) Mutant
1ziiB 1gcmA 0.6 31 31 75 general control protein gcn4 (gcn4) Mutant
1zijA 1gcmA 0.8 31 33 75 general control protein gcn4 (gcn4) Mutant
1zijB 1gcmA 0.5 31 33 75 general control protein gcn4 (gcn4) Mutant
1zijC 1gcmA 0.9 31 33 75 general control protein gcn4 (gcn4) Mutant
1zimA 1gcmA 0.8 31 32 75 general control protein gcn4 (gcn4) Mutant
1zimB 1gcmA 0.7 31 32 75 general control protein gcn4 (gcn4) Mutant
1zimC 1gcmA 0.8 31 32 75 general control protein gcn4 (gcn4) Mutant
1zin 1zin 0.0 217 217 100 adenylate kinase (adk)
1zio 1zin 0.2 217 217 100 adenylate kinase (adk)
1zip 1zin 0.1 217 217 100 adenylate kinase (adk)
1zmeC 1zmeC 0.0 70 70 100 DNA proline utilization transcription activator fragmen
1zmeD 1zmeC 3.6 44 70 87 DNA proline utilization transcription activator fragmen
1znbA 1a7tA 0.5 225 228 98 metallo-beta-lactamase (class b beta-lactamase)
1znbB 1a7tA 0.5 225 230 98 metallo-beta-lactamase (class b beta-lactamase)
1zncA 2cba 1.8 240 262 37 carbonic anhydrase iv
1zncB 2cba 1.7 233 247 37 carbonic anhydrase iv
1zon 1ido 1.7 176 181 32 leukocyte adhesion glycoprotein fragment (lfa-1, cd11aC
1zooA 1ido 2.0 175 183 32 leukocyte adhesion glycoprotein fragment (lfa-1, cd11aC
1zooB 1ido 2.0 175 183 32 leukocyte adhesion glycoprotein fragment (lfa-1, cd11aC
1zopA 1ido 2.0 175 183 32 i-domain fragment of lfa-1 (cd11aCD18, ALPHAL BETA2 INT
1zopB 1ido 2.0 175 183 32 i-domain fragment of lfa-1 (cd11aCD18, ALPHAL BETA2 INT
1zpdA 1zpdA 0.0 565 565 100 pyruvate decarboxylase biological_unit
1zpdB 1zpdA 0.2 564 565 100 pyruvate decarboxylase biological_unit
1zpdE 1zpdA 0.2 564 565 100 pyruvate decarboxylase biological_unit
1zpdF 1zpdA 0.1 564 565 100 pyruvate decarboxylase biological_unit
1zprA 1bkpA 1.8 259 265 36 thymidylate synthase Mutant
1zprB 1bkpA 1.7 259 265 36 thymidylate synthase Mutant
1zqaA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqbA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqcA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqdA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqeA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqfA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqgA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqhA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqiA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqjA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqkA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqlA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqmA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqnA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqoA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqpA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqqA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqrA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqsA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqtA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
1zqu 1bpyA 2.4 242 242 95 DNA polymerase beta fragment
1zqv 1bpyA 2.5 242 242 95 DNA polymerase beta fragment
1zqw 1bpyA 2.4 242 242 95 DNA polymerase beta fragment
1zqx 1bpyA 2.4 242 242 95 DNA polymerase beta fragment
1zqy 1bpyA 2.4 242 242 95 DNA polymerase beta fragment
1zqz 1bpyA 2.4 242 242 95 DNA polymerase beta fragment
1zrm 1aq6A 1.2 218 220 44 l-2-haloacid dehalogenase Mutant
1zrn 1aq6A 1.3 218 220 44 l-2-haloacid dehalogenase Mutant
1zrp 1rb9 0.9 51 53 67 Rubredoxin (zn-substituted) (NMR, 40 structures)
1zsa 2cba 0.2 257 257 99 carbonic anhydrase ii (carbonate dehydratase, hca ii, c
1zsb 2cba 0.2 257 257 99 carbonic anhydrase ii (carbonate dehydratase, hca ii, c
1zsc 2cba 0.1 257 257 99 carbonic anhydrase ii (carbonate dehydratase, hca ii, c
1zta 1gcmA 1.5 30 35 75 Leucine zipper monomer (NMR, 20 structures)
1zto 1zto 0.0 37 37 100 potassium channel protein rck4 fragment
1zug 1r69 1.1 63 71 53 phage 434 cro protein
1zwa 1zwa 0.0 34 34 100 parathyroid hormone fragment (hpth(1-34))
1zwb 1zwb 0.0 36 36 100 parathyroid hormone fragment (hpth(2-37))
1zwc 1zwc 0.0 37 37 100 parathyroid hormone fragment (bpth(1-37))
1zwd 1zwd 0.0 35 35 100 parathyroid hormone fragment (hpth(3-37))
1zwe 1hph 3.9 31 34 85 parathyroid hormone fragment (hpth(4-37))
1zwf 1zwf 0.0 34 34 100 parathyroid hormone fragment (n-acetyl-hpth(4-37)) Muta
1zwg 1zwg 0.0 34 34 100 parathyroid hormone fragment (n-succinyl-hpth(4-37)) Mu
1zxq 1zxq 0.0 192 192 100 intercellular adhesion molecule-2 fragment (icam-2)
1zymA 1zymA 0.0 247 247 100 enzyme i fragment
1zymB 1zymA 0.5 247 248 100 enzyme i fragment
200l 1l92 0.3 162 162 99 lysozyme Mutant
201lA 1l92 0.7 162 164 99 Lysozyme insertion mutant with his and pro inserted aft
201lB 1l92 0.7 162 166 99 Lysozyme insertion mutant with his and pro inserted aft
205l 1l92 0.4 159 159 95 Lysozyme insertion mutant with ala ala ala inserted aft
206l 1l92 0.1 162 162 99 lysozyme (phage t4 lysozyme) Mutant
207lA 3lzt 1.0 126 130 60 lysozyme (hl_95acc) Mutant cysteine
208lA 3lzt 1.0 126 130 60 lysozyme (hl_95cys) Mutant cysteine
209l 1l92 2.4 151 165 83 t4 lysozyme Mutant
20gsA 1pgtA 0.3 208 208 99 glutathione s-transferase (gstp1-1) biological_unit
20gsB 1pgtA 0.3 208 208 99 glutathione s-transferase (gstp1-1) biological_unit
210l 1l92 0.5 161 161 95 t4 lysozyme Mutant
211l 1l92 0.3 162 163 98 t4 lysozyme Mutant
212l 1l92 0.2 162 167 99 t4 lysozyme Mutant
213l 1l92 0.3 162 163 99 t4 lysozyme Mutant
214l 1l92 1.4 161 163 97 t4 lysozyme Mutant
215l 1l92 0.3 162 163 99 t4 lysozyme Mutant
216lA 1l92 0.7 162 162 99 Lysozyme mutant with ser 44 replaced by trp, cys 54 rep
216lB 1l92 1.0 162 164 99 Lysozyme mutant with ser 44 replaced by trp, cys 54 rep
217l 1l92 0.3 162 162 99 Lysozyme mutant with ser 44 replaced by glu, cys 54 rep
218l 1l92 2.0 161 163 95 t4 lysozyme Mutant
219l 1l92 0.2 162 164 99 t4 lysozyme Mutant
21bi 2i1b 0.4 151 151 99 Interleukin-1Beta (IL-1Beta) (mutant with cys 71 replac
21gsA 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 fragment (gst) biologica
21gsB 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 fragment (gst) biologica
220l 1l92 0.2 162 162 99 t4 lysozyme Mutant biological_unit
221l 1l92 0.1 162 162 99 Lysozyme mutant with ala 49 replaced by ser, cys 54 rep
221p 1mh1 1.6 163 166 32 H-ras p21 protein mutant with asp 38 replaced by glu (d
222l 1l92 0.2 162 162 99 t4 lysozyme Mutant biological_unit
223l 1l92 0.2 162 162 97 t4 lysozyme Mutant biological_unit
224l 1l92 0.1 162 162 99 Lysozyme mutant with cys 54 replaced by thr, ala 93 rep
225l 1l92 0.2 162 162 97 t4 lysozyme Mutant biological_unit
226l 1l92 0.2 162 162 97 t4 lysozyme Mutant biological_unit
227l 1l92 0.2 162 162 99 t4 lysozyme Mutant biological_unit
228l 1l92 0.2 162 162 99 t4 lysozyme Mutant biological_unit
229l 1l92 0.2 162 162 99 t4 lysozyme Mutant biological_unit
22gsA 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 (gst) Mutant biological_
22gsB 1pgtA 0.3 208 208 99 glutathione s-transferase p1-1 (gst) Mutant biological_
230l 1l92 0.2 162 164 99 t4 lysozyme Mutant biological_unit
231l 1l92 0.2 162 162 99 t4 lysozyme Mutant biological_unit
232l 1l92 0.2 162 162 99 t4 lysozyme Mutant biological_unit
233l 1l92 0.2 162 162 99 t4 lysozyme Mutant biological_unit
234l 1l92 0.2 162 162 99 t4 lysozyme Mutant biological_unit
235l 1l92 0.2 162 162 99 t4 lysozyme Mutant
236l 1l92 0.2 162 162 99 t4 lysozyme Mutant
237l 1l92 0.2 162 164 99 t4 lysozyme Mutant
238l 1l92 0.2 162 162 99 t4 lysozyme Mutant
239l 1l92 0.2 162 162 99 t4 lysozyme Mutant
240l 1l92 0.2 162 162 99 t4 lysozyme Mutant
241l 1l92 0.2 162 162 99 t4 lysozyme Mutant
242l 1l92 0.2 162 164 99 t4 lysozyme Mutant
243l 1l92 0.2 162 162 99 t4 lysozyme Mutant
244l 1l92 0.2 162 162 99 t4 lysozyme Mutant
245l 1l92 0.2 162 164 99 t4 lysozyme Mutant
246l 1l92 0.2 162 164 99 t4 lysozyme Mutant
247l 1l92 0.4 162 164 99 t4 lysozyme Mutant
248l 1l92 0.2 162 162 98 t4 lysozyme Mutant
249l 1l92 0.2 162 164 98 t4 lysozyme Mutant
250l 1l92 0.3 162 162 98 t4 lysozyme Mutant
251l 1l92 0.4 162 162 98 t4 lysozyme Mutant
252l 1l92 0.7 161 164 95 t4 lysozyme Mutant biological_unit
253l 1l92 0.2 162 164 99 lysozyme Mutant
254l 1l92 0.2 162 164 99 lysozyme Mutant
255l 1l92 0.2 162 164 99 lysozyme Mutant
256bA 256bA 0.0 106 106 100 Cytochrome b562 (oxidized)
256bB 256bA 0.3 106 106 100 Cytochrome b562 (oxidized)
256l 1l92 0.2 162 164 97 lysozyme (m6it) Mutant
259lA 1l92 0.4 162 162 98 lysozyme Mutant biological_unit
25c8H 1igtB 1.8 211 217 70 igg 5c8 fragment
25c8L 8fabA 5.4 149 212 41 igg 5c8 fragment
2a0b 2a0b 0.0 118 118 100 hpt domain
2a39A 1celA 2.1 384 398 41 endoglucanase i (cellulase, family 7 endoglucanase) bio
2a39B 1celA 2.1 384 398 41 endoglucanase i (cellulase, family 7 endoglucanase) bio
2a3h 1a3h 0.1 300 300 100 endoglucanase fragment (cellulase) biological_unit
2a93A 1a93A 1.2 32 32 100 c-myc-max heterodimeric leucine zipper fragment (coiled
2a93B 1a93B 1.2 32 32 100 c-myc-max heterodimeric leucine zipper fragment (coiled
2aaa 7taa 0.9 476 476 66 Acid alpha-amylase
2aacA 2arcA 0.3 161 163 100 arac fragment
2aacB 2arcA 0.4 161 163 100 arac fragment
2aadA 9rnt 0.5 104 104 99 Ribonuclease t1 isozyme 2' mutant with his 40 replaced
2aadB 9rnt 0.4 104 104 99 Ribonuclease t1 isozyme 2' mutant with his 40 replaced
2aae 9rnt 0.2 104 104 99 Ribonuclease t1 mutant with his 40 replaced by lys (h40
2aaiA 1mrj 1.3 239 267 38 Ricin
2aaiB 1abrB 1.1 262 262 60 Ricin
2aak 1u9aA 1.4 148 150 40 ubiquitin conjugating enzyme (ubc1)
2aas 7rsa 1.1 124 124 100 Ribonuclease a (NMR, 32 structures)
2aat 1ajsA 1.6 396 396 39 Aspartate aminotransferase mutant k258a complex with py
2abd 1aca 1.6 85 86 94 Acyl-coenzyme a binding protein (acbp)
2abh 1ixh 0.3 321 321 100 phosphate-binding protein
2abk 2abk 0.0 211 211 100 endonuclease iii
2abl 1bbzA 1.2 57 163 100 abl tyrosine kinase fragment Mutant
2abxA 1tgxA 2.8 57 74 41 Alpha-Bungarotoxin
2abxB 1tgxA 2.8 57 74 39 Alpha-Bungarotoxin
2ace 2bce 2.0 488 527 32 acetylcholinesterase biological_unit
2acg 3nul 1.5 125 125 38 Profilin ii
2achA 1ovaA 2.3 319 337 31 Alpha1 antichymotrypsin
2achB 1as4B 0.8 33 35 98 Alpha1 antichymotrypsin
2ack 2bce 2.0 488 527 32 acetylcholinesterase
2acq 1frb 0.9 314 315 70 Aldose reductase wild type complexed with nadp+ and glu
2acr 1frb 0.9 314 315 70 Aldose reductase wild type complexed with nadp+ and cac
2acs 1frb 0.9 313 314 70 Aldose reductase wild type complexed with nadp+ and cit
2act 1ppn 0.9 210 218 48 Actinidin (sulfhydryl proteinase) (e.C. number not assi
2acu 1frb 0.8 314 315 70 Aldose reductase mutant with tyr 48 replaced by his (y4
2acy 2acy 0.0 98 98 100 acylphosphatase (acp) biological_unit
2ada 1a4mA 0.3 348 349 100 Adenosine deaminase complexed with 6-hydroxyl-1,6-dihyd
2admA 2admA 0.0 386 386 100 adenine-n6-DNA-methyltransferase taqi
2admB 2admA 0.1 386 386 100 adenine-n6-DNA-methyltransferase taqi
2adr 2adr 0.0 60 60 100 adr1 fragment Mutant biological_unit
2adx 1adx 1.7 40 40 100 thrombomodulin fragment (tmegf5)
2ae1 1ybvA 1.9 230 252 31 tropinone reductase-ii biological_unit
2ae2A 1bdb 1.7 226 259 31 tropinone reductase-ii biological_unit
2ae2B 1ybvA 1.6 232 259 30 tropinone reductase-ii biological_unit
2af8 2af8 0.0 86 86 100 actinorhodin polyketide synthase acyl carrier protein (
2afgA 1bfg 0.6 126 129 56 acidic fibroblast growth factor (afg)
2afgB 1bfg 0.6 126 129 56 acidic fibroblast growth factor (afg)
2afgC 1bfg 0.6 125 127 57 acidic fibroblast growth factor (afg)
2afgD 1bfg 0.7 125 128 57 acidic fibroblast growth factor (afg)
2afnA 1nif 0.4 331 331 82 nitrite reductase biological_unit
2afnB 1nif 0.5 331 331 82 nitrite reductase biological_unit
2afnC 1nif 0.4 331 331 82 nitrite reductase biological_unit
2afp 2afp 0.0 128 128 100 sea raven type ii antifreeze protein biological_unit
2ahjA 2ahjA 0.0 194 194 100 nitrile hydratase (nhase) biological_unit
2ahjB 2ahjB 0.0 211 211 100 nitrile hydratase (nhase) biological_unit
2ahjC 2ahjA 0.4 194 195 99 nitrile hydratase (nhase) biological_unit
2ahjD 2ahjB 0.2 211 212 100 nitrile hydratase (nhase) biological_unit
2aidA 1fmb 1.6 97 99 32 human immunodeficiency virus protease (hiv protease, hi
2aidB 1fmb 1.6 97 99 32 human immunodeficiency virus protease (hiv protease, hi
2aigP 1atlA 0.5 200 201 79 adamalysin ii peptidomimetic inhibitor pol647
2aim 1ppn 1.3 204 215 37 cruzain fragment (cruzipain) Mutant
2ait 1hoe 1.4 71 74 100 Tendamistat
2ak2 1zin 4.0 207 220 40 adenylate kinase isoenzyme-2 (atp:amp phosphotransferas
2ak3A 1zin 3.2 183 226 38 Adenylate kinase isoenzyme-3 (gtp
2ak3B 1zin 3.6 183 220 38 Adenylate kinase isoenzyme-3 (gtp
2aky 1zin 1.4 179 218 43 adenylate kinase (atp:amp phosphotransferase, myokinase
2aldA 1fbaA 1.0 358 363 70 fructose-bisphosphate aldolase biological_unit
2alp 2sga 1.4 179 198 36 Alpha-lytic protease
2alr 1frb 1.2 300 312 50 aldehyde reductase (alr1)
2amg 1jdc 0.2 353 415 99 1,4-alpha-d-glucan maltotetrahydrolase
2amv 1a8i 0.5 806 829 99 glycogen phosphorylase biological_unit
2angA 7rsa 1.8 113 123 34 angiogenin biological_unit
2anhA 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
2anhB 1b8jA 0.2 446 446 99 alkaline phosphatase Mutant
2antI 1ovaA 2.0 364 419 32 antithrombin biological_unit
2antL 1ovaA 2.3 346 398 32 antithrombin biological_unit
2aop 2aop 0.0 456 456 100 sulfite reductase hemoprotein (sirhp) biological_unit
2apr 1bxo 1.5 295 325 40 Acid proteinase (rhizopuspepsin)
2apsA 1yaiA 0.9 149 155 62 cu,Zn superoxide dismutase (sod) biological_unit
2apsB 1yaiA 0.9 149 155 62 cu,Zn superoxide dismutase (sod) biological_unit
2ara 2arcA 0.6 149 149 100 arac fragment (arabinose operon regulatory protein) bio
2arcA 2arcA 0.0 161 161 100 arabinose operon regulatory protein fragment (arac) bio
2arcB 2arcA 0.4 161 164 100 arabinose operon regulatory protein fragment (arac) bio
2asi 2rmpA 0.8 298 356 98 aspartic proteinase
2asr 1vls 1.9 140 142 66 Aspartate receptor (ligand binding domain)
2at1A 8atcA 0.4 310 310 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
2at1B 8atcB 1.5 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
2at1C 8atcA 0.3 310 310 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
2at1D 8atcB 0.6 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
2at2A 8atcA 2.4 279 295 31 Aspartate transcarbamoylase (aspartate carbamoyltransfe
2at2B 8atcA 2.4 282 295 31 Aspartate transcarbamoylase (aspartate carbamoyltransfe
2at2C 8atcA 2.4 282 295 29 Aspartate transcarbamoylase (aspartate carbamoyltransfe
2at9 1brx 1.0 208 222 100 bacteriorhodopsin
2atcA 8atcA 2.1 303 305 86 Aspartate carbamoyltransferase (aspartate transcarbamyl
2atcB 8atcB 2.7 128 152 76 Aspartate carbamoyltransferase (aspartate transcarbamyl
2atjA 1bgp 1.4 288 308 42 peroxidase c1a (horseradish peroxidase c1a, hrp c)
2atjB 1bgp 1.4 288 308 42 peroxidase c1a (horseradish peroxidase c1a, hrp c)
2av8A 1xikA 0.7 340 340 99 ribonucleotide reductase r2 Mutant biological_unit
2av8B 1xikA 0.7 340 340 99 ribonucleotide reductase r2 Mutant biological_unit
2aviA 2izk 1.4 103 121 36 Avidin complex with biotin
2aviB 2izk 1.4 103 121 36 Avidin complex with biotin
2aw0 1aw0 0.8 72 72 100 menkes copper-transporting atpase fragment
2axmA 1bfg 0.6 126 130 56 acidic fibroblast growth factor (fgf-1) biological_unit
2axmB 1bfg 0.8 125 127 57 acidic fibroblast growth factor (fgf-1) biological_unit
2axx 1cyo 2.2 87 94 89 cytochrome b5 fragment
2ay1A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
2ay1B 1ajsA 1.5 387 388 33 aromatic amino acid aminotransferase (aroat) biological
2ay2A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
2ay2B 1ajsA 1.6 387 388 33 aromatic amino acid aminotransferase (aroat) biological
2ay3A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
2ay3B 1ajsA 1.4 387 388 33 aromatic amino acid aminotransferase (aroat) biological
2ay4A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
2ay4B 1ajsA 1.5 387 388 33 aromatic amino acid aminotransferase (aroat) biological
2ay5A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
2ay5B 1ajsA 1.6 387 388 33 aromatic amino acid aminotransferase (aroat) biological
2ay6A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
2ay6B 1ajsA 1.5 387 388 33 aromatic amino acid aminotransferase (aroat) biological
2ay7A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
2ay7B 1ajsA 1.5 387 388 33 aromatic amino acid aminotransferase (aroat) biological
2ay8A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
2ay8B 1ajsA 1.6 387 388 33 aromatic amino acid aminotransferase (aroat) biological
2ay9A 1ajsA 2.0 393 394 33 aromatic amino acid aminotransferase (aroat) biological
2ay9B 1ajsA 1.5 387 388 33 aromatic amino acid aminotransferase (aroat) biological
2ayh 2ayh 0.0 214 214 100 1,3-1,4-beta-d-glucan 4 glucanohydrolase (beta-glucanas
2ayk 1hfc 1.2 157 157 100 collagenase (mmp-1, fibroblast collagenase)
2ayqA 1xaa 1.3 345 356 51 3-isopropylmalate dehydrogenase biological_unit
2ayqB 1xaa 1.2 345 357 51 3-isopropylmalate dehydrogenase biological_unit
2azaA 1nwpA 0.7 127 129 59 Azurin (oxidized)
2azaB 1nwpA 0.8 127 129 59 Azurin (oxidized)
2azoA 1azo 2.0 207 218 96 muth (DNA mismatch repair protein muth)
2azoB 1azo 1.2 207 227 98 muth (DNA mismatch repair protein muth)
2azuA 1nwpA 0.8 127 128 65 Azurin mutant with his 35 replaced by leu (H35L)
2azuB 1nwpA 0.8 127 128 65 Azurin mutant with his 35 replaced by leu (H35L)
2azuC 1nwpA 0.8 127 128 65 Azurin mutant with his 35 replaced by leu (H35L)
2azuD 1nwpA 0.8 127 128 65 Azurin mutant with his 35 replaced by leu (H35L)
2b3c 1aho 2.3 57 64 42 cse-i biological_unit
2baa 1cnsA 0.8 243 243 98 endochitinase (26 kd)
2bamA 1bam 1.7 183 207 100 fragment (r. bamhi) biological_unit DNA biological_unit
2bamB 1bam 1.2 183 210 100 fragment (r. bamhi) biological_unit DNA biological_unit
2bat 2qwc 1.2 385 388 48 Neuraminidase n2 complex with sialic acid (n-actyl neur
2bb2 2bb2 0.0 181 181 100 Beta-b2-crystallin
2bb8 2bb8 0.0 71 71 100 integrase fragment
2bbg 1bbg 1.0 40 40 100 pollen allergen 5
2bbi 1pi2 2.9 60 71 65 TrypsinCHYMOTRYPSIN BOWMAN-BIRK INHIBITOR (NMR, 16 stru
2bbkH 2bbkH 0.0 355 355 100 Methylamine dehydrogenase (madh)
2bbkJ 2bbkH 0.3 355 355 100 Methylamine dehydrogenase (madh)
2bbkL 2bbkL 0.0 125 125 100 Methylamine dehydrogenase (madh)
2bbkM 2bbkL 0.3 125 125 100 Methylamine dehydrogenase (madh)
2bbmA 1cll 1.6 67 148 96 Calmodulin (calcium-bound) complexed with rabbit skelet
2bbqA 1bkpA 1.8 259 264 36 Thymidylate synthase complex with d-ump and polyglutamy
2bbqB 1bkpA 1.7 259 264 36 Thymidylate synthase complex with d-ump and polyglutamy
2bbvA 2bbvA 0.0 308 308 100 Black beetle virus capsid protein (bbv) complexed with
2bbvB 2bbvA 0.4 308 308 100 Black beetle virus capsid protein (bbv) complexed with
2bbvC 2bbvA 0.3 308 321 100 Black beetle virus capsid protein (bbv) complexed with
2bby 2bby 0.0 69 69 100 rap30 fragment
2bc2A 1a7tA 1.3 216 218 33 metallo beta-lactamase ii biological_unit
2bc2B 1a7tA 1.3 214 216 33 metallo beta-lactamase ii biological_unit
2bca 4icb 1.3 75 75 99 Calbindin d9k (calcium-loaded form) mutant with pro 43
2bcb 4icb 2.0 74 75 99 Calbindin d9k (calcium-loaded form) mutant with pro 43
2bce 2bce 0.0 532 532 100 cholesterol esterase (bile salt activated lipase, bile
2bct 3bct 1.4 456 502 97 beta-catenin fragment
2bdpA 1xwl 1.3 579 580 99 DNA polymerase i fragment (bf) DNA
2bds 2bds 0.0 43 43 100 BDS-I (NMR, 42 simulated annealing structures)
2befA 1npk 0.5 150 150 100 nucleoside diphosphate kinase
2befB 1npk 0.5 150 150 100 nucleoside diphosphate kinase
2befC 1npk 0.5 150 150 100 nucleoside diphosphate kinase
2bfh 1bfg 0.1 126 128 98 Basic fibroblast growth factor (wild type)
2bfvH 1igtB 1.0 118 119 73 fv4155 fragment
2bfvL 8fabA 1.5 103 112 50 fv4155 fragment
2bgt 2bgu 1.0 327 329 100 beta-glucosyltransferase
2bgu 2bgu 0.0 328 328 100 beta-glucosyltransferase
2bi6H 1bi6H 0.9 41 41 100 bromelain inhibitor vi
2bifA 1bif 0.5 431 432 98 6-phosphofructo-2-kinase fructose-2,6-bisphosphatase Mu
2bifB 1bif 0.6 431 432 98 6-phosphofructo-2-kinase fructose-2,6-bisphosphatase Mu
2bir 9rnt 0.5 104 104 98 ribonuclease t1
2bjxA 1bjx 0.0 110 110 100 protein disulfide isomerase fragment
2blg 1bebA 0.9 155 162 99 beta-lactoglobulin (blga) biological_unit
2blmA 1btl 1.7 252 260 37 Beta-lactamase (penicillinase)
2blmB 1btl 1.7 252 260 37 Beta-lactamase (penicillinase)
2blsA 2blsA 0.0 357 357 100 ampc beta-lactamase biological_unit
2blsB 2blsA 0.3 357 357 100 ampc beta-lactamase biological_unit
2bltA 2blsA 0.7 357 359 70 Beta-lactamase (cephalosporinase)
2bltB 2blsA 0.7 357 359 70 Beta-lactamase (cephalosporinase)
2bmhA 1bu7A 0.8 455 455 100 Cytochrome p450 (bm-3) (hemoprotein domain)
2bmhB 1bu7A 1.1 455 455 100 Cytochrome p450 (bm-3) (hemoprotein domain)
2bmiA 1a7tA 0.5 227 228 99 beta-lactamase (class b beta-lactamase)
2bmiB 1a7tA 0.5 227 230 99 beta-lactamase (class b beta-lactamase)
2bmt 1sco 2.2 32 37 51 toxin bmtx2
2bn2A 1npoA 0.7 81 85 100 neurophysin ii (bnpii) biological_unit phe-tyr amide
2bn2C 1npoA 0.5 79 79 100 neurophysin ii (bnpii) biological_unit phe-tyr amide
2bn2E 1npoA 0.5 79 79 100 neurophysin ii (bnpii) biological_unit phe-tyr amide
2bn2G 1npoA 0.7 79 79 100 neurophysin ii (bnpii) biological_unit phe-tyr amide
2bnh 1a4yA 1.2 456 456 77 ribonuclease inhibitor (rnase inhibitor, ribonucleaseAN
2bopA 2bopA 0.0 85 85 100 Bovine papillomavirus-1 e2 (DNA-binding domain) (residu
2bp2 1poa 1.2 117 123 57 Prophospholipase a=2=
2bpa1 2bpa1 0.0 426 426 100 Bacteriophage phix174 capsid proteins gpf, gpg, gpj and
2bpa2 2bpa2 0.0 175 175 100 Bacteriophage phix174 capsid proteins gpf, gpg, gpj and
2bpa3 2bpa3 0.0 36 36 100 Bacteriophage phix174 capsid proteins gpf, gpg, gpj and
2bpc 1bpyA 2.4 242 242 95 DNA polymerase beta (beta polymerase) (31kd domain) com
2bpfA 1bpyA 6.1 294 324 82 DNA polymerase beta complexed with a DNA template-prime
2bpgA 1bpyA 2.6 323 324 96 DNA polymerase beta complexed with a DNA template-prime
2bpgB 1bpyA 2.9 323 324 95 DNA polymerase beta complexed with a DNA template-prime
2bpp 1poa 1.4 117 123 57 Phospholipase a2
2bpr 1dkzA 4.0 140 173 78 dnak fragment
2bpvA 1fmb 1.6 97 99 33 hiv-1 protease
2bpvB 1fmb 1.5 97 99 31 hiv-1 protease
2bpwA 1fmb 1.6 97 99 31 hiv-1 protease
2bpwB 1fmb 1.5 97 99 31 hiv-1 protease
2bpxA 1fmb 1.6 97 99 31 hiv-1 protease
2bpxB 1fmb 1.8 98 99 33 hiv-1 protease
2bpyA 1fmb 1.6 97 99 31 hiv-1 protease
2bpyB 1fmb 1.5 97 99 31 hiv-1 protease
2bpzA 1fmb 1.6 97 99 31 hiv-1 protease
2bpzB 1fmb 1.5 97 99 31 hiv-1 protease
2bqa 3lzt 0.9 129 130 59 lysozyme Mutant
2bqb 3lzt 0.9 129 130 59 lysozyme Mutant
2bqc 3lzt 0.9 129 130 59 lysozyme Mutant
2bqd 3lzt 0.9 129 130 58 lysozyme Mutant
2bqe 3lzt 0.9 129 130 58 lysozyme Mutant
2bqf 3lzt 0.9 129 130 58 lysozyme Mutant
2bqg 3lzt 0.9 129 130 58 lysozyme Mutant
2bqh 3lzt 0.9 129 130 58 lysozyme Mutant
2bqi 3lzt 0.9 129 130 58 lysozyme Mutant
2bqj 3lzt 0.9 129 130 59 lysozyme Mutant
2bqk 3lzt 0.9 129 130 59 lysozyme Mutant
2bql 3lzt 0.9 129 130 58 lysozyme Mutant
2bqm 3lzt 0.9 129 130 59 lysozyme Mutant
2bqn 3lzt 0.8 129 130 58 lysozyme Mutant
2bqo 3lzt 0.9 129 130 59 lysozyme Mutant
2bqpA 1led 1.3 176 181 42 pea lectin biological_unit
2bqpB 2ltnB 0.2 47 47 100 pea lectin biological_unit
2bqpC 1led 1.3 176 181 42 pea lectin biological_unit
2bqpD 2ltnB 0.3 47 47 100 pea lectin biological_unit
2brd 1brx 1.3 200 221 95 bacteriorhodopsin
2brz 1brz 1.7 54 54 100 brazzein biological_unit
2bsp 1bn8 0.6 399 399 99 pectate lyase Mutant biological_unit
2btfA 2btfA 0.0 374 374 100 Beta-actin-profilin complex
2btfP 1pne 0.8 139 139 100 Beta-actin-profilin complex
2btmA 1amk 1.5 247 250 44 triosephosphate isomerase (tim) Mutant biological_unit
2btmB 1amk 1.5 247 250 44 triosephosphate isomerase (tim) Mutant biological_unit
2btvA 2btvA 0.0 845 845 100 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvB 2btvA 3.1 756 885 96 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvC 1bvp1 0.3 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvD 1bvp1 0.3 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvE 1bvp1 0.4 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvF 1bvp1 0.5 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvG 1bvp1 0.4 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvH 1bvp1 0.4 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvI 1bvp1 0.4 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvJ 1bvp1 0.3 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvP 1bvp1 0.3 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvQ 1bvp1 0.5 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvR 1bvp1 0.6 348 349 97 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvS 1bvp1 0.4 349 349 98 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btvT 1bvp1 0.3 66 66 100 vp3 fragment (t2) biological_unit vp7 fragment (t13) bi
2btxA 1txb 3.7 64 74 36 alpha-bungarotoxin biological_unit met-arg-tyr-tyr-glu-
2bu4 9rnt 0.5 104 104 100 ribonuclease t1 biological_unit
2bupA 1ba1 0.2 378 378 98 hsc70 fragment (hsp70, heat shock protein) Mutant
2bus 2ovo 2.8 49 57 58 Proteinase inhibitor IIA (BUSI IIA) (NMR, energy mimimi
2bzaA 5ptp 0.3 211 223 99 trypsin
2c2c 1ycc 1.3 101 112 37 Cytochrome c=2= (oxidized)
2ca2 2cba 0.2 256 256 100 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
2cab 2cba 1.0 255 256 61 Carbonic anhydrase form b (carbonate dehydratase)
2cae 1cf9A 1.4 471 475 42 catalase
2caf 1cf9A 1.4 471 475 42 catalase compound i
2cag 1cf9A 1.4 471 475 42 catalase compound ii
2cah 1cf9A 1.4 471 475 42 catalase biological_unit
2camA 2izk 1.5 102 124 37 avidin Mutant biological_unit
2camB 2izk 1.5 102 124 35 avidin Mutant biological_unit
2canA 2dkb 2.0 390 403 28 ornithine aminotransferase biological_unit
2canB 2dkb 2.1 376 403 29 ornithine aminotransferase biological_unit
2canC 2dkb 2.1 378 403 29 ornithine aminotransferase biological_unit
2cas 2cas 0.0 548 548 100 Canine parvovirus empty capsid (strain d) viral protein
2cau 2cau 0.0 344 344 100 canavalin (jack bean vicilin) biological_unit
2cav 2cau 0.3 343 346 100 canavalin (jack bean vicilin) biological_unit
2cba 2cba 0.0 258 258 100 Carbonic anhydrase ii (50 mm tris, 3 m ammonium sulfate
2cbb 2cba 0.1 258 258 100 Carbonic anhydrase ii (80 mm sodium citrate, 2.4 m ammo
2cbc 2cba 0.1 258 258 100 Carbonic anhydrase ii (50 mm tris, 3 m ammonium sulfate
2cbd 2cba 0.1 255 258 100 Carbonic anhydrase ii (2.4 m ammonium sulfate, 0.3 m so
2cbe 2cba 0.1 258 258 100 Carbonic anhydrase ii (50 mm tris, 3 m ammonium sulfate
2cbh 2cbh 0.0 36 36 100 C-terminal domain of cellobiohydrolase i (CT-CBH i) (NM
2cbp 2cbp 0.0 96 96 100 cucumber basic protein
2ccp 1ryc 0.9 291 293 99 Yeast cytochrome c peroxidase mutant with asp 235 repla
2ccx 1tgxA 1.5 60 60 99 Cardiotoxin ctx iib (NMR, 20 structures)
2ccyA 2ccyA 0.0 127 127 100 Cytochrome c'
2ccyB 2ccyA 0.4 127 127 100 Cytochrome c'
2cdv 3cyr 1.4 104 107 40 Cytochrome c=3=
2cdx 1tgxA 3.1 60 60 74 Cardiotoxin ctx i (NMR, 11 structures)
2celA 1celA 0.2 434 434 99 1,4-beta-d-glucan cellobiohydrolase i fragment (exogluc
2celB 1celA 0.2 434 434 99 1,4-beta-d-glucan cellobiohydrolase i fragment (exogluc
2cep 1ryc 0.9 291 293 99 Cytochrome c peroxidase mutant with met ile added at n-
2cevA 1rlaA 1.5 291 298 44 arginase biological_unit
2cevB 1rlaA 1.5 291 298 44 arginase biological_unit
2cevC 1rlaA 1.5 291 298 44 arginase biological_unit
2cevD 1rlaA 1.5 291 298 44 arginase biological_unit
2cevE 1rlaA 1.5 291 298 44 arginase biological_unit
2cevF 1rlaA 1.5 291 298 44 arginase biological_unit
2cgaA 5ptp 1.6 213 245 43 Chymotrypsinogen A
2cgaB 5ptp 1.6 213 245 43 Chymotrypsinogen A
2cgpC 2cgpC 0.0 200 200 100 DNA catabolite gene activator protein biological_unit
2cgrH 1igtB 1.5 206 214 64 Igg2b (kappa) fab fragment complexed with antigen n-(p-
2cgrL 8fabA 6.5 202 219 42 Igg2b (kappa) fab fragment complexed with antigen n-(p-
2cha 5ptp 1.2 216 236 45 Alpha chymotrypsin a (tosylated)
2chbD 3chbD 0.3 103 103 99 cholera toxin fragment
2chbE 3chbD 0.3 103 103 99 cholera toxin fragment
2chbF 3chbD 0.3 103 103 99 cholera toxin fragment
2chbG 3chbD 0.4 103 103 99 cholera toxin fragment
2chbH 3chbD 0.3 103 103 99 cholera toxin fragment
2che 3chy 0.2 128 128 98 Chey complexed with mg2+
2chf 3chy 0.2 128 128 98 Chey
2chr 1mucA 1.0 359 370 42 Chloromuconate cycloisomerase (cmci)
2chsA 2chsA 0.0 114 114 100 Chorismate mutase
2chsB 2chsA 0.4 114 114 100 Chorismate mutase
2chsC 2chsA 0.3 114 114 100 Chorismate mutase
2chsD 2chsA 0.3 114 114 100 Chorismate mutase
2chsE 2chsA 0.4 114 114 100 Chorismate mutase
2chsF 2chsA 0.4 114 114 100 Chorismate mutase
2chsG 2chsA 0.3 114 114 100 Chorismate mutase
2chsH 2chsA 0.2 114 114 100 Chorismate mutase
2chsI 2chsA 0.4 114 114 100 Chorismate mutase
2chsJ 2chsA 0.3 114 114 100 Chorismate mutase
2chsK 2chsA 0.3 114 114 100 Chorismate mutase
2chsL 2chsA 0.4 114 114 100 Chorismate mutase
2chtA 2chsA 0.4 114 114 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtB 2chsA 0.5 114 117 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtC 2chsA 0.4 114 118 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtD 2chsA 0.3 114 114 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtE 2chsA 0.5 114 117 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtF 2chsA 0.4 114 118 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtG 2chsA 0.4 114 115 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtH 2chsA 0.4 114 116 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtI 2chsA 0.5 114 114 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtJ 2chsA 0.4 114 117 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtK 2chsA 0.5 114 117 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chtL 2chsA 0.4 114 114 100 Chorismate mutase complexed with an endo-oxabicyclic tr
2chy 3chy 1.0 127 128 94 CheY (mutant with ser 56 replaced by cys) (S56C)
2ci2I 1a1yI 0.8 61 65 97 Chymotrypsin inhibitor 2 (CI-2)
2cjn 1awd 1.4 93 97 72 ferredoxin
2cjo 1awd 1.3 94 97 75 ferredoxin
2ckbA 1tcrA 1.2 202 202 100 alpha, beta t cell receptor fragment (t cell antigen re
2ckbB 1bec 1.7 226 237 96 alpha, beta t cell receptor fragment (t cell antigen re
2ckbC 1tcrA 1.2 202 202 100 alpha, beta t cell receptor fragment (t cell antigen re
2ckbD 1bec 1.7 226 237 96 alpha, beta t cell receptor fragment (t cell antigen re
2ckbH 1agdA 1.6 274 274 72 alpha, beta t cell receptor fragment (t cell antigen re
2ckbI 1agdA 1.6 274 274 72 alpha, beta t cell receptor fragment (t cell antigen re
2ckbL 1agdB 0.7 99 99 70 alpha, beta t cell receptor fragment (t cell antigen re
2ckbM 1agdB 0.8 99 99 70 alpha, beta t cell receptor fragment (t cell antigen re
2cla 3cla 0.4 213 213 99 Chloramphenicol acetyltransferase (CAT=III=) (D199N mut
2clrA 1agdA 0.8 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
2clrB 1agdB 0.3 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
2clrD 1agdA 0.8 270 275 84 Human class i histocompatibility antigen (hla-a 0201) c
2clrE 1agdB 0.3 99 100 100 Human class i histocompatibility antigen (hla-a 0201) c
2cmd 2cmd 0.0 312 312 100 Malate dehydrogenase
2cmm 1a6m 1.0 135 153 95 Myoglobin (cyano,Met) reconstituted with iron (iii) com
2cna 1nls 0.8 237 237 94 Concanavalin a
2cnd 1ndh 1.7 251 260 42 Nadh-dependent nitrate reductase (cytochrome b reductas
2cp4 1phd 0.2 405 405 99 Cytochrome p450cam (camphor monooxygenase) mutant with
2cpb 2cpb 0.0 50 50 100 m13 major coat protein (m13 gene-viii-protein or m13 gv
2cpkE 1cdkA 0.5 336 336 97 c-AMP-dependent protein kinase (cAPK) (catalytic subuni
2cpl 2cpl 0.0 164 164 100 Cyclophilin a
2cpo 1cpo 0.3 299 299 100 chloroperoxidase (cpo, clp)
2cpp 1phd 0.2 405 405 100 Cytochrome p450cam (camphor monooxygenase) with bound c
2cps 2cps 0.0 50 50 100 m13 major coat protein (m13 gene-viii-protein or m13 gv
2crd 1cmr 1.2 31 37 75 Charybdotoxin (NMR, 12 structures)
2crk 1bg0 2.5 334 365 44 creatine kinase biological_unit
2cro 1r69 0.8 63 65 53 434 cro protein
2crs 1tgxA 1.8 59 60 77 Cardiotoxin iii (NMR, 13 structures)
2crt 1tgxA 1.7 59 60 77 Cardiotoxin iii (NMR, minimized average structure)
2crxA 1crxA 0.7 304 305 100 cre recombinase (cre-hj2) biological_unit DNA
2crxB 1crxA 1.7 296 309 97 cre recombinase (cre-hj2) biological_unit DNA
2csc 1csh 0.2 427 429 93 Citrate synthase - d-malate - carboxymethyl coenzyme A
2csmA 5csmA 1.7 244 245 99 chorismate mutase (chorismate pyruvate mutase) l-tyrosi
2csn 1csn 0.4 293 293 100 casein kinase-1 fragment
2cstA 1ajsA 0.6 401 411 82 Aspartate aminotransferase (caspat) complexed with pyri
2cstB 1ajsA 0.6 401 411 82 Aspartate aminotransferase (caspat) complexed with pyri
2ctb 1aye 0.5 301 307 66 Carboxypeptidase a
2ctc 1aye 0.5 301 307 66 Carboxypeptidase a complex with l-phenyl lactate (l-o-p
2cthA 3cyr 1.5 106 107 45 cytochrome c3
2cthB 3cyr 1.6 106 107 45 cytochrome c3
2ctn 1ncx 2.8 87 88 66 troponin c fragment (ctnc) Mutant biological_unit
2cts 1csh 0.7 435 437 93 Citrate synthase - (coA, citrate) complex
2ctvA 1nls 0.3 237 237 100 Concanavalin a (native)
2ctx 3ebx 1.8 57 71 39 Alpha-cobratoxin
2cut 1cex 0.4 196 198 100 Cutinase complexed with the inhibitor diethyl para-nitr
2cwgA 9wgaA 0.6 171 171 97 Wheat germ agglutinin isolectin 1 complex with t5 sialo
2cwgB 9wgaA 0.6 171 171 97 Wheat germ agglutinin isolectin 1 complex with t5 sialo
2cxbA 1ycc 1.7 101 123 33 cytochrome c2
2cxbB 1ycc 1.4 99 123 33 cytochrome c2
2cxg 1pamA 0.9 685 686 88 cyclodextrin glycosyltransferase (cgtase) biological_un
2cy3 3cyr 2.4 93 118 40 Cytochrome c=3=
2cyhA 2cpl 0.3 164 164 100 cyclophilin a dipeptide ala-pro
2cyk 1rcb 1.8 127 129 100 Interleukin 4 (NMR, minimized average structure)
2cym 3cyr 1.5 104 107 45 Cytochrome c=3=
2cyp 1ryc 0.5 289 293 99 Cytochrome c peroxidase (ferrocytochrome c (colon) h2O2
2daaA 1daaA 0.5 277 278 100 d-amino acid aminotransferase biological_unit
2daaB 1daaA 0.5 277 278 100 d-amino acid aminotransferase biological_unit
2dabA 1daaA 0.5 277 280 99 d-amino acid aminotransferase (d-alanine aminotransfera
2dabB 1daaA 0.5 277 282 99 d-amino acid aminotransferase (d-alanine aminotransfera
2dap 1dapA 3.1 320 320 100 diaminopimelic acid dehydrogenase (dapdh)
2dblH 1igtB 2.8 216 218 61 Fab' fragment of monoclonal antibody db3 (igg1, subgrou
2dblL 8fabA 4.5 203 215 42 Fab' fragment of monoclonal antibody db3 (igg1, subgrou
2dbvO 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
2dbvP 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
2dbvQ 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
2dbvR 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
2def 1icjA 1.4 146 146 100 peptide deformylase fragment Mutant biological_unit
2dgcA 2dgcA 0.0 49 49 100 gcn4 fragment atfCREB SITE DNA
2dhbA 1abwA 0.6 138 141 87 Hemoglobin (horse,Deoxy)
2dhbB 1abwA 1.5 138 146 40 Hemoglobin (horse,Deoxy)
2dhc 1be0 0.3 310 310 99 Haloalkane dehalogenase complexed with 1,2-dichloroetha
2dhd 1be0 0.4 310 310 99 Haloalkane dehalogenase complexed with 1,2-dichloroetha
2dhe 1be0 0.3 310 310 99 Haloalkane dehalogenase (ph 6, room temperature)
2dhfA 1aoeA 2.5 151 183 40 Dihydrofolate reductase (DHFR) complex with 5-deazafola
2dhfB 1aoeA 2.3 151 183 39 Dihydrofolate reductase (DHFR) complex with 5-deazafola
2dhn 1dhn 0.2 121 121 100 7,8-dihydroneopterin aldolase (dhna)
2dij 1pamA 0.8 685 686 88 cyclodextrin glycosyltransferase (cgtase) Mutant biolog
2dik 1dik 0.5 868 869 99 pyruvate phosphate dikinase (ppdk) Mutant biological_un
2dkb 2dkb 0.0 431 431 100 2,2-dialkylglycine decarboxylase (pyruvate) (dgd)
2dl2A 1nkr 2.7 194 197 89 mhc class i nk cell receptor precursor (p58 natural kil
2dldA 1dxy 2.2 326 337 38 d-lactate dehydrogenase (r-lactate dehydrogenase)
2dldB 1dxy 2.4 325 337 38 d-lactate dehydrogenase (r-lactate dehydrogenase)
2dln 2dln 0.0 306 306 100 d-alanine--d-alanine ligase
2dmr 1dmr 0.2 765 771 100 dmso reductase biological_unit
2dnjA 3dni 0.4 253 253 100 Deoxyribonuclease i (dnase i) complexed with DNA (5'-d(
2dorA 2dorA 0.0 311 311 100 dihydroorotate dehydrogenase a biological_unit
2dorB 2dorA 0.1 311 311 100 dihydroorotate dehydrogenase a biological_unit
2dpg 1dpgA 0.8 485 485 99 glucose 6-phosphate dehydrogenase (g6pd) Mutant biologi
2dpm 2dpm 0.0 259 259 100 adenine-specific methyltransferase dpnii 1 (m.Dpnii) bi
2drcA 1vdrA 1.9 148 160 32 Dihydrofolate reductase (dhfr) mutant with trp 22 repla
2drcB 1vdrA 1.8 148 160 32 Dihydrofolate reductase (dhfr) mutant with trp 22 repla
2dri 2dri 0.0 271 271 100 D-ribose-binding protein complexed with beta-d-ribose
2drpA 2drpA 0.0 63 63 100 Tramtrack protein (two zinc-finger peptide) complexed w
2drpD 2drpA 0.5 63 64 100 Tramtrack protein (two zinc-finger peptide) complexed w
2dtr 2tdx 0.8 132 214 99 diphtheria toxin repressor (dtxr) biological_unit
2dubA 1nzyA 2.6 245 254 29 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
2dubB 1nzyA 2.6 245 254 29 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
2dubC 1nzyA 2.6 245 254 29 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
2dubD 1nzyA 2.6 245 257 29 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
2dubE 1nzyA 2.6 245 255 29 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
2dubF 1nzyA 2.6 245 255 29 2-enoyl-coa hydratase (crotonase, enoyl-coa hydratase 1
2dvh 1c53 1.7 79 79 79 cytochrome c-553 Mutant
2dynA 1dynA 0.9 111 111 100 dynamin fragment (ph domain, dynph)
2dynB 1dynA 1.2 111 111 100 dynamin fragment (ph domain, dynph)
2e2c 1u9aA 2.1 146 156 36 ubiquitin conjugating enzyme
2ebn 2ebn 0.0 285 285 100 Endo-beta-n-acetylglucosaminidase f1 (endoglycosidase f
2ech 1fvl 2.6 45 49 50 Echistatin (NMR, 8 structures)
2eckA 1zin 2.2 209 214 46 adenylate kinase (adk)
2eckB 1zin 2.1 209 214 46 adenylate kinase (adk)
2eda 1be0 0.4 310 310 99 Haloalkane dehalogenase complex with iodide
2edc 1be0 0.3 310 310 99 Haloalkane dehalogenase
2efgA 1dar 0.6 579 579 99 elongation factor g (ef-g)
2eiaA 1eia 3.3 182 206 90 eiav capsid protein p26
2eiaB 1eia 7.1 182 204 90 eiav capsid protein p26
2eifA 1bkb 1.5 126 133 43 eukaryotic translation initiation factor 5a biological_
2eipA 2prd 1.2 165 168 48 soluble inorganic pyrophosphatase
2eipB 2prd 1.2 170 173 49 soluble inorganic pyrophosphatase
2emd 1ema 0.3 221 222 97 green fluorescent protein (gfp) Mutant biological_unit
2emn 1ema 0.4 221 221 97 green fluorescent protein (gfp) Mutant biological_unit
2emo 1ema 0.5 221 221 97 green fluorescent protein (gfp) Mutant biological_unit
2enb 1snc 0.5 135 135 99 Staphylococcal nuclease mutation with asp 21 replaced b
2end 2end 0.0 137 137 100 Endonuclease v
2eng 2eng 0.0 205 205 100 endoglucanase v
2enr 1nls 0.4 237 237 100 concanavalin a (con a) biological_unit
2eot 1dokA 1.8 64 74 71 eotaxin biological_unit
2eql 3lzt 1.3 128 129 49 Lysozyme (apo form)
2er0E 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complex w
2er6E 1bxo 1.5 296 330 54 Endothia aspartic proteinase (endothiapepsin) complex w
2er7E 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complex w
2er9E 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complex w
2era 3ebx 0.2 62 62 97 erabutoxin a Mutant
2ercA 2ercA 0.0 235 235 100 rrna methyl transferase fragment (ermc') biological_uni
2ercB 2ercA 0.5 235 235 100 rrna methyl transferase fragment (ermc') biological_uni
2erk 1p38 1.9 262 353 51 extracellular signal-regulated kinase 2 (erk 2, mitogen
2erl 2erl 0.0 40 40 100 mating pheromone er-1
2estE 5ptp 1.2 219 240 37 Elastase complex with trifluoroacetyl -L-lysyl-L-alanyl
2exo 1xyzA 1.4 310 312 41 Exo-1,4-beta-d-glycanase (cellulaseXYLANASE) (enzymatic
2eza 1zymA 1.8 247 259 100 phosphotransferase system, enzyme i fragment
2ezb 1zymA 2.2 246 249 98 phosphotransferase system, enzyme i fragment
2ezc 1zymA 1.7 247 249 100 phosphotransferase system, enzyme i fragment
2ezh 2ezh 0.0 65 65 100 transposase fragment
2ezi 2ezh 1.0 65 75 100 transposase fragment
2ezk 2ezk 0.0 93 93 100 transposase fragment
2ezl 2ezk 0.8 93 99 100 transposase fragment
2ezoA 2ezqA 0.4 123 123 100 gp41 fragment
2ezoB 2ezqA 0.4 123 123 100 gp41 fragment
2ezoC 2ezqA 0.4 123 123 100 gp41 fragment
2ezpA 2ezqA 0.6 123 123 100 gp41 fragment
2ezpB 2ezqA 0.6 123 123 100 gp41 fragment
2ezpC 2ezqA 0.6 123 123 100 gp41 fragment
2ezqA 2ezqA 0.0 123 123 100 gp41 fragment
2ezqB 2ezqA 0.1 123 123 100 gp41 fragment
2ezqC 2ezqA 0.1 123 123 100 gp41 fragment
2ezrA 2ezqA 0.6 123 123 100 gp41 fragment
2ezrB 2ezqA 0.6 123 123 100 gp41 fragment
2ezrC 2ezqA 0.6 123 123 100 gp41 fragment
2ezsA 2ezqA 0.7 123 123 100 gp41 fragment
2ezsB 2ezqA 0.7 123 123 100 gp41 fragment
2ezsC 2ezqA 0.7 123 123 100 gp41 fragment
2ezxA 2ezxA 0.0 89 89 100 barrier-to-autointegration factor biological_unit
2ezxB 2ezxA 0.1 89 89 100 barrier-to-autointegration factor biological_unit
2ezyA 2ezxA 0.6 89 89 100 barrier-to-autointegration factor biological_unit
2ezyB 2ezxA 0.6 89 89 100 barrier-to-autointegration factor biological_unit
2ezzA 2ezxA 0.4 89 89 100 barrier-to-autointegration factor biological_unit
2ezzB 2ezxA 0.4 89 89 100 barrier-to-autointegration factor biological_unit
2f19H 1igtB 2.6 209 221 64 Fab fragment from a monoclonal anti-arsonate antibody,
2f19L 8fabA 4.8 204 214 40 Fab fragment from a monoclonal anti-arsonate antibody,
2f3gA 1gpr 1.5 149 150 42 glucose-specific phosphocarrier (eiia-glc)
2f3gB 1gpr 1.6 149 150 42 glucose-specific phosphocarrier (eiia-glc)
2f58H 1igtB 2.2 219 228 64 igg1 fab 58.2 fragment (fab 58.2) biological_unit gp120
2f58L 8fabA 6.6 163 216 45 igg1 fab 58.2 fragment (fab 58.2) biological_unit gp120
2fal 2fal 0.0 146 146 100 Myoglobin (ferric) complex with cyanide
2fam 2fal 0.3 146 146 100 Myoglobin (ferric) complex with thiocyanate
2fax 5nul 0.1 138 138 98 flavodoxin Mutant biological_unit
2fb4H 1igtB 2.2 208 229 66 Immunoglobulin fab
2fb4L 8fabA 5.7 206 216 75 Immunoglobulin fab
2fbjH 1igtB 2.4 206 220 50 IgA fab fragment (j539) (galactan-binding)
2fbjL 8fabA 6.9 202 213 43 IgA fab fragment (j539) (galactan-binding)
2fbpA 1frpA 1.5 308 316 94 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
2fbpB 1frpA 1.5 308 316 93 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
2fcpA 1by5A 0.8 687 705 99 ferric hydroxamate uptake receptor (fhua) Mutant
2fcr 1rcf 1.4 166 173 40 Flavodoxin
2fd2 7fd1 0.2 106 106 99 Ferredoxin (mutant with cys 24 replaced by ala) (C24A)
2fdn 2fdn 0.0 55 55 100 ferredoxin
2fdx 5nul 0.2 138 138 98 flavodoxin Mutant biological_unit
2fgf 1bfg 0.6 126 126 98 Basic fibroblast growth factor
2fgwH 1igtB 2.9 208 220 63 Fab fragment of a humanized version of the anti-cd18 an
2fgwL 8fabA 7.7 204 214 42 Fab fragment of a humanized version of the anti-cd18 an
2fha 2fha 0.0 172 172 100 ferritin Mutant biological_unit
2fheA 1b8xA 1.1 202 216 58 glutathione s-transferase (gst) biological_unit
2fheB 1b8xA 1.1 202 216 58 glutathione s-transferase (gst) biological_unit
2fhi 1fit 0.2 124 124 97 fragile histidine triad protein (fhit) Mutant biologica
2fibA 3fib 0.3 248 250 100 fibrinogen fragment gly-pro-arg-pro
2fit 1fit 0.2 126 130 100 fragile histidine protein (fhit, fragile histidine tria
2fivA 1fmb 1.8 102 113 28 feline immunodeficiency virus protease (fiv pr) Mutant
2fivB 1fmb 1.8 102 113 28 feline immunodeficiency virus protease (fiv pr) Mutant
2fke 1fkj 0.2 107 107 100 Fk506 binding protein (12 kda, human) complex with fk50
2flv 5nul 0.1 138 138 100 flavodoxin Mutant biological_unit
2fmb 1fmb 0.2 104 104 100 equine infectious anemia virus protease (eiav pr, retro
2fmr 2fmr 0.0 65 65 100 fmr1 protein fragment (kh1)
2fn2 2fn2 0.0 59 59 100 fibronectin fragment
2fnb 2fnb 0.0 95 95 100 fibronectin fragment
2fokA 2fokA 0.0 558 558 100 foki restriction endonuclease fragment (r.Foki) biologi
2fokB 2fokA 0.5 553 560 100 foki restriction endonuclease fragment (r.Foki) biologi
2fow 1fow 2.9 67 76 87 ribosomal protein l11 fragment Mutant biological_unit
2fox 5nul 0.2 138 138 99 flavodoxin biological_unit
2frc 1ycc 2.5 102 104 60 cytochrome c
2frvA 2frvA 0.0 261 261 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvB 2frvB 0.0 530 530 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvC 2frvA 0.1 261 261 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvD 2frvB 0.1 530 530 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvE 2frvA 0.1 261 261 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvF 2frvB 0.1 530 530 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvG 2frvA 0.1 261 261 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvH 2frvB 0.1 530 530 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvI 2frvA 0.1 261 261 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvJ 2frvB 0.1 530 530 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvL 2frvB 0.1 530 530 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2frvS 2frvA 0.1 261 261 100 periplasmic hydrogenase (cytochrome-c3 hydrogenase) bio
2fsp 1srrA 1.4 111 124 99 stage 0 sporulation protein f (spo0f) biological_unit
2fua 2fua 0.0 210 210 100 l-fuculose-1-phosphate aldolase
2fusA 1furA 0.2 456 456 99 fumarase c (fumc) Mutant biological_unit
2fusB 1furA 0.4 452 455 99 fumarase c (fumc) Mutant biological_unit
2fvx 5nul 0.2 137 137 100 flavodoxin Mutant biological_unit
2fx2 1rcf 1.6 142 147 31 Flavodoxin
2fxb 2fxb 0.0 81 81 100 Ferredoxin
2galA 1a3k 0.9 129 133 37 galectin-7
2galB 1a3k 0.9 128 132 37 galectin-7
2gar 2gar 0.0 188 188 100 glycinamide ribonucleotide transformylase (gartfase) Mu
2gatA 1gatA 1.5 60 66 100 gata-1 fragment DNA
2gb1 2igd 1.3 56 56 88 Protein g (b1 domain) (NMR, restrained minimized averag
2gbp 1gca 0.7 309 309 94 D-GalactoseD-GLUCOSE BINDING PROTEIN (ggbp$)
2gbqA 1ckaA 1.0 54 57 37 grb2 fragment sos-1 fragment (ac-vpppvpprrr-nh2)
2gcc 2gcc 0.0 63 63 100 aterf1 fragment
2gch 5ptp 1.1 214 236 45 Gamma chymotrypsin a
2gctA 5ptp 1.1 214 236 45 Gamma-Chymotrypsin A (pH 2.0)
2gd1O 1dssG 1.1 330 334 53 apo-D-Glyceraldehyde-3-phosphate dehydrogenase
2gd1P 1dssG 1.1 329 334 53 apo-D-Glyceraldehyde-3-phosphate dehydrogenase
2gd1Q 1dssG 1.0 330 334 53 apo-D-Glyceraldehyde-3-phosphate dehydrogenase
2gd1R 1dssG 1.1 329 334 53 apo-D-Glyceraldehyde-3-phosphate dehydrogenase
2gda 2nllB 1.9 70 72 45 Glucocorticoid receptor (DNA binding domain, gr-dbd) (N
2gdm 2gdm 0.0 153 153 100 leghemoglobin (oxy)
2gep 2aop 0.4 453 472 100 sulfite reductase hemoprotein (sirhp) biological_unit
2gf1 2gf1 0.0 70 70 100 Insulin-like growth factor (NMR, minimum average struct
2giw 1ycc 1.7 103 104 62 cytochrome c
2gliA 2gliA 0.0 155 155 100 zinc finger protein gli1 (five-finger gli) DNA
2glrA 1pgtA 0.5 209 209 85 Glutathione s-transferase yfyf (class pi) complexed wit
2glrB 1pgtA 0.5 209 209 85 Glutathione s-transferase yfyf (class pi) complexed wit
2glsA 1lgr 0.9 442 468 89 Glutamine synthetase
2glsB 1lgr 0.8 442 468 89 Glutamine synthetase
2glsC 1lgr 0.9 442 468 89 Glutamine synthetase
2glsD 1lgr 0.9 442 468 89 Glutamine synthetase
2glsE 1lgr 0.8 442 468 89 Glutamine synthetase
2glsF 1lgr 0.9 442 468 89 Glutamine synthetase
2glsG 1lgr 0.9 442 468 89 Glutamine synthetase
2glsH 1lgr 0.9 442 468 89 Glutamine synthetase
2glsI 1lgr 0.8 442 468 89 Glutamine synthetase
2glsJ 1lgr 0.9 442 468 89 Glutamine synthetase
2glsK 1lgr 0.9 442 468 89 Glutamine synthetase
2glsL 1lgr 0.8 442 468 89 Glutamine synthetase
2glt 1gsa 0.4 294 296 100 glutathione biosynthetic ligase (glutathione synthase)
2gmfA 2gmfA 0.0 121 121 100 granulocyte-macrophage colony-stimulating factor
2gmfB 2gmfA 0.5 120 120 100 granulocyte-macrophage colony-stimulating factor
2gmt 5ptp 1.1 214 236 45 Gamma chymotrypsin alkylated with n-acetyl-l-alanyl-l-p
2gn5 1gvp 1.6 82 87 51 Gene 5 DNA binding protein
2gpaA 1a8i 0.4 791 813 99 glycogen phosphorylase biological_unit
2gpb 1a8i 0.5 800 831 99 Glycogen phosphorylase b (t state) complex with alpha-D
2gpn 1a8i 0.2 795 803 100 glycogen phosphorylase b biological_unit
2gpr 1gpr 1.7 149 154 43 glucose-permease iia component fragment
2grt 3grs 0.3 461 461 99 glutathione reductase (grtr) Mutant biological_unit
2gsaA 2gsaA 0.0 427 427 100 glutamate semialdehyde aminotransferase (glutamate semi
2gsaB 2gsaA 0.5 427 427 100 glutamate semialdehyde aminotransferase (glutamate semi
2gsp 9rnt 0.5 104 104 100 ribonuclease t1 (rnase t1)
2gsq 1pgtA 2.1 199 202 30 glutathione s-transferase (squid gst)
2gsrA 1pgtA 0.6 207 207 83 class pi gst glutathione s-transferase (pi gst) biologi
2gsrB 1pgtA 0.6 207 207 83 class pi gst glutathione s-transferase (pi gst) biologi
2gssA 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 (gst) biological_unit
2gssB 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 (gst) biological_unit
2gstA 1b8xA 1.7 204 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
2gstB 1b8xA 1.7 204 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
2gtuA 1b8xA 1.6 200 217 44 glutathione s-transferase biological_unit
2gtuB 1b8xA 1.6 200 217 44 glutathione s-transferase biological_unit
2gur 2gur 0.0 35 35 100 gurmarin
2gvaA 1gvp 2.2 86 87 94 gene v protein Mutant
2gvaB 1gvp 2.2 86 87 94 gene v protein Mutant
2gvbA 1gvp 2.3 83 87 99 gene v protein Mutant
2gvbB 1gvp 2.3 83 87 99 gene v protein Mutant
2gyiA 4xis 0.4 385 385 94 Xylose isomerase (glucose isomerase)
2gyiB 4xis 0.4 385 385 94 Xylose isomerase (glucose isomerase)
2h1pH 1igtB 3.5 218 220 80 2h1 fragment pa1
2h1pL 8fabA 3.6 204 219 42 2h1 fragment pa1
2h4n 2cba 0.2 257 257 99 carbonic anhydrase ii (caii, carbonic dehydratase) Muta
2had 1be0 0.3 310 310 99 Haloalkane dehalogenase (pH 6.2)
2hbcA 1abwA 0.6 138 141 99 Hemoglobin a (ethyl iscocyanide, ph 6.7)
2hbcB 1abwA 1.5 138 146 43 Hemoglobin a (ethyl iscocyanide, ph 6.7)
2hbdA 1abwA 0.7 138 141 99 Hemoglobin a (methyl iscocyanide, ph 6.7)
2hbdB 1abwA 1.5 138 146 43 Hemoglobin a (methyl iscocyanide, ph 6.7)
2hbeA 1abwA 0.7 138 141 99 Hemoglobin a (n-butyl iscocyanide, ph 6.7)
2hbeB 1abwA 1.5 138 146 43 Hemoglobin a (n-butyl iscocyanide, ph 6.7)
2hbfA 1abwA 0.7 138 141 99 Hemoglobin a (n-propyl iscocyanide, ph 6.7)
2hbfB 1abwA 1.5 138 146 43 Hemoglobin a (n-propyl iscocyanide, ph 6.7)
2hbg 2hbg 0.0 147 147 100 Hemoglobin (deoxy)
2hbiA 3sdhA 0.3 145 145 98 dimeric hemoglobin (hbi) Mutant biological_unit
2hbiB 3sdhA 0.4 145 145 98 dimeric hemoglobin (hbi) Mutant biological_unit
2hbsA 1abwA 0.3 139 141 99 hemoglobin s (hbs, hemoglobin a (beta6 glu-val)) Mutant
2hbsB 1abwA 1.4 139 146 43 hemoglobin s (hbs, hemoglobin a (beta6 glu-val)) Mutant
2hbsC 1abwA 0.4 141 141 99 hemoglobin s (hbs, hemoglobin a (beta6 glu-val)) Mutant
2hbsD 1abwA 1.3 139 146 43 hemoglobin s (hbs, hemoglobin a (beta6 glu-val)) Mutant
2hbsE 1abwA 0.4 141 141 99 hemoglobin s (hbs, hemoglobin a (beta6 glu-val)) Mutant
2hbsF 1abwA 1.4 139 146 43 hemoglobin s (hbs, hemoglobin a (beta6 glu-val)) Mutant
2hbsG 1abwA 0.4 141 141 99 hemoglobin s (hbs, hemoglobin a (beta6 glu-val)) Mutant
2hbsH 1abwA 1.4 139 146 43 hemoglobin s (hbs, hemoglobin a (beta6 glu-val)) Mutant
2hckA 1fmk 2.4 434 438 61 hematopoetic cell kinase hck fragment
2hckB 1fmk 2.3 434 438 61 hematopoetic cell kinase hck fragment
2hcoA 1abwA 0.7 138 141 99 Hemoglobin (carbonmonoxy)
2hcoB 1abwA 1.5 138 146 43 Hemoglobin (carbonmonoxy)
2hddA 2hddA 0.0 55 55 100 engrailed homeodomain Mutant biological_unit DNA (20-me
2hddB 2hddA 0.5 53 56 100 engrailed homeodomain Mutant biological_unit DNA (20-me
2hea 3lzt 0.9 129 130 60 lysozyme Mutant biological_unit
2heb 3lzt 0.9 129 130 60 lysozyme Mutant
2hec 3lzt 0.9 129 130 60 lysozyme Mutant biological_unit
2hed 3lzt 0.9 129 130 60 lysozyme Mutant biological_unit
2hee 3lzt 0.9 129 130 60 lysozyme Mutant biological_unit
2hef 3lzt 0.9 129 130 60 lysozyme Mutant biological_unit
2hexA 1bpi 0.5 56 56 100 bovine pancreatic trypsin inhibitor biological_unit
2hexB 1bpi 0.6 56 56 100 bovine pancreatic trypsin inhibitor biological_unit
2hexC 1bpi 0.5 56 57 100 bovine pancreatic trypsin inhibitor biological_unit
2hexD 1bpi 0.5 56 56 100 bovine pancreatic trypsin inhibitor biological_unit
2hexE 1bpi 0.5 56 56 100 bovine pancreatic trypsin inhibitor biological_unit
2hfh 2hfh 0.0 93 93 100 genesis fragment (hfh-2) biological_unit
2hft 1boy 0.7 203 205 99 human tissue factor
2hgf 1bhtA 1.8 91 97 100 hepatocyte growth factor fragment (hgfN)
2hgtH 5ptp 1.3 220 253 38 Alpha-thrombin complex with hirulog i (cleaved between
2hgtL 1ppbL 3.4 33 33 100 Alpha-thrombin complex with hirulog i (cleaved between
2hhbA 1abwA 0.2 139 141 99 Hemoglobin (deoxy)
2hhbB 1abwA 1.5 139 146 43 Hemoglobin (deoxy)
2hhbC 1abwA 0.3 141 141 99 Hemoglobin (deoxy)
2hhbD 1abwA 1.4 138 146 43 Hemoglobin (deoxy)
2hhdA 1abwA 0.2 139 141 99 Hemoglobin (deoxy) (hba)
2hhdB 1abwA 1.5 139 146 43 Hemoglobin (deoxy) (hba)
2hhdC 1abwA 0.3 141 141 99 Hemoglobin (deoxy) (hba)
2hhdD 1abwA 1.5 139 146 43 Hemoglobin (deoxy) (hba)
2hheA 1abwA 0.3 139 141 99 Hemoglobin (deoxy) mutant with val b 1 replaced by met,
2hheB 1abwA 1.5 139 145 44 Hemoglobin (deoxy) mutant with val b 1 replaced by met,
2hheC 1abwA 0.3 141 141 99 Hemoglobin (deoxy) mutant with val b 1 replaced by met,
2hheD 1abwA 1.3 138 145 44 Hemoglobin (deoxy) mutant with val b 1 replaced by met,
2hhmA 1imbA 0.4 266 266 99 Human inositol monophosphatase dimer complex with gadol
2hhmB 1imbA 0.3 267 267 100 Human inositol monophosphatase dimer complex with gadol
2hid 1ptf 1.2 86 87 58 histidine containing protein (hpr) Mutant
2hipA 1hpi 1.5 65 71 36 High potential iron sulfur protein (hiPIP)
2hipB 1hpi 1.2 63 71 37 High potential iron sulfur protein (hiPIP)
2hir 4htcI 1.3 45 49 90 Hirudin (wild-type) (NMR,32 simulated annealing structu
2his 1xyzA 1.5 310 312 41 cellulomonas fimi family 10 beta-1,4-glycanase fragment
2hlaA 1agdA 1.0 270 270 85 Human class i histocompatibility antigen aw 68.1 (HLA-A
2hlaB 1agdB 0.4 99 99 100 Human class i histocompatibility antigen aw 68.1 (HLA-A
2hlcA 5ptp 1.7 211 230 31 collagenase
2hlcB 5ptp 1.6 211 230 31 collagenase
2hmb 1hmt 0.4 131 131 100 Fatty acid binding protein (holo form, human muscle) (m
2hmgA 1hgeA 0.5 328 328 99 Hemagglutinin (G146(A)D) (bromelain digested) (mutant w
2hmgB 1hgeB 0.7 175 175 100 Hemagglutinin (G146(A)D) (bromelain digested) (mutant w
2hmgC 1hgeA 0.5 328 328 99 Hemagglutinin (G146(A)D) (bromelain digested) (mutant w
2hmgD 1hgeB 0.7 175 175 100 Hemagglutinin (G146(A)D) (bromelain digested) (mutant w
2hmgE 1hgeA 0.5 327 328 99 Hemagglutinin (G146(A)D) (bromelain digested) (mutant w
2hmgF 1hgeB 0.7 175 175 100 Hemagglutinin (G146(A)D) (bromelain digested) (mutant w
2hmiA 1rthA 2.9 541 558 98 hiv-1 reverse transcriptase (hiv-1 rt) Mutant monoclona
2hmiB 1rthA 8.3 222 430 70 hiv-1 reverse transcriptase (hiv-1 rt) Mutant monoclona
2hmiC 8fabA 4.9 204 214 40 hiv-1 reverse transcriptase (hiv-1 rt) Mutant monoclona
2hmiD 1igtB 2.4 214 220 63 hiv-1 reverse transcriptase (hiv-1 rt) Mutant monoclona
2hmqA 2mhr 0.9 112 114 46 Hemerythrin (met)
2hmqB 2mhr 0.9 112 114 46 Hemerythrin (met)
2hmqC 2mhr 1.1 113 114 46 Hemerythrin (met)
2hmqD 2mhr 1.1 113 114 46 Hemerythrin (met)
2hmx 1hiwA 4.7 111 133 94 human immunodeficiency virus type 1 matrix protein (hiv
2hmyB 6mhtA 1.2 315 328 99 cytosine-specific methyltransferase hhai
2hmzA 2mhr 1.1 113 114 46 Hemerythrin (adizomet)
2hmzB 2mhr 0.9 112 114 46 Hemerythrin (adizomet)
2hmzC 2mhr 1.1 113 114 46 Hemerythrin (adizomet)
2hmzD 2mhr 1.1 113 114 46 Hemerythrin (adizomet)
2hnp 1pty 0.8 278 278 99 Protein-tyrosine phosphatase 1b (human)
2hnq 1pty 0.8 278 278 99 Protein-tyrosine phosphatase 1b (human) complexed with
2hntC 2pkaA 1.4 55 67 39 Gamma-thrombin
2hntF 5ptp 1.1 90 100 45 Gamma-thrombin
2hoa 2hddA 1.5 55 68 50 Antennapedia protein (homeodomain) mutant with cys 39 r
2hohA 9rnt 0.6 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
2hohB 9rnt 0.7 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
2hohC 9rnt 0.7 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
2hohD 9rnt 0.6 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
2hp8 1hp8 1.5 63 68 92 hu-p8 Mutant
2hpaA 2hpaA 0.0 342 342 100 acid phosphatase biological_unit
2hpaB 2hpaA 0.1 342 342 100 acid phosphatase biological_unit
2hpaC 2hpaA 0.2 342 342 100 acid phosphatase biological_unit
2hpaD 2hpaA 0.1 342 342 100 acid phosphatase biological_unit
2hpdA 1bu7A 0.5 455 457 100 Cytochrome p450 (bm-3) (hemoprotein domain) (fatty acid
2hpdB 1bu7A 1.0 455 457 100 Cytochrome p450 (bm-3) (hemoprotein domain) (fatty acid
2hpeA 1fmb 1.6 98 99 36 Hiv-2 protease mutant with lys 57 replaced by leu (k57l
2hpeB 1fmb 1.6 98 99 36 Hiv-2 protease mutant with lys 57 replaced by leu (k57l
2hpfA 1fmb 1.9 98 99 34 Hiv-2 protease mutant with lys 57 replaced by leu (k57l
2hpfB 1fmb 1.8 98 99 34 Hiv-2 protease mutant with lys 57 replaced by leu (k57l
2hppH 5ptp 1.3 220 251 38 Alpha-thrombin complex with d-phe-pro-arg-chloromethylk
2hppP 5hpgA 2.5 73 79 37 Alpha-thrombin complex with d-phe-pro-arg-chloromethylk
2hpqH 5ptp 1.3 220 251 38 Alpha-thrombin complex with d-phe-pro-arg-chloromethylk
2hpqP 5hpgA 2.4 72 79 39 Alpha-thrombin complex with d-phe-pro-arg-chloromethylk
2hpr 1ptf 0.8 86 87 58 Histidine-containing phosphocarrier protein hpr mutant
2hqi 1aw0 3.0 72 72 27 mercuric transport protein (merp)
2hrpH 1igtB 1.3 219 226 80 monoclonal antibody f11.2.32 fragment (immunoglobulin,
2hrpN 1igtB 1.4 217 224 80 monoclonal antibody f11.2.32 fragment (immunoglobulin,
2hsdA 1bdb 2.4 242 253 30 3 alpha, 20 beta-hydroxysteroid dehydrogenase (holo for
2hsdB 1bdb 2.4 242 253 30 3 alpha, 20 beta-hydroxysteroid dehydrogenase (holo for
2hsdC 1bdb 2.4 242 253 30 3 alpha, 20 beta-hydroxysteroid dehydrogenase (holo for
2hsdD 1bdb 2.4 242 253 30 3 alpha, 20 beta-hydroxysteroid dehydrogenase (holo for
2hsp 1ckaA 2.1 54 71 36 Phospholipase c-gamma (sh3 domain) (NMR, 20 structures)
2hts 2hts 0.0 88 88 100 Heat shock transcription factor (DNA binding domain)
2hvm 1cnv 1.7 270 273 42 hevamine (chitinaseLYSOZYME)
2hvp 1fmb 2.6 88 91 31 HIV-1 protease
2hwb1 1pov1 1.5 213 273 46 Human rhinovirus 14 mutant with ile 2 170 replaced by v
2hwb2 1aym2 1.0 251 255 62 Human rhinovirus 14 mutant with ile 2 170 replaced by v
2hwb3 1aym3 0.9 230 236 53 Human rhinovirus 14 mutant with ile 2 170 replaced by v
2hwb4 4rhv4 0.0 40 40 100 Human rhinovirus 14 mutant with ile 2 170 replaced by v
2hwc1 1pov1 1.5 213 273 46 Human rhinovirus 14 mutant with ile 2 170 replaced by v
2hwc2 1aym2 1.0 251 255 62 Human rhinovirus 14 mutant with ile 2 170 replaced by v
2hwc3 1aym3 0.9 230 236 53 Human rhinovirus 14 mutant with ile 2 170 replaced by v
2hwc4 4rhv4 0.0 40 40 100 Human rhinovirus 14 mutant with ile 2 170 replaced by v
2hwd1 1aym1 1.3 280 283 71 Human rhinovirus 1a complexed with the antiviral agent
2hwd2 1aym2 0.8 251 253 84 Human rhinovirus 1a complexed with the antiviral agent
2hwd3 1aym3 0.6 234 238 81 Human rhinovirus 1a complexed with the antiviral agent
2hwe1 1aym1 1.3 280 283 71 Human rhinovirus 1a complexed with the antiviral agent
2hwe2 1aym2 0.8 251 253 84 Human rhinovirus 1a complexed with the antiviral agent
2hwe3 1aym3 0.6 234 238 81 Human rhinovirus 1a complexed with the antiviral agent
2hwf1 1aym1 1.2 280 283 71 Human rhinovirus 1a complexed with the antiviral agent
2hwf2 1aym2 0.8 251 253 84 Human rhinovirus 1a complexed with the antiviral agent
2hwf3 1aym3 0.6 234 238 81 Human rhinovirus 1a complexed with the antiviral agent
2i1b 2i1b 0.0 153 153 100 Interleukin-1Beta (IL-1Beta)
2iadA 1iakA 0.6 182 187 90 mhc class ii i-ad fragment
2iadB 1iakB 1.4 185 201 87 mhc class ii i-ad fragment
2ifb 1hmt 1.4 129 131 32 Intestinal fatty acid binding protein (holo form) (I-FA
2ife 1tig 1.9 85 91 48 translation initiation factor if3 fragment
2iffH 1igtB 1.9 209 214 67 Igg1 fab fragment (hyhel-5) complexed with lysozyme mut
2iffL 8fabA 5.5 202 212 44 Igg1 fab fragment (hyhel-5) complexed with lysozyme mut
2iffY 3lzt 0.7 129 129 99 Igg1 fab fragment (hyhel-5) complexed with lysozyme mut
2ifm 2ifm 0.0 46 46 100 pf1 filamentous bacteriophage (pf1 inovirus)
2ifn 2ifm 1.3 44 46 100 pf1 filamentous bacteriophage (pf1 inovirus)
2ifo 2ifo 0.0 46 46 100 Inovirus (filamentous bacteriophage) strain xf major co
2ig2H 1igtB 2.5 208 238 66 Immunoglobulin g1
2ig2L 8fabA 5.0 199 216 76 Immunoglobulin g1
2igd 2igd 0.0 61 61 100 protein g fragment
2igfH 1igtB 0.9 212 221 80 Igg1 fab' fragment (b13i2) complex with peptide (residu
2igfL 8fabA 6.0 204 219 43 Igg1 fab' fragment (b13i2) complex with peptide (residu
2igg 2igd 2.3 60 64 94 Protein g (second igg-binding domain) (NMR, 27 structur
2igh 2igd 2.1 58 61 100 Protein g (third igg-binding domain) (NMR, 24 structure
2ihl 3lzt 1.3 129 129 95 Lysozyme (japanese quail)
2il6 1alu 1.8 157 166 100 interleukin-6
2il8A 1tvxA 1.8 64 71 49 Interleukin 8 (il-8) (neutrophil activation protein) NA
2il8B 1tvxA 1.8 64 71 49 Interleukin 8 (il-8) (neutrophil activation protein) NA
2ila 2ila 0.0 145 145 100 Interleukin-1Alpha (IL-1Alpha)
2ilk 2ilk 0.0 155 155 100 interleukin-10
2imm 8fabA 1.5 102 114 49 Immunoglobulin vl domain (variable domain of kappa ligh
2imn 8fabA 1.6 105 113 48 Immunoglobulin vl domain (variable domain of kappa ligh
2int 1rcb 0.8 129 129 100 Interleukin-4
2irtA 1irp 3.0 132 145 89 Interleukin-1 receptor antagonist protein
2irtB 1irp 2.9 133 145 90 Interleukin-1 receptor antagonist protein
2isdA 1djxB 0.7 513 513 100 phosphoinositide-specific phospholipase c, isozyme delt
2isdB 1djxB 0.7 561 561 100 phosphoinositide-specific phospholipase c, isozyme delt
2itg 1bisA 1.8 138 160 98 human immunodeficiency virus-1 integrase fragment Mutan
2iza 2izk 0.2 111 121 100 streptavidin
2izb 2izk 0.2 112 112 100 streptavidin
2izcB 2izk 0.5 111 123 100 streptavidin
2izcD 2izk 0.4 111 121 100 streptavidin
2izdB 2izk 0.6 121 123 100 streptavidin
2izdD 2izk 0.6 121 121 100 streptavidin
2izeB 2izk 0.5 111 122 100 streptavidin
2izeD 2izk 0.4 111 121 100 streptavidin
2izfB 2izk 0.5 111 123 100 streptavidin
2izfD 2izk 0.5 109 121 100 streptavidin
2izgB 2izk 0.5 111 123 100 streptavidin
2izgD 2izk 0.5 109 121 100 streptavidin
2izhB 2izk 0.5 111 122 100 streptavidin
2izhD 2izk 0.5 109 122 100 streptavidin
2izi 2izk 0.3 112 122 100 streptavidin
2izj 2izk 0.6 122 122 100 streptavidin
2izk 2izk 0.0 123 123 100 streptavidin
2izlB 2izk 0.8 121 122 100 streptavidin
2izlD 2izk 0.8 121 121 100 streptavidin
2jdw 1jdw 0.1 360 360 100 l-arginine:glycine amidinotransferase fragment (transam
2jdx 1jdw 0.2 359 359 99 l-arginine:glycine amidinotransferase fragment (transam
2jelH 1igtB 1.7 217 218 63 jel42 fab fragment histidine-containing protein (hpr)
2jelP 1ptf 1.3 85 85 35 jel42 fab fragment histidine-containing protein (hpr)
2jxrA 1smrA 1.5 305 329 39 proteinase a (saccharopepsin, yeast endopeptidase a) Mu
2kaiA 2pkaA 0.4 55 80 100 Kallikrein a complex with bovine pancreatic trypsin inh
2kaiB 5ptp 1.4 142 152 40 Kallikrein a complex with bovine pancreatic trypsin inh
2kaiI 1bpi 0.5 55 56 100 Kallikrein a complex with bovine pancreatic trypsin inh
2kauA 1ubpA 0.5 100 100 73 klebsiella aerogenes urease (urea amidohydrolase, ureas
2kauB 1ubpB 0.7 101 101 54 klebsiella aerogenes urease (urea amidohydrolase, ureas
2kauC 1ubpC 0.9 566 566 64 klebsiella aerogenes urease (urea amidohydrolase, ureas
2kceA 1bkpA 1.8 259 264 36 thymidylate synthase biological_unit
2kceB 1bkpA 1.8 259 264 36 thymidylate synthase biological_unit
2kfnA 1xwl 2.5 566 601 39 klenow fragment (large fragment) biological_unit deoxyr
2kfzA 1xwl 2.5 566 601 39 klenow fragment (large fragment) biological_unit deoxyr
2ki5A 2ki5A 0.0 300 300 100 thymidine kinase (tk) biological_unit
2ki5B 2ki5A 0.5 299 304 100 thymidine kinase (tk) biological_unit
2kinA 1bg2 1.2 213 238 85 kinesin fragment Mutant biological_unit
2kinB 2kinB 0.0 100 100 100 kinesin fragment Mutant biological_unit
2kmb1 1rtm1 0.3 149 149 98 mannose-binding protein-a fragment (k3) Mutant biologic
2kmb2 1rtm1 0.6 149 149 98 mannose-binding protein-a fragment (k3) Mutant biologic
2kmb3 1rtm1 0.6 149 149 98 mannose-binding protein-a fragment (k3) Mutant biologic
2knt 1bpi 1.3 58 58 31 collagen fragment
2ktqA 1taq 2.0 525 528 84 large fragment of DNA polymerase i from t. aquati fra
2ktx 1sco 1.5 37 38 82 kaliotoxin
2kzmA 1xwl 2.6 566 601 39 DNA polymerase i fragment single-stranded DNA
2kzzA 1xwl 2.6 566 601 39 DNA polymerase i fragment single-stranded DNA
2l78 1l92 0.4 162 162 99 Lysozyme (mutant with cys 54 replaced by thr, cys 97 re
2lalA 1led 1.4 177 181 43 Lentil lectin
2lalB 2ltnB 0.2 47 47 81 Lentil lectin
2lalC 1led 1.4 176 181 43 Lentil lectin
2lalD 2ltnB 0.2 47 47 81 Lentil lectin
2lao 1lst 4.7 238 238 100 Lysine-, arginine-, ornithine-binding protein (lao)
2lbd 2lbd 0.0 237 237 100 retinoic acid receptor gamma fragment (e domain) biolog
2lbp 2liv 0.8 344 346 79 Leucine-binding protein (LBP)
2ldb 1ceqA 1.4 289 301 29 L-Lactate dehydrogenase complex with NAD and fructose-1
2ldx 3ldh 1.4 301 331 51 Apo-lactate dehydrogenase , isoenzyme c=4=
2lefA 2lefA 0.0 86 86 100 lymphoid enhancer-binding factor fragment (lef-1 hmg) M
2leu 2leu 0.0 37 37 100 leucocin a
2lfb 1lfb 1.8 76 100 100 lfb1HNF1 TRANSCRIPTION FACTOR fragment Mutant
2lgsA 1lgr 0.1 445 445 100 Glutamine synthetase complexed with glutamate
2lh1 2gdm 1.2 153 153 100 Leghemoglobin (acetate,Met)
2lh2 2gdm 1.2 153 153 100 Leghemoglobin (aquo,Met)
2lh3 2gdm 1.2 153 153 100 Leghemoglobin (cyano,Met)
2lh5 2gdm 1.2 153 153 100 Leghemoglobin (fluoro,Met)
2lh6 2gdm 1.3 153 153 100 Leghemoglobin (nicotinate,Met)
2lh7 2gdm 1.2 153 153 100 Leghemoglobin (nitrosobenzene)
2lhb 2fal 1.9 135 149 32 Hemoglobin v (cyano,Met)
2lhm 3lzt 0.9 129 130 60 Lysozyme (apo) (mutant with gln 86 replaced b asp and a
2ligA 1vls 2.1 139 157 96 aspartate receptor Mutant
2ligB 1vls 2.3 139 157 95 aspartate receptor Mutant
2lip 1cvl 1.6 293 320 80 lipase (triacylglycerol hydrolase) biological_unit
2liv 2liv 0.0 344 344 100 Leucine/Isoleucine/Valine-binding protein (LIVBP)
2ljrA 1ljrA 0.2 244 244 100 glutathione s-transferase (hgst t2-2) biological_unit
2ljrB 1ljrA 0.2 244 244 100 glutathione s-transferase (hgst t2-2) biological_unit
2lprA 2sga 1.4 179 198 36 Alpha-lytic protease (mutant with met 192 replaced by a
2ltnA 1led 1.5 174 181 43 Pea lectin
2ltnB 2ltnB 0.0 47 47 100 Pea lectin
2ltnC 1led 1.5 174 181 43 Pea lectin
2ltnD 2ltnB 0.2 47 47 100 Pea lectin
2lym 3lzt 0.8 129 129 100 Lysozyme (1 atmosphere, 1.4 m naCl)
2lyo 3lzt 0.8 129 129 100 lysozyme
2lyz 3lzt 0.8 129 129 100 Lysozyme
2lz2 3lzt 0.9 129 129 94 Lysozyme
2lzh 3lzt 0.8 129 129 100 Lysozyme (orthorhombic)
2lzm 1l92 0.1 162 164 98 Lysozyme
2lzt 3lzt 0.4 129 129 100 Lysozyme , triclinic crystal form
2madH 2bbkH 0.8 354 373 47 Methylamine dehydrogenase (madh)
2madL 2bbkL 0.3 124 124 98 Methylamine dehydrogenase (madh)
2masA 2masA 0.0 313 313 100 inosine-uridine nucleoside n-ribohydrolase (purine nucl
2masB 2masA 0.1 313 313 100 inosine-uridine nucleoside n-ribohydrolase (purine nucl
2masC 2masA 0.1 313 313 100 inosine-uridine nucleoside n-ribohydrolase (purine nucl
2masD 2masA 0.1 313 313 100 inosine-uridine nucleoside n-ribohydrolase (purine nucl
2mb5 1a6m 0.4 151 153 100 Myoglobin (carbonmonoxymyoglobin) (neutron study)
2mbr 2mbr 0.0 340 340 100 uridine diphospho-n-acetylenolpyruvylglucosamine reduct
2mbw 1a6m 0.4 151 154 99 myoglobin Mutant
2mcg1 8fabA 3.5 204 216 74 Immunoglobulin lambda light chain dimer (MCG) (trigonal
2mcg2 8fabA 1.1 103 216 53 Immunoglobulin lambda light chain dimer (MCG) (trigonal
2mcm 2mcm 0.0 112 112 100 Macromomycin
2mcpH 1igtB 3.0 198 222 53 Immunoglobulin mcPC603 fab-phosphocholine complex
2mcpL 8fabA 7.8 204 220 43 Immunoglobulin mcPC603 fab-phosphocholine complex
2meaA 3lzt 0.9 129 130 60 lysozyme Mutant
2meaB 3lzt 0.9 129 130 60 lysozyme Mutant
2meb 3lzt 0.9 129 130 60 lysozyme Mutant
2mecA 3lzt 0.9 129 130 60 lysozyme Mutant
2mecB 3lzt 0.9 129 130 60 lysozyme Mutant
2med 3lzt 0.9 129 130 60 lysozyme Mutant
2mee 3lzt 0.9 129 130 60 lysozyme Mutant
2mef 3lzt 0.9 129 130 60 lysozyme Mutant
2meg 3lzt 0.9 129 130 60 lysozyme Mutant
2meh 3lzt 0.9 129 130 60 lysozyme Mutant
2mei 3lzt 0.9 129 130 60 lysozyme Mutant
2mev1 2mev1 0.0 268 268 100 Mengo encephalomyocarditis virus coat protein
2mev2 1aym2 1.7 221 249 35 Mengo encephalomyocarditis virus coat protein
2mev3 1aym3 1.7 222 231 31 Mengo encephalomyocarditis virus coat protein
2mev4 2mev4 0.0 58 58 100 Mengo encephalomyocarditis virus coat protein
2mga 1a6m 0.4 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met, his
2mgb 1a6m 0.4 151 154 99 Myoglobin (met) mutant with initiator met, his 64 repla
2mgc 1a6m 0.5 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met, his
2mgd 1a6m 0.5 151 154 99 Myoglobin (deoxy) mutant with initiator met, asp 122 re
2mge 1a6m 0.4 151 154 99 Myoglobin (met) mutant with initiator met, asp 122 repl
2mgf 1a6m 0.4 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met, asp
2mgg 1a6m 0.5 151 154 99 Myoglobin (deoxy) mutant with initiator met and with as
2mgh 1a6m 0.4 151 154 99 Myoglobin (met) mutant with initiator met, his 64 repla
2mgi 1a6m 0.5 151 154 99 Myoglobin (met) mutant with initiator met, asp 122 repl
2mgj 1a6m 0.5 151 154 99 Myoglobin (met) mutant with initiator met, asp 122 repl
2mgk 1a6m 0.4 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met and
2mgl 1a6m 0.4 151 154 99 Myoglobin (deoxy) mutant with initiator met and asp 122
2mgm 1a6m 0.4 151 154 99 Myoglobin (oxy) mutant with initiator met and asp 122 r
2mhaA 1agdA 2.0 270 270 71 Class i histocompatibility antigen h-2k(b) complex with
2mhaB 1agdB 0.7 99 99 70 Class i histocompatibility antigen h-2k(b) complex with
2mhaC 1agdA 2.0 268 270 71 Class i histocompatibility antigen h-2k(b) complex with
2mhaD 1agdB 0.7 99 99 70 Class i histocompatibility antigen h-2k(b) complex with
2mhbA 1abwA 0.8 139 141 87 Hemoglobin (horse, aquo met)
2mhbB 1abwA 1.6 139 146 42 Hemoglobin (horse, aquo met)
2mhr 2mhr 0.0 118 118 100 Myohemerythrin
2mib 2i1b 1.0 148 149 76 Interleukin-1 beta (il-1 beta)
2minA 2minA 0.0 467 467 100 nitrogenase molybdenum iron protein biological_unit
2minB 3minB 0.2 522 522 100 nitrogenase molybdenum iron protein biological_unit
2minC 2minA 0.2 467 468 100 nitrogenase molybdenum iron protein biological_unit
2minD 3minB 0.2 522 522 100 nitrogenase molybdenum iron protein biological_unit
2mipA 1fmb 1.6 98 99 36 Human immunodeficiency virus type 2 (hiv-2) protease co
2mipB 1fmb 1.7 98 99 34 Human immunodeficiency virus type 2 (hiv-2) protease co
2mipC 1fmb 1.5 98 99 36 Human immunodeficiency virus type 2 (hiv-2) protease co
2mipD 1fmb 1.6 98 99 36 Human immunodeficiency virus type 2 (hiv-2) protease co
2mm1 1a6m 0.5 151 153 85 Myoglobin mutant with lys 45 replaced by arg and cys 11
2mnr 2mnr 0.0 357 357 100 Mandelate racemase
2mprA 2mprA 0.0 421 421 100 maltoporin fragment (lam-b, mal-l) biological_unit
2mprB 2mprA 0.1 421 421 100 maltoporin fragment (lam-b, mal-l) biological_unit
2mprC 2mprA 0.1 421 421 100 maltoporin fragment (lam-b, mal-l) biological_unit
2mrb 2mrb 0.0 31 31 100 Cd-7 metallothionein-2a (beta domain) (NMR)
2ms2A 1msc 2.5 125 129 96 Ms2 virus (bacteriophage)
2ms2B 1msc 1.9 125 129 96 Ms2 virus (bacteriophage)
2ms2C 1msc 2.7 127 129 95 Ms2 virus (bacteriophage)
2msbA 1rtm1 0.4 111 111 100 Mannose-binding protein a (lectin domain) complex with
2msbB 1rtm1 0.4 113 113 100 Mannose-binding protein a (lectin domain) complex with
2msi 1msi 0.5 66 66 97 type iii antifreeze protein isoform hplc 12 (type iii a
2mspA 1mspA 0.4 124 124 95 major sperm protein (msp) Mutant biological_unit
2mspB 1mspA 0.4 124 124 95 major sperm protein (msp) Mutant biological_unit
2mspC 1mspA 0.4 124 124 95 major sperm protein (msp) Mutant biological_unit
2mspD 1mspA 0.4 124 124 95 major sperm protein (msp) Mutant biological_unit
2mspE 1mspA 0.4 124 124 95 major sperm protein (msp) Mutant biological_unit
2mspF 1mspA 0.4 124 124 95 major sperm protein (msp) Mutant biological_unit
2mspG 1mspA 0.4 124 124 95 major sperm protein (msp) Mutant biological_unit
2mspH 1mspA 0.4 124 124 95 major sperm protein (msp) Mutant biological_unit
2mtaA 1aac 0.5 104 105 100 Methylamine dehydrogenase complex with amicyanin and cy
2mtaC 2mtaC 0.0 147 147 100 Methylamine dehydrogenase complex with amicyanin and cy
2mtaH 2bbkH 0.5 355 373 99 Methylamine dehydrogenase complex with amicyanin and cy
2mtaL 2bbkL 0.3 125 125 100 Methylamine dehydrogenase complex with amicyanin and cy
2mucA 1mucA 0.2 360 360 99 muconate cycloisomerase (muconate lactonizing enzyme) M
2mucB 1mucA 0.2 359 359 99 muconate cycloisomerase (muconate lactonizing enzyme) M
2mya 1a6m 0.3 151 153 100 Myoglobin (ethyl isocyanide, ph 7.0)
2myb 1a6m 0.3 151 153 100 Myoglobin (methyl isocyanide, ph 7.0)
2myc 1a6m 0.3 151 153 100 Myoglobin (n-butyl isocyanide, ph 7.0)
2myd 1a6m 0.3 151 153 100 Myoglobin (n-propyl isocyanide, ph 7.0)
2mye 1a6m 0.3 151 153 100 Myoglobin (ethyl isocyanide, ph <<7.0)
2myr 2myr 0.0 499 499 100 myrosinase (thioglucoside glucohydrolase) biological_un
2mysA 1lvk 2.1 652 779 47 myosin fragment
2mysB 1wdcB 4.0 132 138 33 myosin fragment
2mysC 1wdcC 1.7 133 134 41 myosin fragment
2nacA 2nadA 1.2 374 374 100 Nad-dependent formate dehydrogenase (apo form)
2nacB 2nadA 1.5 374 374 100 Nad-dependent formate dehydrogenase (apo form)
2nadA 2nadA 0.0 391 391 100 Nad-dependent formate dehydrogenase (holo form) complex
2nadB 2nadA 0.2 383 383 100 Nad-dependent formate dehydrogenase (holo form) complex
2nbtA 1txb 4.9 51 66 40 neuronal bungarotoxin biological_unit
2nbtB 1txb 4.9 51 66 40 neuronal bungarotoxin biological_unit
2nckL 1npk 1.3 143 143 45 Nucleoside diphosphate kinase (tetragonal form)
2nckR 1npk 1.5 144 144 44 Nucleoside diphosphate kinase (tetragonal form)
2ncm 2ncm 0.0 99 99 100 neural cell adhesion molecule fragment (ncam domain 1)
2nef 1efnB 1.9 104 136 93 negative factor (f-protein) (hiv-1 nef) Mutant
2new 1new 1.2 68 68 100 cytochrome c551.5 (cytochrome c7, triheme cytochrome)
2ngrA 1mh1 1.4 179 191 71 gtpase fragment (cdc42CDC42GAP) Mutant biological_unit
2ngrB 1tx4A 0.7 195 196 99 gtpase fragment (cdc42CDC42GAP) Mutant biological_unit
2nipA 1cp2A 1.2 269 286 70 nitrogenase iron protein
2nipB 1cp2A 1.2 269 289 70 nitrogenase iron protein
2nllA 2nllB 0.9 66 66 53 retinoic acid receptor fragment (rxr-alpha) thyroid hor
2nllB 2nllB 0.0 103 103 100 retinoic acid receptor fragment (rxr-alpha) thyroid hor
2nmbA 2nmbA 0.0 147 147 100 numb protein fragment gppy peptide
2nmtA 1nmtA 1.5 388 422 56 myristoyl-coa:protein n-myristoyltransferase (glycylpep
2nodA 1nos 2.9 315 414 94 nitric oxide synthase fragment
2nodB 1nos 2.9 315 413 94 nitric oxide synthase fragment
2nos 1nos 1.7 322 322 99 inducible nitric oxide synthase fragment
2notA 1poa 1.2 116 119 53 phospholipase a2 biological_unit
2notB 1poa 1.1 116 119 53 phospholipase a2 biological_unit
2np1A 1np4 1.0 184 184 90 nitrophorin 1 (np1) biological_unit
2np1B 1np4 1.0 184 184 90 nitrophorin 1 (np1) biological_unit
2npx 1nhp 0.2 447 447 99 Nadh peroxidase with cys 42 oxidized to a sulfonic acid
2nrd 1nif 0.1 333 333 100 nitrite reductase
2nsyA 2nsyA 0.0 271 271 100 nad synthetase biological_unit
2nsyB 2nsyA 0.4 271 271 100 nad synthetase biological_unit
2nuc 1snc 0.2 135 135 99 staphylococcal nuclease Mutant biological_unit
2nul 2cpl 1.8 144 163 30 peptidylprolyl isomerase (peptidylprolyl cis-trans isom
2oatA 2dkb 2.1 377 404 29 ornithine aminotransferase biological_unit
2oatB 2dkb 2.0 378 404 29 ornithine aminotransferase biological_unit
2oatC 2dkb 2.1 379 404 28 ornithine aminotransferase biological_unit
2occA 2occA 0.0 514 514 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occB 2occB 0.0 227 227 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occC 2occC 0.0 261 261 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occD 2occD 0.0 144 144 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occE 2occE 0.0 105 105 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occF 2occF 0.0 98 98 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occG 2occG 0.0 84 84 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occH 2occH 0.0 79 79 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occI 2occI 0.0 73 73 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occJ 2occJ 0.0 58 58 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occK 2occK 0.0 49 49 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occL 2occL 0.0 47 47 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occM 2occM 0.0 43 43 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occN 2occA 0.1 514 514 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occO 2occB 0.1 227 227 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occP 2occC 0.1 261 261 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occQ 2occD 0.1 144 144 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occR 2occE 0.1 105 105 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occS 2occF 0.1 98 98 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occT 2occG 0.1 84 84 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occU 2occH 0.1 79 79 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occV 2occI 0.1 73 73 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occW 2occJ 0.1 58 58 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occX 2occK 0.1 49 49 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occY 2occL 0.1 47 47 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2occZ 2occM 0.1 43 43 100 cytochrome c oxidase (ferrocytochrome c:oxygen oxidored
2ohxA 2ohxA 0.0 374 374 100 Alcohol dehydrogenase (holo form) complex with nadh and
2ohxB 2ohxA 0.2 374 374 100 Alcohol dehydrogenase (holo form) complex with nadh and
2olbA 1jevA 0.2 517 517 100 oligo-peptide binding protein (oppa) tripeptide lys-lys
2omf 2omf 0.0 340 340 100 matrix porin outer membrane protein f (matrix porin, om
2oneA 4enl 1.2 432 436 99 enolase (2-phospho-d-glycerate hydrolase) biological_un
2oneB 4enl 0.7 432 436 99 enolase (2-phospho-d-glycerate hydrolase) biological_un
2or1L 1r69 0.6 63 63 100 434 repressor (amino-terminal domain) (r1-69) complex w
2or1R 1r69 0.5 63 63 100 434 repressor (amino-terminal domain) (r1-69) complex w
2ora 1rhs 0.7 292 293 99 oxidized rhodanese
2orc 1orc 1.6 64 71 100 cro repressor Mutant
2otcA 2otcA 0.0 334 334 100 ornithine carbamoyltransferase (otcase, l-ornithine car
2otcB 2otcA 0.1 334 334 100 ornithine carbamoyltransferase (otcase, l-ornithine car
2otcC 2otcA 0.1 334 334 100 ornithine carbamoyltransferase (otcase, l-ornithine car
2otcD 2otcA 0.1 334 334 100 ornithine carbamoyltransferase (otcase, l-ornithine car
2otcE 2otcA 0.1 334 334 100 ornithine carbamoyltransferase (otcase, l-ornithine car
2otcF 2otcA 0.1 334 334 100 ornithine carbamoyltransferase (otcase, l-ornithine car
2otcG 2otcA 0.1 334 334 100 ornithine carbamoyltransferase (otcase, l-ornithine car
2otcH 2otcA 0.1 334 334 100 ornithine carbamoyltransferase (otcase, l-ornithine car
2otcI 2otcA 0.1 334 334 100 ornithine carbamoyltransferase (otcase, l-ornithine car
2ovo 2ovo 0.0 56 56 100 Ovomucoid third domain
2ovwA 1celA 2.0 384 398 42 endoglucanase i
2ovwB 1celA 2.0 384 398 42 endoglucanase i
2ovwC 1celA 2.0 384 398 42 endoglucanase i
2ovwD 1celA 2.0 384 398 42 endoglucanase i
2oxiA 2ohxA 0.2 374 374 100 Alcohol dehydrogenase (holo, liver) complexed with nadh
2oxiB 2ohxA 0.2 374 374 100 Alcohol dehydrogenase (holo, liver) complexed with nadh
2pabA 1etb1 0.4 114 114 98 Prealbumin (human plasma)
2pabB 1etb1 0.6 114 114 98 Prealbumin (human plasma)
2pac 451c 1.8 82 82 100 Cytochrome c551 (NMR, 10 structures)
2pad 1ppn 0.6 212 212 98 Papain -cysteinyl derivative of cysteine-25 (PAPSSCYS)
2pal 2pvb 0.9 106 107 100 Parvalbumin (pi 4.10) complexed with mn, mn, and mn
2pas 2pvb 1.4 106 109 56 Parvalbumin (alpha lineage, pi 5.0) complexed with calc
2paw 1a26 0.3 348 348 100 poly(adp-ribose) polymerase fragment (parp-cf, poly(adp
2pax 1a26 0.2 350 350 100 poly(adp-ribose) polymerase fragment (parp-cf, poly(adp
2pbg 2myr 2.0 424 468 31 6-phospho-beta-d-galactosidase (pgal) Mutant biological
2pbh 1theB 1.2 250 317 80 procathepsin b
2pcbA 1ryc 0.6 289 294 100 Yeast cytochrome c peroxidase (ccp) complex with horse
2pcbB 1ycc 0.7 103 104 62 Yeast cytochrome c peroxidase (ccp) complex with horse
2pcbC 1ryc 0.6 289 294 100 Yeast cytochrome c peroxidase (ccp) complex with horse
2pccA 1ryc 0.9 291 294 99 Yeast cytochrome c peroxidase (ccp) complex with yeast
2pccB 1ycc 0.5 108 108 100 Yeast cytochrome c peroxidase (ccp) complex with yeast
2pccC 1ryc 0.9 291 294 99 Yeast cytochrome c peroxidase (ccp) complex with yeast
2pccD 1ycc 0.5 108 108 100 Yeast cytochrome c peroxidase (ccp) complex with yeast
2pcdA 3pchA 0.5 200 200 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdB 3pchA 0.5 200 200 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdC 3pchA 0.5 200 200 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdD 3pchA 0.5 200 200 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdE 3pchA 0.5 200 200 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdF 3pchA 0.5 200 200 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdM 3pchM 0.2 233 233 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdN 3pchM 0.2 233 233 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdO 3pchM 0.2 233 233 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdP 3pchM 0.2 233 233 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdQ 3pchM 0.2 233 233 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcdR 3pchM 0.2 233 233 100 Protocatechuate 3,4-dioxygenase (ph 8.4, 20 degrees c)
2pcfA 1plc 1.5 99 99 78 plastocyanin cytochrome f fragment
2pcfB 1hcz 0.4 250 250 100 plastocyanin cytochrome f fragment
2pcpA 8fabA 7.0 163 216 46 immunoglobulin fragment
2pcpB 1mfa 1.1 114 215 64 immunoglobulin fragment
2pcpC 8fabA 7.5 163 216 46 immunoglobulin fragment
2pcpD 1mfa 1.1 113 215 65 immunoglobulin fragment
2pcy 1plc 0.2 99 99 100 Apo-plastocyanin (pH 6.0)
2pdd 1ebdC 1.4 38 42 100 Dihydrolipoamide acetyltransferase (e2p) subunit of the
2pde 2pde 0.0 42 42 100 Dihydrolipoamide acetyltransferase (e2p) subunit of the
2pdzA 1pdr 1.8 84 86 39 syntrophin fragment peptide gvkeslv
2pec 1air 0.1 352 352 100 Pectate lyase c (plc)
2pelA 1led 1.9 223 232 40 peanut lectin (peanut agglutinin)
2pelB 1led 1.8 222 232 40 peanut lectin (peanut agglutinin)
2pelC 1led 1.9 223 232 40 peanut lectin (peanut agglutinin)
2pelD 1led 1.8 222 232 40 peanut lectin (peanut agglutinin)
2pf1 5hpgA 1.1 79 121 46 Prothrombin fragment 1 (residues 1 - 156)
2pf2 5hpgA 1.1 79 145 46 Prothrombin fragment 1 (residues 1 - 156) complex with
2pfkA 3pfk 0.9 300 301 57 Phosphofructokinase
2pfkB 3pfk 0.9 300 301 57 Phosphofructokinase
2pfkC 3pfk 0.9 300 301 57 Phosphofructokinase
2pfkD 3pfk 1.0 304 304 57 Phosphofructokinase
2pgd 2pgd 0.0 473 473 100 6-phosphogluconate dehydrogenase (6-pgdh)
2pghA 1abwA 0.6 138 141 84 Hemoglobin (aquomet)
2pghB 1abwA 1.4 138 146 39 Hemoglobin (aquomet)
2pghC 1abwA 0.8 141 141 84 Hemoglobin (aquomet)
2pghD 1abwA 1.4 138 146 39 Hemoglobin (aquomet)
2pgtA 1pgtA 0.2 209 210 100 glutathione s-transferase (gst, hgstp1-1[v104]) Mutant
2pgtB 1pgtA 0.3 209 209 100 glutathione s-transferase (gst, hgstp1-1[v104]) Mutant
2phh 1pbe 0.3 391 391 100 p-Hydroxybenzoate hydroxylase (PHBH) - adenosine-5-diph
2phiA 1poa 1.3 118 124 55 Phospholipase a=2= (phosphatide-2-acyl-hydrolase) mutan
2phiB 1poa 1.3 118 124 55 Phospholipase a=2= (phosphatide-2-acyl-hydrolase) mutan
2phkA 1cdkA 1.7 256 277 34 phosphorylase kinase fragment mc-peptide
2phlA 2cau 1.3 327 360 51 Phaseolin
2phlB 2cau 1.3 327 360 51 Phaseolin
2phlC 2cau 1.2 327 361 51 Phaseolin
2phy 2phy 0.0 125 125 100 photoactive yellow protein (pyp)
2pia 2pia 0.0 321 321 100 Phthalate dioxygenase reductase (e.C.1.18.1.)
2pii 2pii 0.0 112 112 100 pii (glnb product)
2pil 2pil 0.0 158 158 100 type 4 pilin (fimbriae) biological_unit
2pjrA 1pjr 4.1 392 542 96 helicase pcra biological_unit helicase pcra biological_
2pjrB 1pjr 0.8 95 95 100 helicase pcra biological_unit helicase pcra biological_
2pjrF 1pjr 4.2 392 544 96 helicase pcra biological_unit helicase pcra biological_
2pk4 5hpgA 0.9 79 80 55 Human plasminogen kringle 4 complex with epsilon- amino
2pkaA 2pkaA 0.0 80 80 100 Kallikrein a
2pkaB 5ptp 1.6 147 152 41 Kallikrein a
2pkaX 2pkaA 0.3 80 80 100 Kallikrein a
2pkaY 5ptp 1.6 147 152 41 Kallikrein a
2pkc 1gci 1.7 246 279 38 Proteinase k (calcium-free form)
2plc 2plc 0.0 274 274 100 phosphatidylinositol-specific phospholipase c (pi-plc)
2pldA 1mil 2.9 93 105 29 Phospholipase c-gamma-1 (c-terminal sh2 domain comprisi
2pleA 1mil 2.4 88 105 30 Phospholipase c-gamma-1 (c-terminal sh2 domain comprisi
2plh 1cbn 0.9 45 45 36 alpha-1-purothionin
2plt 1plc 0.7 97 98 63 Plastocyanin
2plv1 1pov1 0.4 235 288 100 Poliovirus (type 1, mahoney strain)
2plv2 1aym2 1.6 250 268 53 Poliovirus (type 1, mahoney strain)
2plv3 1aym3 0.9 234 235 48 Poliovirus (type 1, mahoney strain)
2plv4 1pvc4 0.6 62 62 94 Poliovirus (type 1, mahoney strain)
2pmtA 1a0fA 1.0 201 201 53 glutathione transferase (pmgst, gst b1-1) biological_un
2pmtB 1a0fA 1.0 201 201 53 glutathione transferase (pmgst, gst b1-1) biological_un
2pmtC 1a0fA 1.0 201 201 53 glutathione transferase (pmgst, gst b1-1) biological_un
2pmtD 1a0fA 1.0 201 201 53 glutathione transferase (pmgst, gst b1-1) biological_un
2pna 1mil 2.9 96 104 30 Phosphatidylinositol 3-kinase (n-terminal sh2 domain of
2pnb 1mil 2.7 96 104 31 Phosphatidylinositol 3-kinase (n-terminal sh2 domain of
2pni 1ckaA 1.3 51 86 40 Phosphatidylinositol 3-kinase (p85-alpha subunit, sh3 d
2polA 2polA 0.0 366 366 100 Pol iii (beta subunit)
2polB 2polA 0.7 366 366 100 Pol iii (beta subunit)
2por 2por 0.0 301 301 100 Porin (crystal form b)
2prcC 6prcC 0.2 332 332 100 photosynthetic reaction center
2prcH 6prcH 0.2 258 258 100 photosynthetic reaction center
2prcL 6prcL 0.6 248 273 98 photosynthetic reaction center
2prcM 6prcM 0.2 323 323 100 photosynthetic reaction center
2prd 2prd 0.0 174 174 100 pyrophosphate phosphohydrolase
2prf 3nul 2.9 122 125 36 Profilin ia (NMR, 19 structures)
2pri 1a8i 0.5 806 830 99 glycogen phosphorylase biological_unit
2prj 1a8i 0.5 806 830 99 glycogen phosphorylase biological_unit
2prk 1gci 1.7 246 279 38 Proteinase k
2prn 3prn 0.2 289 289 99 porin Mutant biological_unit
2proA 3proC 1.9 141 142 100 alpha-lytic protease fragment
2proB 3proC 1.7 131 143 98 alpha-lytic protease fragment
2proC 3proC 1.2 127 129 100 alpha-lytic protease fragment
2psg 1smrA 2.2 323 370 42 Pepsinogen
2psi 1ovaA 2.3 358 372 30 alpha-1-antitrypsin (alpha-1-proteinase inhibitor) biol
2pspA 2pspA 0.0 106 106 100 porcine pancreatic spasmolytic polypeptide (psp)
2pspB 2pspA 0.2 106 106 100 porcine pancreatic spasmolytic polypeptide (psp)
2pta 2pta 0.0 35 35 100 pandinus toxin k-alpha fragment (pitx-ka, a-ktx5.1) bio
2ptcE 5ptp 0.3 221 223 99 Beta-trypsin complex with pancreatic trypsin inhibitor
2ptcI 1bpi 0.5 57 58 100 Beta-trypsin complex with pancreatic trypsin inhibitor
2ptd 2plc 2.0 252 296 30 phosphatidylinositol-specific phospholipase c (pi-plc)
2pth 2pth 0.0 193 193 100 peptidyl-trna hydrolase biological_unit
2ptk 1fmk 1.7 424 426 98 tyrosine-protein kinase transforming protein src fragme
2ptl 2ptl 0.0 78 78 100 Protein l (b1 domain) (NMR, 21 structures)
2ptn 5ptp 0.2 221 223 99 Trypsin (orthorhombic, 2.4 m ammonium sulfate)
2puaA 1dbqA 3.0 275 339 100 purine repressor Mutant biological_unit DNA
2pubA 1dbqA 3.0 275 338 100 purine repressor Mutant biological_unit DNA
2pucA 1dbqA 3.0 275 338 100 purine repressor Mutant biological_unit DNA
2pudA 1dbqA 3.0 275 338 100 purine repressor Mutant biological_unit DNA
2pueA 1dbqA 3.0 275 338 100 purine repressor Mutant biological_unit DNA
2pufA 1dbqA 3.0 274 338 98 purine repressor Mutant biological_unit DNA
2pugA 1dbqA 3.0 275 338 100 purine repressor Mutant biological_unit DNA
2pvb 2pvb 0.0 107 107 100 parvalbumin
2pviA 3pviA 0.3 156 156 98 pvuii endonuclease
2pviB 3pviA 0.5 156 156 98 pvuii endonuclease
2pyp 2phy 0.0 125 125 100 photoactive yellow protein
2pyr 2phy 0.0 122 122 100 photoactive yellow protein (pyp) biological_unit
2q21 1mh1 1.7 159 171 31 c-H-ras p21 protein catalytic domain (mutant with gly 1
2qilA 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1)
2qilB 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1)
2qilC 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1)
2qwa 2qwc 0.1 388 388 100 neuraminidase fragment (sialidase) Mutant biological_un
2qwb 2qwc 0.1 388 388 100 neuraminidase fragment (sialidase) Mutant biological_un
2qwc 2qwc 0.0 388 388 100 neuraminidase fragment (sialidase) Mutant biological_un
2qwd 2qwc 0.1 388 388 100 neuraminidase fragment (sialidase) Mutant biological_un
2qwe 2qwc 0.1 388 388 100 neuraminidase fragment (sialidase) Mutant biological_un
2qwf 2qwc 0.1 388 388 100 neuraminidase fragment (sialidase) Mutant biological_un
2qwg 2qwc 0.1 388 388 100 neuraminidase fragment (sialidase) Mutant biological_un
2qwh 2qwc 0.1 388 388 100 neuraminidase fragment (sialidase) Mutant biological_un
2qwi 2qwc 0.2 388 388 99 neuraminidase fragment (sialidase) biological_unit
2qwj 2qwc 0.1 388 388 99 neuraminidase fragment (sialidase) biological_unit
2qwk 2qwc 0.1 388 388 99 neuraminidase fragment (sialidase) biological_unit
2r041 1pov1 1.5 213 273 46 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r042 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r043 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r044 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r061 1pov1 1.5 213 273 46 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r062 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r063 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r064 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r071 1pov1 1.5 213 273 46 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r072 1aym2 1.1 248 255 61 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r073 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r074 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2r1rA 1rlr 1.2 721 733 99 ribonucleotide reductase r1 protein biological_unit rib
2r1rB 1rlr 1.2 721 733 99 ribonucleotide reductase r1 protein biological_unit rib
2r1rC 1rlr 1.2 721 733 99 ribonucleotide reductase r1 protein biological_unit rib
2r2fA 1r2fA 0.4 282 286 100 ribonucleoside-diphosphate reductase small chain biolog
2r2fB 1r2fA 0.5 281 285 100 ribonucleoside-diphosphate reductase small chain biolog
2r63 1r69 1.2 63 63 99 repressor protein from bacteriophage 434 fragment Mutan
2rac 1aac 0.3 104 105 100 amicyanin
2ramA 1iknA 2.7 169 273 90 transcription factor nf-kb p65 fragment (rela) biologic
2ramB 1iknA 3.2 169 273 90 transcription factor nf-kb p65 fragment (rela) biologic
2ran 1avc 1.6 314 316 55 Annexin v
2rap 1mh1 1.7 164 167 31 rap2a fragment Mutant
2rat 7rsa 0.2 124 124 100 Ribonuclease a at 130k
2rbiA 1b20A 0.5 107 108 82 ribonuclease (binase, extracellular ribonuclease from b
2rbiB 1b20A 0.6 107 108 82 ribonuclease (binase, extracellular ribonuclease from b
2rcrH 6prcH 1.8 252 255 37 Photosynthetic reaction center from (rhodobacter sphaer
2rcrL 6prcL 1.1 247 278 56 Photosynthetic reaction center from (rhodobacter sphaer
2rcrM 6prcM 0.9 303 304 50 Photosynthetic reaction center from (rhodobacter sphaer
2rcsH 1mfa 1.0 113 217 61 immunoglobulin 48g7 germline fab fragment
2rcsL 8fabA 3.6 197 214 39 immunoglobulin 48g7 germline fab fragment
2reb 2reb 0.0 303 303 100 Rec a protein
2recA 2reb 0.2 303 303 100 reca biological_unit
2recB 2reb 0.2 303 303 100 reca biological_unit
2recC 2reb 0.2 303 303 100 reca biological_unit
2recD 2reb 0.2 303 303 100 reca biological_unit
2recE 2reb 0.2 303 303 100 reca biological_unit
2recF 2reb 0.2 303 303 100 reca biological_unit
2rel 1fleI 2.3 44 57 100 r-elafin
2ren 1smrA 1.3 297 320 70 Renin
2reqA 1reqA 2.3 670 725 100 methylmalonyl-coa mutase biological_unit
2reqB 1reqB 0.5 616 619 100 methylmalonyl-coa mutase biological_unit
2reqC 1reqA 2.4 720 725 100 methylmalonyl-coa mutase biological_unit
2reqD 1reqB 0.3 439 619 100 methylmalonyl-coa mutase biological_unit
2rgf 1lxdA 2.1 80 97 81 ralgef-rbd
2rhe 8fabA 1.8 106 114 56 Bence-Jones protein (lambda, variable domain)
2rig 1rfbA 2.7 117 119 59 Interferon-gamma
2rkmA 1jevA 0.4 517 517 100 oligo-peptide binding protein (oppa) lys-lys complex
2rlaA 1rlaA 0.4 303 303 99 arginase biological_unit
2rlaB 1rlaA 0.4 303 303 99 arginase biological_unit
2rlaC 1rlaA 0.4 303 303 99 arginase biological_unit
2rlnE 7rsa 0.7 101 104 100 Ribonuclease s mutant with met s 13 replaced by norleuc
2rm21 1pov1 1.5 213 273 46 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rm22 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rm23 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rm24 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rmaA 2cpl 0.3 164 165 100 Cyclophilin a complexed with cyclosporin a
2rmaC 2cpl 0.3 164 165 100 Cyclophilin a complexed with cyclosporin a
2rmaE 2cpl 0.3 164 165 100 Cyclophilin a complexed with cyclosporin a
2rmaG 2cpl 0.3 164 165 100 Cyclophilin a complexed with cyclosporin a
2rmaI 2cpl 0.3 164 165 100 Cyclophilin a complexed with cyclosporin a
2rmaK 2cpl 0.3 164 165 100 Cyclophilin a complexed with cyclosporin a
2rmaM 2cpl 0.4 164 165 100 Cyclophilin a complexed with cyclosporin a
2rmaO 2cpl 0.3 164 165 100 Cyclophilin a complexed with cyclosporin a
2rmaQ 2cpl 0.3 164 165 100 Cyclophilin a complexed with cyclosporin a
2rmaS 2cpl 0.3 164 165 100 Cyclophilin a complexed with cyclosporin a
2rmbA 2cpl 0.3 164 165 100 Cyclophilin a complexed with dimethyl-cyclosporin a
2rmbC 2cpl 0.3 164 165 100 Cyclophilin a complexed with dimethyl-cyclosporin a
2rmbE 2cpl 0.3 164 165 100 Cyclophilin a complexed with dimethyl-cyclosporin a
2rmbG 2cpl 0.3 164 165 100 Cyclophilin a complexed with dimethyl-cyclosporin a
2rmbI 2cpl 0.3 164 165 100 Cyclophilin a complexed with dimethyl-cyclosporin a
2rmbK 2cpl 0.3 164 165 100 Cyclophilin a complexed with dimethyl-cyclosporin a
2rmbM 2cpl 0.4 164 165 100 Cyclophilin a complexed with dimethyl-cyclosporin a
2rmbO 2cpl 0.3 164 165 100 Cyclophilin a complexed with dimethyl-cyclosporin a
2rmbQ 2cpl 0.3 164 165 100 Cyclophilin a complexed with dimethyl-cyclosporin a
2rmbS 2cpl 0.3 164 165 100 Cyclophilin a complexed with dimethyl-cyclosporin a
2rmcA 2cpl 1.2 164 182 57 Cyclophilin c complexed with cyclosporin a
2rmcC 2cpl 1.2 164 182 57 Cyclophilin c complexed with cyclosporin a
2rmcE 2cpl 1.2 164 182 57 Cyclophilin c complexed with cyclosporin a
2rmcG 2cpl 1.2 164 182 57 Cyclophilin c complexed with cyclosporin a
2rmpA 2rmpA 0.0 358 358 100 mucoropepsin (mucor rennin, rhiomucor miehei aspartic p
2rmu1 1aym1 1.7 215 273 45 Rhinovirus 14 (HRV14) (mutant with val 1 188 replaced b
2rmu2 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) (mutant with val 1 188 replaced b
2rmu3 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) (mutant with val 1 188 replaced b
2rmu4 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) (mutant with val 1 188 replaced b
2rn2 2rn2 0.0 155 155 100 Ribonuclease h
2rns 7rsa 0.7 116 116 100 Ribonuclease s (ph 4.75)
2rnt 9rnt 0.4 104 104 100 Lys 25-ribonuclease t=1= (lys 25-RNase t=1=) complex wi
2rom 1rom 0.3 399 399 100 cytochrome p450 (cytochrome p450nor, nitric oxide reduc
2roxA 1etb1 0.5 117 118 99 transthyretin (prealbumin) biological_unit
2roxB 1etb1 1.0 116 116 99 transthyretin (prealbumin) biological_unit
2royA 1etb1 0.6 118 121 99 transthyretin (prealbumin) biological_unit
2royB 1etb1 1.0 117 119 99 transthyretin (prealbumin) biological_unit
2rr11 1pov1 1.5 213 273 46 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rr12 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rr13 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rr14 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs11 1pov1 1.4 213 273 46 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs12 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs13 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs14 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs31 1pov1 1.5 213 273 46 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs32 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs33 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs34 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs51 1pov1 1.5 213 273 46 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs52 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs53 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rs54 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14) complex with antiviral agent WIN
2rslA 2rslA 0.0 114 114 100 Gamma delta resolvase (large fragment, catalytic domain
2rslB 2rslA 1.2 110 118 99 Gamma delta resolvase (large fragment, catalytic domain
2rslC 2rslA 1.4 111 119 100 Gamma delta resolvase (large fragment, catalytic domain
2rspA 2rspB 0.4 113 115 100 Rous sarcoma virus protease (RSV PR)
2rspB 2rspB 0.0 113 113 100 Rous sarcoma virus protease (RSV PR)
2rta 2izk 0.2 121 121 100 streptavidin
2rtbB 2izk 0.6 121 123 100 streptavidin
2rtbD 2izk 0.4 121 121 100 streptavidin
2rtcB 2izk 0.6 121 123 100 streptavidin
2rtcD 2izk 0.4 121 121 100 streptavidin
2rtdB 2izk 0.6 121 123 100 streptavidin
2rtdD 2izk 0.5 121 121 100 streptavidin
2rteB 2izk 0.6 121 123 100 streptavidin
2rteD 2izk 0.7 121 121 100 streptavidin
2rtfB 2izk 0.6 121 123 100 streptavidin
2rtfD 2izk 0.7 121 121 100 streptavidin
2rtgB 2izk 0.6 121 123 100 streptavidin
2rtgD 2izk 0.6 120 121 100 streptavidin
2rthB 2izk 0.6 121 123 100 streptavidin
2rthD 2izk 0.6 121 121 100 streptavidin
2rtiB 2izk 0.6 121 123 100 streptavidin
2rtiD 2izk 0.5 121 121 100 streptavidin
2rtj 2izk 0.1 123 123 100 streptavidin
2rtk 2izk 0.1 123 123 100 streptavidin
2rtl 2izk 0.4 123 123 100 streptavidin
2rtm 2izk 0.3 123 123 100 streptavidin
2rtnB 2izk 0.6 121 123 100 streptavidin
2rtnD 2izk 0.6 121 121 100 streptavidin
2rtoB 2izk 0.6 121 123 100 streptavidin
2rtoD 2izk 0.6 121 121 100 streptavidin
2rtpB 2izk 0.6 121 123 100 streptavidin
2rtpD 2izk 0.6 121 121 100 streptavidin
2rtqB 2izk 0.6 121 123 100 streptavidin
2rtqD 2izk 0.6 121 121 100 streptavidin
2rtrB 2izk 0.7 120 123 100 streptavidin
2rtrD 2izk 0.8 120 121 100 streptavidin
2rusA 1burA 2.4 401 437 29 Rubisco (ribulose-1,5-bisphosphate carboxylase/oxygenas
2rusB 1burA 2.4 410 444 28 Rubisco (ribulose-1,5-bisphosphate carboxylase/oxygenas
2rveA 1rvaA 1.0 213 213 100 Eco rv endonuclease complex with DNA
2rveB 1rvaA 1.0 212 212 100 Eco rv endonuclease complex with DNA
2sak 2sak 0.0 121 121 100 staphylokinase Mutant
2sam 1fmb 1.8 95 99 32 Simian immunodeficiency virus (siv) protease mutant wit
2sarA 1rgeA 0.2 96 96 99 Ribonuclease sa complex with 3'-Guanylic acid
2sarB 1rgeA 0.4 96 96 99 Ribonuclease sa complex with 3'-Guanylic acid
2sas 2sas 0.0 185 185 100 Sarcoplasmic calcium-binding protein (iso type ii)
2sba 1led 1.5 224 231 46 agglutinin biological_unit
2sblB 1yge 0.6 805 807 99 Lipoxygenase-1 (soybean)
2sbt 1gci 1.2 265 275 60 Subtilisin novo
2scpA 2scpA 0.0 174 174 100 Sarcoplasmic calcium-binding protein
2scpB 2scpA 0.5 174 174 100 Sarcoplasmic calcium-binding protein
2sdf 1a15A 4.3 65 67 99 stromal cell-derived factor-1 (sdf) biological_unit
2sebA 1iakA 0.7 178 180 57 hla class ii histocompatibility antigen fragment (hla-d
2sebB 1iakB 1.1 172 177 65 hla class ii histocompatibility antigen fragment (hla-d
2sebD 3seb 0.8 217 217 100 hla class ii histocompatibility antigen fragment (hla-d
2secE 1gci 0.9 265 274 61 Subtilisin carlsberg complex with genetically-engineere
2secI 1egpA 3.0 36 64 100 Subtilisin carlsberg complex with genetically-engineere
2semA 1ckaA 1.0 55 58 37 sex muscle abnormal protein 5 fragment sh3 peptoid inhi
2semB 1ckaA 0.8 55 59 37 sex muscle abnormal protein 5 fragment sh3 peptoid inhi
2sfa 2sga 0.7 181 191 79 serine proteinase
2sfpA 1bd0A 0.3 379 379 99 alanine racemase biological_unit
2sfpB 1bd0A 0.3 379 379 99 alanine racemase biological_unit
2sga 2sga 0.0 181 181 100 Proteinase a (component of the extracellular filtrate p
2sh1 1sh1 2.1 45 48 100 Neurotoxin i (sh i) (NMR, 8 structures)
2shkA 1shkA 0.2 158 158 100 shikimate kinase biological_unit
2shkB 1shkA 0.9 157 162 100 shikimate kinase biological_unit
2shpA 2shpA 0.0 491 491 100 shp-2 (syp, shptp-2) Mutant
2shpB 2shpA 0.2 491 491 100 shp-2 (syp, shptp-2) Mutant
2sicE 1gci 0.8 266 275 61 Subtilisin BPN' complex with streptomyces subtilisin in
2sicI 3ssi 0.6 107 107 100 Subtilisin BPN' complex with streptomyces subtilisin in
2sil 3sil 0.2 378 381 100 Sialidase (neuraminidase)
2sim 3sil 0.2 378 381 100 Sialidase (neuraminidase)
2sivA 2sivA 0.0 36 36 100 siv gp41 glycoprotein fragment (n36C34 CORE) biological
2sivB 2sivB 0.0 34 34 100 siv gp41 glycoprotein fragment (n36C34 CORE) biological
2sivC 2sivA 0.5 36 36 100 siv gp41 glycoprotein fragment (n36C34 CORE) biological
2sivD 2sivB 0.6 34 34 100 siv gp41 glycoprotein fragment (n36C34 CORE) biological
2sivE 2sivA 0.5 36 36 100 siv gp41 glycoprotein fragment (n36C34 CORE) biological
2sivF 2sivB 0.6 34 34 100 siv gp41 glycoprotein fragment (n36C34 CORE) biological
2skc 1a8i 0.5 806 830 99 pyridoxal phosphorylase b biological_unit
2skd 1a8i 0.5 806 830 99 pyridoxal phosphorylase b complex biological_unit
2ske 1a8i 0.5 806 830 99 pyridoxal phosphorylase b biological_unit
2sli 2sli 0.0 679 679 100 intramolecular trans-sialidase fragment
2sn3 1aho 2.0 57 65 39 Scorpion neurotoxin (variant 3)
2sniE 1gci 0.8 266 275 61 Subtilisin novo complex with chymotrypsin inhibitor 2 (
2sniI 1a1yI 0.9 61 64 97 Subtilisin novo complex with chymotrypsin inhibitor 2 (
2snm 1snc 0.3 135 135 99 Staphylococcal nuclease mutant with val 66 replaced by
2sns 1snc 0.6 135 141 99 Staphylococcal nuclease complex with 2'-deoxy-3'-5'-dip
2snv 1svpA 0.7 150 151 93 Sindbis virus capsid protein (chymotrypsin-like serine
2snwA 1svpA 1.9 158 158 99 coat protein c (sindbis virus capsid protein)
2snwB 1svpA 2.1 158 158 99 coat protein c (sindbis virus capsid protein)
2sob 1snc 2.4 84 103 83 staphylococcal nuclease (sn-ob, staphylococcal nuclease
2sodB 1mfmA 1.1 149 151 80 Cu,Zn superoxide dismutase
2sodG 1mfmA 1.2 149 151 80 Cu,Zn superoxide dismutase
2sodO 1mfmA 1.2 149 151 80 Cu,Zn superoxide dismutase
2sodY 1mfmA 1.2 149 151 80 Cu,Zn superoxide dismutase
2spcA 2spcA 0.0 107 107 100 Spectrin (one repeat unit)
2spcB 2spcA 1.1 107 107 100 Spectrin (one repeat unit)
2spl 1a6m 0.4 151 154 99 Myoglobin (carbonmonoxy) mutant with initiator met, asp
2spm 1a6m 0.4 151 154 99 Myoglobin (met) mutant with initiator met, asp 122 repl
2spn 1a6m 0.4 151 154 99 Myoglobin (oxy) mutant with initiator met, leu 29 repla
2spo 1a6m 0.4 151 154 99 Myoglobin (met) mutant with initiator met, leu 29 repla
2spt 1cfi 1.5 47 145 54 Prothrombin fragment 1 complexed with strontium
2spzA 1fc2C 1.6 42 58 89 staphylococcal protein a fragment Mutant biological_uni
2sqcA 2sqcA 0.0 623 623 100 squalene-hopene cyclase Mutant biological_unit
2sqcB 2sqcA 0.1 622 623 100 squalene-hopene cyclase Mutant biological_unit
2srt 1hfc 1.3 157 173 61 stromelysin-1 (mmp-3) NMR, 30 structures
2st1 1gci 0.8 266 275 61 Subtilisin BPN' (BAS)
2std 2std 0.0 162 162 100 scytalone dehydratase
2sttA 1awcA 2.3 81 96 69 ets1 deoxyribonucleic acid
2stv 2stv 0.0 184 184 100 Satellite tobacco necrosis virus
2stwA 1awcA 2.3 81 96 69 ets1 deoxyribonucleic acid
2sxl 3sxlA 1.9 79 88 95 sex-lethal protein fragment Mutant
2taaA 7taa 1.3 474 478 95 Taka-Amylase a
2tbd 2tbd 0.0 134 134 100 sv40 t antigen fragment
2tbs 5ptp 1.4 220 222 65 Trypsin complexed with benzamidine inhibitor
2tbvA 2tbvA 0.0 283 283 100 Tomato bushy stunt virus
2tbvB 2tbvA 0.6 283 284 100 Tomato bushy stunt virus
2tbvC 2tbvA 2.1 283 318 100 Tomato bushy stunt virus
2tcl 1hfc 0.3 157 163 100 fibroblast collagenase fragment
2tct 2tct 0.0 198 198 100 tetracycline repressor (tet repressor, class d)
2tdd 1bkpA 1.9 258 316 37 Thymidylate synthase mutant with val 316 deleted comple
2tdm 1bkpA 1.8 259 316 38 thymidylate synthase biological_unit
2tdt 3tdt 0.2 274 274 100 tetrahydrodipicolinate n-succinyltransferase (dapd) bio
2tdx 2tdx 0.0 139 139 100 diphtheria tox repressor (dtxr) Mutant biological_unit
2tecE 1gci 1.3 266 279 47 Thermitase complex with eglin-c (5 millimolar calcium)
2tecI 1egpA 2.9 35 63 98 Thermitase complex with eglin-c (5 millimolar calcium)
2tepA 1led 1.8 222 232 40 peanut lectin (peanut agglutinin-t-antigen complex)
2tepB 1led 1.8 222 232 40 peanut lectin (peanut agglutinin-t-antigen complex)
2tepC 1led 1.8 222 232 40 peanut lectin (peanut agglutinin-t-antigen complex)
2tepD 1led 1.8 222 232 40 peanut lectin (peanut agglutinin-t-antigen complex)
2tga 5ptp 0.4 221 223 99 Trypsinogen (2.4 m magnesium sulfate)
2tgd 5ptp 0.9 215 222 99 Trypsinogen, diisopropylphosphoryl inhibited
2tgf 3tgf 2.6 46 50 92 Transforming growth factor-alpha (NMR, minimized averag
2tgi 2tgi 0.0 112 112 100 Transforming growth factor-beta two (tgf-b2)
2tgpI 1bpi 0.4 56 58 100 Trypsinogen complex with pancreatic trypsin inhibitor
2tgpZ 5ptp 0.5 220 223 99 Trypsinogen complex with pancreatic trypsin inhibitor
2tgt 5ptp 0.7 219 223 99 Trypsinogen (103 degrees k, 0.70 methanol, 0.30 water)
2thfB 5ptp 1.3 216 249 39 thrombin light chain thrombin heavy chain Mutant biolog
2thiA 3thi 0.5 362 362 100 thiaminase i biological_unit
2thiB 3thi 0.5 362 362 100 thiaminase i biological_unit
2tio 5ptp 0.3 223 223 99 beta-trypsin
2tir 1thx 1.3 107 108 42 Thioredoxin mutant with lys 36 replaced by glu (k36e)
2tldE 5ptp 0.8 218 220 98 Bovine trypsin complex with a modified SSI (streptomyce
2tldI 3ssi 1.1 108 110 98 Bovine trypsin complex with a modified SSI (streptomyce
2tmdA 2tmdA 0.0 729 729 100 Trimethylamine dehydrogenase
2tmdB 2tmdA 0.2 728 729 100 Trimethylamine dehydrogenase
2tmkA 3tmkA 0.9 184 204 99 thymidylate kinase biological_unit
2tmkB 3tmkA 0.9 184 204 99 thymidylate kinase biological_unit
2tmnE 1hyt 0.2 316 316 100 Thermolysin complex with n-phosphoryl-L-leucinamide (p-
2tmp 1ueaB 3.0 114 127 42 tissue inhibitor of metalloproteinases-2 fragment (meta
2tmvP 1rmvA 1.9 137 154 41 Intact tobacco mosaic virus (fiber diffraction study)
2tmy 1srrA 1.7 111 118 32 chey protein (tmy) biological_unit
2tn4 1ncx 2.9 146 155 90 troponin c (tnc) Mutant
2tpiI 1bpi 0.3 55 56 100 Trypsinogen - pancreatic trypsin inhibitor - ile-val co
2tpiZ 5ptp 0.4 218 220 99 Trypsinogen - pancreatic trypsin inhibitor - ile-val co
2tplA 1ax4A 1.3 422 455 49 tyrosine phenol-lyase biological_unit
2tplB 1ax4A 1.3 422 455 49 tyrosine phenol-lyase biological_unit
2tprA 3grs 1.3 444 481 36 Trypanothione reductase
2tprB 3grs 1.3 444 481 36 Trypanothione reductase
2tpsA 2tpsA 0.0 226 226 100 thiamin phosphate synthase biological_unit
2tpsB 2tpsA 0.4 225 226 100 thiamin phosphate synthase biological_unit
2tpt 1brwA 1.9 433 440 42 thymidine phosphorylase biological_unit
2trcB 1tbgA 1.2 336 340 98 transducin fragment (gt beta-gamma) phosducin (meka, pp
2trcG 1tbgE 1.5 66 68 100 transducin fragment (gt beta-gamma) phosducin (meka, pp
2trcP 1b9yC 0.3 167 217 98 transducin fragment (gt beta-gamma) phosducin (meka, pp
2trhA 1etb1 0.3 118 127 98 transthyretin (prealbumin) Mutant biological_unit
2trhB 1etb1 0.6 118 127 98 transthyretin (prealbumin) Mutant biological_unit
2trm 5ptp 0.5 221 223 73 Asn==102==Trypsin (mutant with asp 102 replaced by asn)
2trsA 2tysA 0.6 253 262 100 tryptophan synthase Mutant biological_unit
2trsB 2tysB 0.5 389 390 100 tryptophan synthase Mutant biological_unit
2trt 2tct 0.4 198 198 100 tetracycline repressor class d (tet repressor)
2trxA 1thx 1.2 107 108 42 Thioredoxin
2trxB 1thx 1.4 107 108 42 Thioredoxin
2tryA 1etb1 0.3 118 127 98 transthyretin (prealbumin) Mutant biological_unit
2tryB 1etb1 0.6 118 127 98 transthyretin (prealbumin) Mutant biological_unit
2ts1 2ts1 0.0 317 317 100 Tyrosyl-transfer RNA synthetase
2tsaA 1nwpA 0.7 127 128 66 azurin Mutant
2tsaB 1nwpA 0.8 127 128 66 azurin Mutant
2tsaC 1nwpA 0.8 127 128 66 azurin Mutant
2tsaD 1nwpA 0.7 127 128 66 azurin Mutant
2tsbA 1nwpA 0.7 127 128 66 azurin azide Mutant
2tsbB 1nwpA 0.8 127 128 66 azurin azide Mutant
2tsbC 1nwpA 0.8 127 128 66 azurin azide Mutant
2tsbD 1nwpA 0.6 127 128 66 azurin azide Mutant
2tscA 1bkpA 1.8 259 265 36 Thymidylate synthase complex with dUMP and an anti-fola
2tscB 1bkpA 1.7 259 265 36 Thymidylate synthase complex with dUMP and an anti-fola
2tsrA 1bkpA 1.6 255 281 39 thymidylate synthase biological_unit
2tsrB 1bkpA 1.7 255 281 39 thymidylate synthase biological_unit
2tsrC 1bkpA 1.7 255 281 39 thymidylate synthase biological_unit
2tsrD 1bkpA 1.7 255 281 39 thymidylate synthase biological_unit
2tssA 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1)
2tssB 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1)
2tssC 1aw7A 0.9 194 194 99 toxic shock syndrome toxin-1 (tsst-1)
2tsyA 2tysA 0.6 253 262 100 tryptophan synthase Mutant biological_unit
2tsyB 2tysB 0.8 390 390 99 tryptophan synthase Mutant biological_unit
2tunA 4tsvA 1.3 136 151 95 Tumor necrosis factor-alpha (cachectin) mutant with ala
2tunB 4tsvA 1.2 135 151 95 Tumor necrosis factor-alpha (cachectin) mutant with ala
2tunC 4tsvA 1.2 136 151 95 Tumor necrosis factor-alpha (cachectin) mutant with ala
2tunD 4tsvA 1.3 135 151 95 Tumor necrosis factor-alpha (cachectin) mutant with ala
2tunE 4tsvA 1.3 135 151 95 Tumor necrosis factor-alpha (cachectin) mutant with ala
2tunF 4tsvA 1.3 135 151 95 Tumor necrosis factor-alpha (cachectin) mutant with ala
2tysA 2tysA 0.0 255 255 100 tryptophan synthase Mutant biological_unit
2tysB 2tysB 0.0 396 396 100 tryptophan synthase Mutant biological_unit
2u1a 2u1a 0.0 88 88 100 u1 small nuclear ribonucleoprotein a fragment (u1 snrnp
2uce 1u9aA 1.4 145 148 33 Ubiquitin conjugating enzyme
2ucz 1u9aA 1.5 151 164 40 ubiquitin conjugating enzyme (ubc7) biological_unit
2udpA 1xel 0.3 338 338 99 udp-galactose 4-epimerase (epimerase)
2udpB 1xel 0.3 338 338 99 udp-galactose 4-epimerase (epimerase)
2ugiA 1ugiA 0.8 83 83 100 uracil-DNA glycosylase inhibitor (ugi) biological_unit
2ugiB 1ugiA 0.6 82 83 100 uracil-DNA glycosylase inhibitor (ugi) biological_unit
2ukd 1zin 1.8 187 191 28 uridylmonophosphateCYTIDYLMONOPHOSPHATE KINASE (umpCMP
2ull 2sga 1.5 179 198 36 alpha-lytic protease
2upjA 1fmb 1.6 97 99 31 hiv-1 protease biological_unit
2upjB 1fmb 1.6 97 99 31 hiv-1 protease biological_unit
2usn 1hfc 0.9 155 165 61 stromelysin-1 fragment (matrix metalloproteinase-3, pro
2utgA 1utg 0.6 70 70 100 Uteroglobin
2utgB 1utg 0.5 70 70 100 Uteroglobin
2uugA 1akz 0.9 217 223 56 uracil-DNA glycosylase (udg) Mutant biological_unit ura
2uugB 1akz 0.9 217 222 56 uracil-DNA glycosylase (udg) Mutant biological_unit ura
2uugC 1ugiA 0.7 82 82 100 uracil-DNA glycosylase (udg) Mutant biological_unit ura
2uugD 1ugiA 0.7 82 82 100 uracil-DNA glycosylase (udg) Mutant biological_unit ura
2vaaA 1agdA 1.2 270 274 71 mhc class i h-2kb heavy chain fragment beta-2 microglob
2vaaB 1agdB 0.9 99 99 70 mhc class i h-2kb heavy chain fragment beta-2 microglob
2vabA 1agdA 1.2 270 274 71 mhc class i h-2kb heavy chain fragment beta-2 microglob
2vabB 1agdB 0.9 99 99 70 mhc class i h-2kb heavy chain fragment beta-2 microglob
2vaoA 1vaoA 0.4 550 555 100 vanillyl-alcohol oxidase biological_unit
2vaoB 1vaoA 0.4 550 555 100 vanillyl-alcohol oxidase biological_unit
2vgcB 5ptp 1.1 126 131 44 gamma chymotrypsin
2vgcC 5ptp 1.2 90 95 48 gamma chymotrypsin
2vgh 2vgh 0.0 55 55 100 vascular endothelial growth factor-165 fragment (vegf-1
2vhbA 2vhbA 0.0 137 137 100 hemoglobin (soluble cytochrome o) biological_unit
2vhbB 2vhbA 0.3 136 137 100 hemoglobin (soluble cytochrome o) biological_unit
2vik 2vil 1.2 126 126 100 villin 14t fragment (villin domain 1, villin segment 1)
2vil 2vil 0.0 126 126 100 villin 14t fragment (villin domain 1, villin segment 1)
2virA 1mfa 6.0 123 210 81 immunoglobulin (igg1, lambda) fragment hemagglutinin fr
2virB 1igtB 3.8 165 221 60 immunoglobulin (igg1, lambda) fragment hemagglutinin fr
2virC 1hgeA 0.6 267 267 98 immunoglobulin (igg1, lambda) fragment hemagglutinin fr
2visA 8fabA 2.5 198 210 59 immunoglobulin (igg1, lambda) fragment hemagglutinin fr
2visB 1igtB 3.8 165 221 60 immunoglobulin (igg1, lambda) fragment hemagglutinin fr
2visC 1hgeA 0.6 267 267 99 immunoglobulin (igg1, lambda) fragment hemagglutinin fr
2vitA 8fabA 2.5 198 210 59 immunoglobulin (igg1, lambda) fragment hemagglutinin fr
2vitB 1igtB 3.8 165 221 60 immunoglobulin (igg1, lambda) fragment hemagglutinin fr
2vitC 1hgeA 0.6 267 267 98 immunoglobulin (igg1, lambda) fragment hemagglutinin fr
2viuA 1hgeA 0.3 318 320 99 hemagglutinin Mutant biological_unit
2viuB 1hgeB 0.5 175 175 100 hemagglutinin Mutant biological_unit
2vp3 1v39 0.1 292 292 100 vp39 (poly(a) polymerase regulatory subunit) Mutant bio
2vpfA 1vpfA 0.7 94 97 100 vascular endothelial growth factor fragment (vegf, vasc
2vpfB 1vpfA 0.7 94 96 100 vascular endothelial growth factor fragment (vegf, vasc
2vpfC 1vpfA 0.7 93 93 100 vascular endothelial growth factor fragment (vegf, vasc
2vpfD 1vpfA 0.7 94 95 100 vascular endothelial growth factor fragment (vegf, vasc
2vpfE 1vpfA 0.8 94 96 100 vascular endothelial growth factor fragment (vegf, vasc
2vpfF 1vpfA 0.7 94 96 100 vascular endothelial growth factor fragment (vegf, vasc
2vpfG 1vpfA 0.7 94 95 100 vascular endothelial growth factor fragment (vegf, vasc
2vpfH 1vpfA 0.8 94 94 100 vascular endothelial growth factor fragment (vegf, vasc
2vsgA 2vsgA 0.0 358 358 100 variant surface glycoprotein iltat 1.24 fragment (vsg)
2vsgB 2vsgA 0.7 358 358 100 variant surface glycoprotein iltat 1.24 fragment (vsg)
2vtk 2ki5A 0.6 298 313 100 thymidine kinase biological_unit
2vubA 3vub 0.9 101 101 100 ccdb biological_unit
2vubB 3vub 0.8 96 96 100 ccdb biological_unit
2vubC 3vub 0.9 101 101 100 ccdb biological_unit
2vubD 3vub 1.1 96 96 100 ccdb biological_unit
2vubE 3vub 1.2 96 96 100 ccdb biological_unit
2vubF 3vub 0.7 101 101 100 ccdb biological_unit
2vubG 3vub 0.9 95 96 100 ccdb biological_unit
2vubH 3vub 1.2 99 101 95 ccdb biological_unit
2wbc 1wba 1.8 153 183 36 chymotrypsin inhibitor (wci)
2wea 1bxo 0.5 323 323 100 penicillopepsin
2web 1bxo 0.3 323 323 100 penicillopepsin
2wec 1bxo 0.3 323 323 100 penicillopepsin
2wed 1bxo 0.3 323 323 100 penicillopepsin
2wgcA 9wgaA 0.2 171 171 100 Wheat germ agglutinin (isolectin 2) complex with n-acet
2wgcB 9wgaA 0.5 171 171 100 Wheat germ agglutinin (isolectin 2) complex with n-acet
2wrpR 1jhgA 0.2 100 104 99 trp repressor (orthorhombic form)
2wsyA 2tysA 0.5 237 237 100 tryptophan synthase biological_unit
2wsyB 2tysB 1.1 375 375 98 tryptophan synthase biological_unit
2xat 2xat 0.0 208 208 100 xenobiotic acetyltransferase biological_unit
2ximA 4xis 0.7 385 392 67 D-xylose isomerase mutant with lys 253 replaced by arg
2ximB 4xis 0.7 385 392 67 D-xylose isomerase mutant with lys 253 replaced by arg
2ximC 4xis 0.7 385 392 67 D-xylose isomerase mutant with lys 253 replaced by arg
2ximD 4xis 0.7 385 392 67 D-xylose isomerase mutant with lys 253 replaced by arg
2xinA 4xis 0.7 385 392 67 D-Xylose isomerase mutant with his 290 replaced by asn
2xinB 4xis 0.7 385 392 67 D-Xylose isomerase mutant with his 290 replaced by asn
2xinC 4xis 0.7 385 392 67 D-Xylose isomerase mutant with his 290 replaced by asn
2xinD 4xis 0.7 385 392 67 D-Xylose isomerase mutant with his 290 replaced by asn
2xis 4xis 0.1 385 385 100 Xylose isomerase complex with xylitol
2xyl 1xyzA 1.4 310 312 41 beta-1,4-glycanase fragment (cex, 1,4-beta-cellobiohydr
2ycc 1ycc 0.4 108 108 99 Cytochrome c (isozyme 1) (oxidized) (mutant with cys 10
2yfp 1ema 0.3 224 224 96 green fluorescent protein Mutant biological_unit
2yhx 2yhx 0.0 457 457 100 Yeast hexokinase b complex with ortho-toluoylglucosamin
2ypiA 1amk 1.0 243 247 46 Triose phosphate isomerase (TIM) complex with 2-phospho
2ypiB 1amk 1.2 243 247 46 Triose phosphate isomerase (TIM) complex with 2-phospho
2ypnA 1pda 0.3 288 294 100 hydroxymethylbilane synthase fragment (porphobilinogen
2znbA 1a7tA 0.5 221 222 97 metallo-beta-lactamase (class b beta-lactamase) biologi
2znbB 1a7tA 0.4 221 226 97 metallo-beta-lactamase (class b beta-lactamase) biologi
2znc 2cba 1.6 235 249 36 carbonic anhydrase iv
2ztaA 1gcmA 0.7 31 31 75 GCN4 leucine zipper
2ztaB 1gcmA 0.6 31 31 75 GCN4 leucine zipper
31bi 2i1b 0.4 149 149 99 Interleukin-1Beta (IL-1Beta) (mutant with cys 71 replac
351c 451c 0.1 82 82 100 Cytochrome c=551= (oxidized)
35c8H 8fabA 4.2 187 217 29 igg 5c8 fragment
35c8L 8fabA 5.3 195 212 41 igg 5c8 fragment
3a3h 1a3h 0.1 300 300 100 endoglucanase fragment (cellulase) biological_unit
3aat 1ajsA 1.4 395 396 38 Aspartate aminotransferase (mutant with arg 386 replace
3adk 1zin 2.1 168 194 36 Adenylate kinase
3aidA 1fmb 1.6 97 99 32 human immunodeficiency virus protease (hiv protease, hi
3aidB 1fmb 1.6 97 99 32 human immunodeficiency virus protease (hiv protease, hi
3aig 1atlA 0.5 200 201 79 adamalysin ii
3ait 1hoe 1.3 71 74 100 Tendamistat (energy minimized model using AMBER 3.0) (N
3aky 1zin 1.6 214 218 41 adenylate kinase (atp:amp phosphotransferase, myokinase
3amvA 1a8i 0.4 792 812 99 glycogen phosphorylase biological_unit
3aop 2aop 0.2 453 453 100 sulfite reductase hemoprotein (sirhp) biological_unit
3app 1bxo 0.8 297 323 97 Acid proteinase (penicillopepsin)
3aprE 1bxo 1.5 295 325 40 Acid proteinase (rhizopuspepsin) complex with reduced p
3at1A 8atcA 1.5 304 310 95 Aspartate carbamoyltransferase (aspartate transcarbamyl
3at1B 8atcB 1.8 145 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
3at1C 8atcA 1.8 305 310 95 Aspartate carbamoyltransferase (aspartate transcarbamyl
3at1D 8atcB 1.7 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
3atjA 1bgp 1.6 290 307 41 horseradish peroxidase c1a (hrp c, hrp c1a) Mutant
3atjB 1bgp 1.6 290 307 41 horseradish peroxidase c1a (hrp c, hrp c1a) Mutant
3azuA 1nwpA 0.7 127 128 65 Azurin mutant with his 35 replaced by gln (H35Q)
3azuB 1nwpA 0.8 127 128 65 Azurin mutant with his 35 replaced by gln (H35Q)
3azuC 1nwpA 0.8 127 128 65 Azurin mutant with his 35 replaced by gln (H35Q)
3azuD 1nwpA 0.7 127 128 65 Azurin mutant with his 35 replaced by gln (H35Q)
3b5c 1cyo 0.1 85 85 100 Cytochrome b5 (oxidized)
3bamA 1bam 1.3 181 206 99 fragment (r. bamhi) biological_unit DNA biological_unit
3bamB 1bam 1.1 181 209 99 fragment (r. bamhi) biological_unit DNA biological_unit
3bbg 1bbg 1.4 40 40 100 pollen allergen 5
3bc2 1a7tA 1.2 214 215 33 metallo beta-lactamase ii biological_unit
3bccA 1be3A 1.2 435 442 88 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
3bccB 1be3B 1.2 392 406 86 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
3bccC 1be3C 1.0 377 379 71 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
3bccD 1be3D 1.3 233 241 93 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
3bccE 1rie 0.9 127 196 100 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
3bccF 1be3F 1.3 100 100 93 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
3bccG 1be3G 1.8 77 78 79 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
3bccH 1be3H 1.1 62 66 92 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
3bccJ 1be3J 0.9 57 59 99 ubiquinol cytochrome c oxidoreductase (cytochrome bc1 c
3bct 3bct 0.0 457 457 100 beta-catenin fragment
3bdpA 1xwl 1.4 579 580 99 DNA polymerase i fragment (bf) DNA
3bir 9rnt 0.5 104 104 99 ribonuclease t1 (rnase t1) Mutant
3bjlA 8fabA 3.6 206 216 74 loc - lambda 1 type light-chain dimer (bence-jones prot
3bjlB 8fabA 1.1 105 216 53 loc - lambda 1 type light-chain dimer (bence-jones prot
3blg 1bebA 0.6 156 162 99 beta-lactoglobulin (blga)
3blm 1btl 2.2 253 257 32 Beta-Lactamase
3blsA 2blsA 0.3 357 357 100 ampc beta-lactamase biological_unit
3blsB 2blsA 0.3 357 357 100 ampc beta-lactamase biological_unit
3bp2 1poa 1.3 116 122 58 Phospholipase a=2= (phosphatide acyl-hydrolase) - trans
3btoA 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
3btoB 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
3btoC 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
3btoD 2ohxA 0.3 374 374 100 liver alcohol dehydrogenase (adh) biological_unit
3bu4 9rnt 0.5 104 104 100 ribonuclease t1 biological_unit
3c2c 1ycc 1.3 101 112 37 Cytochrome c=2= (reduced)
3ca2 2cba 0.1 256 256 100 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
3caaA 1ovaA 2.0 315 334 31 antichymotrypsin (act) Mutant
3caaB 1as4B 0.3 32 32 98 antichymotrypsin (act) Mutant
3cbh 1cb2A 0.5 363 365 99 Cellobiohydrolase II core protein (CBHII)
3ccp 1ryc 0.9 291 293 99 Yeast cytochrome c peroxidase mutant with trp 191 repla
3ccx 1ryc 0.5 289 291 99 Cytochrome c peroxidase (ccp-mkt) mutant with met-lys-t
3cd4 1cdy 0.9 178 178 99 Cd4 (n-terminal fragment consisting of residues 1-182)
3cel 1celA 0.3 434 434 99 1,4-beta-d-glucan cellobiohydrolase i fragment (exogluc
3cevA 1rlaA 1.5 291 298 44 arginase biological_unit
3cevB 1rlaA 1.5 291 298 44 arginase biological_unit
3cevC 1rlaA 1.5 291 298 44 arginase biological_unit
3cevD 1rlaA 1.5 291 298 44 arginase biological_unit
3cevE 1rlaA 1.4 291 298 44 arginase biological_unit
3cevF 1rlaA 1.5 291 298 44 arginase biological_unit
3cgt 1pamA 1.0 682 684 70 cyclodextrin glycosyltransferase (cyclodextrin glucanot
3chbD 3chbD 0.0 103 103 100 cholera toxin fragment Mutant biological_unit
3chbE 3chbD 0.2 103 103 100 cholera toxin fragment Mutant biological_unit
3chbF 3chbD 0.2 103 103 100 cholera toxin fragment Mutant biological_unit
3chbG 3chbD 0.2 103 103 100 cholera toxin fragment Mutant biological_unit
3chbH 3chbD 0.2 103 103 100 cholera toxin fragment Mutant biological_unit
3chy 3chy 0.0 128 128 100 CheY
3ci2 1a1yI 1.3 61 63 95 Chymotrypsin inhibitor 2 (serine proteinase inhibitor 2
3cla 3cla 0.0 213 213 100 Type III chloramphenicol acetyltransferase (CAT=III=) c
3cln 1cll 0.3 143 143 99 Calmodulin
3cms 1smrA 1.7 301 320 39 Chymosin b (formerly known as rennin) mutant with val 1
3cna 1nls 0.9 237 237 94 Concanavalin a
3cox 1b4v 1.1 495 500 59 Cholesterol oxidase
3cp4 1phd 0.3 405 405 100 Cytochrome p450cam (camphor monooxygenase) with bound a
3cpa 1aye 0.5 301 307 65 Carboxypeptidase a=alpha= (cox) complex with glycyl-L-t
3cpp 1phd 0.2 405 405 100 Cytochrome p450cam (camphor monooxygenase) - reduced ca
3crd 3crd 0.0 100 100 100 raidd fragment
3croL 1r69 0.8 63 66 53 434 cro protein complex with 20 base pair piece of DNA
3croR 1r69 0.9 62 64 52 434 cro protein complex with 20 base pair piece of DNA
3crxA 1crxA 0.8 322 323 99 cre recombinase (cre-hj1) Mutant biological_unit DNA
3crxB 1crxA 1.8 319 323 97 cre recombinase (cre-hj1) Mutant biological_unit DNA
3csc 1csh 0.2 427 429 93 Citrate synthase - l-malate - acetyl coenzyme A complex
3csmA 5csmA 0.9 250 252 99 chorismate mutase (chorismate pyruvate mutase) biologic
3csmB 5csmA 0.9 250 252 99 chorismate mutase (chorismate pyruvate mutase) biologic
3ctn 1ncx 4.8 73 76 67 troponin c fragment (ctnc) biological_unit
3cyhA 2cpl 0.3 164 164 100 cyclophilin a dipeptide ser-pro
3cyr 3cyr 0.0 107 107 100 cytochrome c3
3cysA 2cpl 1.7 161 165 100 Cyclophilin a complexed with cyclosporin a (NMR, 22 str
3cytI 1ycc 0.5 103 103 61 Cytochrome c (oxidized)
3cytO 1ycc 0.6 103 103 61 Cytochrome c (oxidized)
3daaA 1daaA 0.5 277 278 100 d-amino acid aminotransferase biological_unit
3daaB 1daaA 0.5 277 278 100 d-amino acid aminotransferase biological_unit
3dapA 1dapA 0.3 320 320 100 diaminopimelic acid dehydrogenase (dapdh) biological_un
3dapB 1dapA 4.3 320 320 100 diaminopimelic acid dehydrogenase (dapdh) biological_un
3dbvO 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
3dbvP 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
3dbvQ 1dssG 1.0 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
3dbvR 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
3dfr 3dfr 0.0 163 163 100 Dihydrofolate reductase complex with nadph and methotre
3dmr 1dmr 0.1 765 779 100 dmso reductase biological_unit
3dni 3dni 0.0 258 258 100 Deoxyribonuclease i (dnase i)
3dpa 3dpa 0.0 218 218 100 PapD
3drcA 1vdrA 1.9 148 160 32 Dihydrofolate reductase (dhfr)
3drcB 1vdrA 1.8 148 160 32 Dihydrofolate reductase (dhfr)
3ebx 3ebx 0.0 62 62 100 Erabutoxin b
3ecaA 4pgaA 1.1 306 326 47 Asparaginase type ii (eca)
3ecaB 4pgaA 1.1 306 326 47 Asparaginase type ii (eca)
3ecaC 4pgaA 1.1 306 326 47 Asparaginase type ii (eca)
3ecaD 4pgaA 1.1 306 326 47 Asparaginase type ii (eca)
3egf 1egf 1.0 53 53 100 Epidermal growth factor (egf) (NMR, 16 structures after
3eng 2eng 0.4 205 213 100 endoglucanase v cellobiose complex fragment
3enl 4enl 0.2 436 436 100 Enolase (2-phospho-D-glycerate hydrolase) (apo)
3er3E 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complex w
3er5E 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) h-189 com
3eraA 3ebx 0.8 62 62 97 erabutoxin a Mutant
3eraB 3ebx 0.9 62 62 97 erabutoxin a Mutant
3erdA 3erdA 0.0 245 245 100 estrogen receptor alpha fragment (oestrogen receptor, e
3erdB 3erdA 0.8 237 237 100 estrogen receptor alpha fragment (oestrogen receptor, e
3ertA 3erdA 1.6 226 246 96 estrogen receptor alpha fragment (oestrogen receptor, e
3est 5ptp 1.2 219 240 37 Native elastase
3ezbA 1zymA 1.5 246 258 100 phosphotransferase system, enzyme i fragment phosphotra
3ezbB 1ptf 1.3 85 85 35 phosphotransferase system, enzyme i fragment phosphotra
3ezcA 1zymA 1.7 246 259 98 phosphotransferase system, enzyme i fragment phosphotra
3ezcB 1ptf 1.3 85 85 35 phosphotransferase system, enzyme i fragment phosphotra
3ezdA 1zymA 1.6 247 259 100 phosphotransferase system, enzyme i fragment phosphotra
3ezdB 1ptf 1.3 85 85 35 phosphotransferase system, enzyme i fragment phosphotra
3ezeA 1zymA 1.4 246 249 100 phosphotransferase system, enzyme i fragment phosphotra
3ezeB 1ptf 1.3 85 85 35 phosphotransferase system, enzyme i fragment phosphotra
3ezm 3ezm 0.0 101 101 100 cyanovirin-n
3f58H 1igtB 2.3 219 228 64 igg1 fab 58.2 fragment (fab 58.2) biological_unit gp120
3f58L 8fabA 6.4 183 215 43 igg1 fab 58.2 fragment (fab 58.2) biological_unit gp120
3fbpA 1frpA 1.3 308 316 95 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
3fbpB 1frpA 1.5 308 316 93 Fructose-1,6-bisphosphatase (d-fructose-1,6-bisphosphat
3fib 3fib 0.0 248 248 100 fibrinogen gamma chain residues fragment
3fisA 1fipA 0.4 73 73 99 Fis protein (factor for inversion stimulation)
3fisB 1fipA 0.6 73 73 99 Fis protein (factor for inversion stimulation)
3fitA 1fit 0.2 123 124 100 fragile histidine protein (fhit, fragile histidine tria
3fivA 1fmb 1.8 102 111 28 feline immunodeficiency virus protease (fiv pr) Mutant
3fivB 1fmb 1.8 102 111 28 feline immunodeficiency virus protease (fiv pr) Mutant
3fruA 1agdA 3.9 264 269 28 neonatal fc receptor fragment (fcrn, brambell receptor)
3fruB 1agdB 0.6 99 99 75 neonatal fc receptor fragment (fcrn, brambell receptor)
3fruC 1agdA 3.8 264 269 28 neonatal fc receptor fragment (fcrn, brambell receptor)
3fruD 1agdB 0.7 99 99 75 neonatal fc receptor fragment (fcrn, brambell receptor)
3fruE 1agdA 4.0 264 269 28 neonatal fc receptor fragment (fcrn, brambell receptor)
3fruF 1agdB 0.7 99 99 75 neonatal fc receptor fragment (fcrn, brambell receptor)
3fua 2fua 0.5 206 206 100 l-fuculose-1-phosphate aldolase
3fx2 1rcf 1.7 142 147 31 Flavodoxin (low temperature (-150 c), oxidized form)
3galA 1a3k 1.1 130 134 37 galectin-7
3galB 1a3k 1.0 130 135 37 galectin-7
3gapA 2cgpC 1.2 198 208 97 Catabolite gene activator protein - cyclic AMP complex
3gapB 2cgpC 2.2 195 205 97 Catabolite gene activator protein - cyclic AMP complex
3gar 2gar 0.8 185 209 100 glycinamide ribonucleotide transformylase (gartfase) Mu
3gatA 1gatA 1.5 60 66 100 gata-1 fragment DNA
3gbp 1gca 0.2 305 305 100 Galactose-binding protein complex with glucose
3gbqA 1ckaA 1.1 54 57 37 grb2 fragment sos-1 fragment (ac-vpppvpprrr-nh2)
3gcb 3gcb 0.0 458 458 100 gal6 (ybh, yeast bleomycin hydrolase) Mutant biological
3gcc 2gcc 0.9 62 63 100 aterf1 fragment
3gch 5ptp 1.1 214 236 45 Gamma chymotrypsin complex with trans-o-hydroxy-alpha-m
3gctA 5ptp 1.1 214 236 45 Gamma-Chymotrypsin A (pH 10.5)
3geo 2aop 0.2 452 455 100 sulfite reductase hemoprotein (sirhp) biological_unit
3gf1 2gf1 2.5 68 70 86 Insulin-like growth factor (NMR, 10 structures)
3gly 1ayx 1.9 422 470 36 Glucoamylase-471 (1,4-alpha-d-glucan glucohydrolase)
3gpb 1a8i 0.4 800 833 99 Glycogen phosphorylase b (t state) complex with alpha-D
3gpdG 1dssG 1.1 326 334 73 D-glyceraldehyde-3-phosphate dehydrogenase
3gpdR 1dssG 1.1 326 334 72 D-glyceraldehyde-3-phosphate dehydrogenase
3grs 3grs 0.0 461 461 100 Glutathione reductase , oxidized form (e)
3grt 3grs 0.3 461 461 99 glutathione reductase (grtr) Mutant biological_unit
3grx 1aba 1.5 71 82 33 glutaredoxin 3 Mutant
3gsaA 2gsaA 0.3 427 427 100 glutamate semialdehyde aminotransferase (glutamate semi
3gsaB 2gsaA 0.5 427 427 100 glutamate semialdehyde aminotransferase (glutamate semi
3gsp 9rnt 0.5 104 104 100 ribonuclease t1 (rnase t1)
3gssA 1pgtA 0.3 208 208 99 glutathione s-transferase p1-1 (gst) biological_unit
3gssB 1pgtA 0.3 208 208 99 glutathione s-transferase p1-1 (gst) biological_unit
3gstA 1b8xA 1.7 201 217 44 Glutathione s-transferase (isoenzyme 3-3) complex with
3gstB 1b8xA 1.7 202 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
3hatH 5ptp 1.3 218 251 38 Alpha-thrombin complexed with hirugen and fpam (fibrino
3hatL 1ppbL 3.0 32 36 100 Alpha-thrombin complexed with hirugen and fpam (fibrino
3hbiA 3sdhA 0.1 145 145 99 scapharca dimeric hemoglobin (hbi) Mutant biological_un
3hbiB 3sdhA 0.4 145 145 99 scapharca dimeric hemoglobin (hbi) Mutant biological_un
3hck 1lkkA 1.8 104 107 70 hck sh2 fragment
3hddA 2hddA 0.4 55 55 99 engrailed homeodomain fragment DNA (20-mer) fragment
3hddB 2hddA 0.5 54 56 99 engrailed homeodomain fragment DNA (20-mer) fragment
3hflH 1igtB 2.0 212 215 66 IgG1 fab fragment (hyHEL-5) COMPLEXED WITH LYSOZYME
3hflL 8fabA 5.4 202 212 44 IgG1 fab fragment (hyHEL-5) COMPLEXED WITH LYSOZYME
3hflY 3lzt 0.7 129 129 100 IgG1 fab fragment (hyHEL-5) COMPLEXED WITH LYSOZYME
3hfmH 1igtB 2.0 203 215 66 IgG1 fab fragment (hyHEL-10) and lysozyme complex
3hfmL 8fabA 6.7 204 214 40 IgG1 fab fragment (hyHEL-10) and lysozyme complex
3hfmY 3lzt 0.9 129 129 100 IgG1 fab fragment (hyHEL-10) and lysozyme complex
3hhbA 1abwA 0.3 139 141 99 Hemoglobin (deoxy)
3hhbB 1abwA 1.5 139 146 43 Hemoglobin (deoxy)
3hhrA 1huw 1.7 161 184 85 Human growth hormone complexed with its receptor (extra
3hhrB 1axiB 1.2 187 195 99 Human growth hormone complexed with its receptor (extra
3hhrC 1axiB 1.8 187 194 99 Human growth hormone complexed with its receptor (extra
3hipA 1hpi 1.6 69 82 45 high-potential iron-sulfur protein (hipip)
3hipB 1hpi 1.6 69 80 45 high-potential iron-sulfur protein (hipip)
3hipC 1hpi 1.6 69 82 45 high-potential iron-sulfur protein (hipip)
3hlaA 1agdA 1.1 270 270 84 Human class i histocompatibility antigen a2.1 (HLA-A2.1
3hlaB 1agdB 0.4 99 99 100 Human class i histocompatibility antigen a2.1 (HLA-A2.1
3hmgA 1hgeA 0.5 328 328 99 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
3hmgB 1hgeB 0.7 175 175 100 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
3hmgC 1hgeA 0.5 328 328 99 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
3hmgD 1hgeB 0.7 175 175 100 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
3hmgE 1hgeA 0.7 328 328 99 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
3hmgF 1hgeB 0.7 175 175 100 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
3hohA 9rnt 0.6 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
3hohB 9rnt 0.7 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
3hohC 9rnt 0.7 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
3hohD 9rnt 0.5 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
3hsc 1ba1 0.4 378 382 99 Heat-shock cognate 7okd protein (44kd atpase n-terminal
3hsf 2hts 3.5 88 92 96 heat shock transcription factor (hsf) Mutant
3htcH 5ptp 1.4 221 257 38 Alpha-thrombin complex with recombinant hirudin (varian
3htcI 4htcI 0.4 61 65 100 Alpha-thrombin complex with recombinant hirudin (varian
3htcL 1ppbL 2.6 32 34 100 Alpha-thrombin complex with recombinant hirudin (varian
3hudA 2ohxA 0.5 374 374 87 Alcohol dehydrogenase (beta-1 isoenzyme)
3hudB 2ohxA 0.7 374 374 87 Alcohol dehydrogenase (beta-1 isoenzyme)
3hvp 1fmb 2.1 98 99 31 (ABA==67,95==)-HIV-1 protease (SF2 isolate)
3hvtA 1rthA 2.9 537 555 93 Reverse transcriptase
3hvtB 1rthA 5.1 184 398 69 Reverse transcriptase
3icb 4icb 0.4 75 75 100 Calcium-binding protein (vitamin d-dependent, minor a f
3icd 1iso 0.5 413 414 98 Isocitrate dehydrogenase
3ifb 1hmt 2.1 129 131 33 intestinal fatty acid binding protein (i-fabp)
3ifm 2ifm 1.0 43 46 100 pf1 filamentous bacteriophage (pf1 inovirus)
3il8 1tvxA 1.5 64 68 49 Interleukin 8
3inkC 3inkC 0.0 121 121 100 Interleukin 2 mutant with cys 125 replaced by ala (c125
3inkD 3inkC 0.4 121 121 100 Interleukin 2 mutant with cys 125 replaced by ala (c125
3jdw 1jdw 0.7 359 361 100 l-arginine:glycine amidinotransferase fragment (transam
3kar 1bg2 2.2 292 323 35 kinesin-like protein kar3 fragment Mutant
3kbpA 4kbpA 0.2 424 424 100 purple acid phosphatase
3kbpB 4kbpA 0.2 424 424 100 purple acid phosphatase
3kbpC 4kbpA 0.2 424 424 100 purple acid phosphatase
3kbpD 4kbpA 0.2 424 424 100 purple acid phosphatase
3kinA 1bg2 1.3 236 238 85 kinesin heavy chain fragment
3kinB 2kinB 1.8 96 117 99 kinesin heavy chain fragment
3kinC 1bg2 1.3 236 238 85 kinesin heavy chain fragment
3kinD 2kinB 1.7 96 115 99 kinesin heavy chain fragment
3kmb1 1rtm1 0.2 149 149 98 mannose-binding protein-a fragment (k3) Mutant biologic
3kmb2 1rtm1 0.7 149 149 98 mannose-binding protein-a fragment (k3) Mutant biologic
3kmb3 1rtm1 0.6 149 149 98 mannose-binding protein-a fragment (k3) Mutant biologic
3ktqA 1taq 3.1 532 539 91 large fragment of DNA polymerase i from t. aquati fra
3kvtA 1t1dA 1.5 84 103 44 potassium channel protein shaw fragment Mutant biologic
3ladA 1lvl 1.6 451 472 42 Dihydrolipoamide dehydrogenase
3ladB 1lvl 1.7 451 472 41 Dihydrolipoamide dehydrogenase
3lbd 2lbd 0.3 236 237 100 retinoic acid receptor gamma fragment (e domain) biolog
3lck 1fmk 2.8 250 271 65 proto-oncogene tyrosine-protein kinase fragment (lck)
3ldh 3ldh 0.0 329 329 100 Lactate dehydrogenase m4 enzyme, ternary complex with N
3lhbA 2fal 2.0 135 149 32 hemoglobin biological_unit
3lhbB 2fal 1.9 135 149 32 hemoglobin biological_unit
3lhbC 2fal 2.0 135 149 32 hemoglobin biological_unit
3lhbD 2fal 2.0 135 149 32 hemoglobin biological_unit
3lhbE 2fal 1.9 135 149 32 hemoglobin biological_unit
3lhbF 2fal 2.0 135 149 32 hemoglobin biological_unit
3lhbG 2fal 2.0 135 149 32 hemoglobin biological_unit
3lhbH 2fal 2.0 135 149 32 hemoglobin biological_unit
3lhbI 2fal 1.9 135 149 32 hemoglobin biological_unit
3lhbJ 2fal 1.9 135 149 32 hemoglobin biological_unit
3lhbK 2fal 1.9 135 149 32 hemoglobin biological_unit
3lhbL 2fal 2.0 135 149 32 hemoglobin biological_unit
3lhm 3lzt 0.9 129 130 60 Lysozyme (holo) (mutant with gln 86 replaced by asp and
3lip 1cvl 1.8 295 320 81 triacyl-glycerol-hydrolase (lipase) biological_unit
3ljrA 1ljrA 0.4 244 244 100 glutathione s-transferase (hgst t2-2) biological_unit
3ljrB 1ljrA 0.4 244 244 100 glutathione s-transferase (hgst t2-2) biological_unit
3lprA 2sga 1.4 179 198 36 Alpha-lytic protease (mutant with met 192 replaced by a
3lym 3lzt 0.7 129 129 100 Lysozyme (1000 atmospheres, 1.4 m naCl)
3lyo 3lzt 0.8 129 129 100 lysozyme
3lytA 3lzt 0.9 129 129 100 Lysozyme (100 kelvin)
3lytB 3lzt 1.0 129 129 100 Lysozyme (100 kelvin)
3lyz 3lzt 0.8 129 129 100 Lysozyme
3lz2 3lzt 0.9 129 129 94 Lysozyme
3lzm 1l92 0.1 162 164 98 Lysozyme
3lzt 3lzt 0.0 129 129 100 lysozyme
3mba 2fal 0.2 146 146 100 Myoglobin (fluoride complex) (pH 7.0)
3mbp 4mbp 0.3 369 370 100 maltodextrin-binding protein biological_unit
3mcg1 8fabA 1.9 206 216 74 Immunoglobulin lambda light chain dimer (MCG) (orthorho
3mcg2 8fabA 1.8 106 216 54 Immunoglobulin lambda light chain dimer (MCG) (orthorho
3mddA 3mdeA 0.3 385 385 100 Medium chain acyl-coa dehydrogenase (mcad)
3mddB 3mdeA 0.3 385 385 100 Medium chain acyl-coa dehydrogenase (mcad)
3mdeA 3mdeA 0.0 385 385 100 Medium chain acyl-coa dehydrogenase (mcad) complexed wi
3mdeB 3mdeA 0.2 385 385 100 Medium chain acyl-coa dehydrogenase (mcad) complexed wi
3mdsA 1avmA 1.9 188 203 42 Manganese superoxide dismutase
3mdsB 1avmA 1.9 188 203 42 Manganese superoxide dismutase
3mefA 1mjc 1.5 69 69 100 cold-shock protein a fragment (cspa, cs7.4) biological_
3mhtA 6mhtA 0.6 314 327 100 hhai methyltransferase 13-mer DNA
3minA 2minA 0.7 407 467 97 nitrogenase molybdenum iron protein biological_unit
3minB 3minB 0.0 522 522 100 nitrogenase molybdenum iron protein biological_unit
3minC 2minA 0.7 407 468 97 nitrogenase molybdenum iron protein biological_unit
3minD 3minB 0.2 521 521 100 nitrogenase molybdenum iron protein biological_unit
3monA 1molA 1.0 42 44 100 Monellin
3monB 1molA 1.7 50 50 100 Monellin
3monC 1molA 1.1 44 44 100 Monellin
3monD 1molA 1.9 50 50 100 Monellin
3monE 1molA 1.3 44 44 100 Monellin
3monF 1molA 2.1 50 50 100 Monellin
3monG 1molA 0.4 43 44 100 Monellin
3monH 1molA 1.1 50 50 100 Monellin
3msi 1msi 0.3 66 66 97 type iii antifreeze protein isoform hplc 12 (type iii a
3mspA 1mspA 1.6 124 126 100 major sperm protein (msp) biological_unit
3mspB 1mspA 1.6 124 126 100 major sperm protein (msp) biological_unit
3mucA 1mucA 0.2 360 360 99 muconate cycloisomerase (muconate lactonizing enzyme) M
3mucB 1mucA 0.2 360 360 99 muconate cycloisomerase (muconate lactonizing enzyme) M
3nla 1msi 1.3 65 73 82 antifreeze protein rd3 type iii fragment (rd3-nl) biolo
3nll 5nul 0.3 138 138 99 flavodoxin Mutant biological_unit
3nn9 2qwc 0.4 388 388 99 Neuraminidase n9 (sialidase) (mutant with asn 329 repla
3nodA 1nos 2.9 315 414 94 nitric oxide synthase fragment
3nodB 1nos 2.8 315 413 94 nitric oxide synthase fragment
3np1A 1np4 1.0 184 184 90 nitrophorin 1 (np1) biological_unit
3np1B 1np4 1.0 184 184 90 nitrophorin 1 (np1) biological_unit
3nuc 1snc 0.2 135 135 99 staphylococcal nuclease Mutant biological_unit
3nul 3nul 0.0 130 130 100 profilin i
3orcA 1orc 0.9 64 65 100 cro repressor Mutant biological_unit DNA tatcgata duple
3ovo 2ovo 0.9 56 56 90 Ovomucoid third domain cleaved rdi
3ovwA 1celA 1.9 384 400 42 endoglucanase i
3ovwB 1celA 1.9 384 400 42 endoglucanase i
3p2pA 1poa 0.9 118 119 57 Phospholipase a=2= (phosphatide-2-acyl-hydrolase) mutan
3p2pB 1poa 0.9 118 119 57 Phospholipase a=2= (phosphatide-2-acyl-hydrolase) mutan
3pah 4pah 0.1 308 308 100 phenylalanine hydroxylase fragment
3pal 2pvb 0.8 105 107 100 Parvalbumin (pi 4.10) complexed with ca, ca, and mg
3pat 2pvb 1.2 106 109 56 Parvalbumin (alpha lineage, pi 5.0) complexed with calc
3pax 1a26 0.2 350 350 100 poly(adp-ribose) polymerase fragment (parp-cf, poly(adp
3paz 7paz 0.4 123 123 99 pseudoazurin biological_unit
3pbgA 2myr 2.0 424 468 31 6-phospho-beta-d-galactosidase (pgal) biological_unit
3pbgB 2myr 2.0 424 468 31 6-phospho-beta-d-galactosidase (pgal) biological_unit
3pbh 1theB 0.9 251 317 82 procathepsin b
3pcaA 3pchA 0.1 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaM 3pchM 0.1 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcaR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbA 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbM 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcbR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pccA 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pccB 3pchA 0.3 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pccC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pccD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pccE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pccF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pccM 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pccN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pccO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pccP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pccQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pccR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcdA 3pchA 0.5 200 200 100 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdB 3pchA 0.5 200 200 100 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdC 3pchA 0.5 200 200 100 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdD 3pchA 0.5 200 200 100 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdE 3pchA 0.5 200 200 100 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdF 3pchA 0.5 200 200 100 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdM 3pchM 0.2 233 233 99 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdN 3pchM 0.2 233 233 99 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdO 3pchM 0.2 233 233 99 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdP 3pchM 0.2 233 233 99 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdQ 3pchM 0.2 233 233 99 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pcdR 3pchM 0.2 233 233 99 protocatechuate 3,4-dioxygenase Mutant biological_unit
3pceA 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pceB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pceC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pceD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pceE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pceF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pceM 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pceN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pceO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pceP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pceQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pceR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfA 3pchA 0.1 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfM 3pchM 0.1 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfO 3pchM 0.1 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcfR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgA 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgM 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcgR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pchA 3pchA 0.0 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pchB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pchC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pchD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pchE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pchF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pchM 3pchM 0.0 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pchN 3pchM 0.1 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pchO 3pchM 0.1 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pchP 3pchM 0.1 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pchQ 3pchM 0.1 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pchR 3pchM 0.1 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pciA 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pciB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pciC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pciD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pciE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pciF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pciM 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pciN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pciO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pciP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pciQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pciR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjA 3pchA 0.1 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjM 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcjR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pckA 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pckB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pckC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pckD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pckE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pckF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pckM 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pckN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pckO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pckP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pckQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pckR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pclA 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pclB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pclC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pclD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pclE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pclF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pclM 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pclN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pclO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pclP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pclQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pclR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmA 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmM 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcmR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnA 3pchA 0.1 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnB 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnC 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnD 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnE 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnF 3pchA 0.2 200 200 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnM 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnN 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnO 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnP 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnQ 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcnR 3pchM 0.2 233 233 100 protocatechuate 3,4-dioxygenase biological_unit
3pcy 1plc 0.2 99 99 100 Plastocyanin (hg==2+== substituted)
3pep 1smrA 1.7 305 326 43 Pepsin
3pfk 3pfk 0.0 319 319 100 Phosphofructokinase
3pga1 4pgaA 0.3 310 310 96 Glutaminase-asparaginase (amidohydrolase, asparaginase)
3pga2 4pgaA 0.5 310 310 96 Glutaminase-asparaginase (amidohydrolase, asparaginase)
3pga3 4pgaA 0.3 309 309 96 Glutaminase-asparaginase (amidohydrolase, asparaginase)
3pga4 4pgaA 0.3 309 309 96 Glutaminase-asparaginase (amidohydrolase, asparaginase)
3pghA 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2) biological_
3pghB 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2) biological_
3pghC 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2) biological_
3pghD 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2) biological_
3pgk 16pk 3.5 375 415 40 Phosphoglycerate kinase complex with atp, magnesium or
3pgm 5pgmA 1.3 229 230 91 Phosphoglycerate mutase de-phospho enzyme
3phv 1fmb 2.3 98 99 33 HIV-1 protease (isolate hxb2)
3phy 2phy 2.2 122 125 100 photoactive yellow protein (pyp)
3pjrA 1pjr 4.2 494 646 94 helicase pcra biological_unit DNA (5'-d(GpCpApGpTpGpCpT
3pmgA 3pmgA 0.0 561 561 100 alpha-d-glucose-1,6-bisphosphate (phosphoglucomutase)
3pmgB 3pmgA 0.7 561 561 100 alpha-d-glucose-1,6-bisphosphate (phosphoglucomutase)
3pnp 1b8oA 0.4 259 263 100 purine nucleoside phosphorylase (pnp) biological_unit
3por 2por 0.7 299 301 98 Porin (crystal form a')
3prcC 6prcC 0.1 332 332 100 photosynthetic reaction center
3prcH 6prcH 0.3 258 258 100 photosynthetic reaction center
3prcL 6prcL 0.7 247 273 97 photosynthetic reaction center
3prcM 6prcM 0.2 323 323 100 photosynthetic reaction center
3prkE 1gci 1.7 246 279 38 Proteinase k complexed with inhibitor methoxysuccinyl-a
3prn 3prn 0.0 289 289 100 porin Mutant biological_unit
3proA 2sga 1.4 179 198 36 alpha-lytic protease fragment Mutant biological_unit al
3proB 2sga 1.4 179 198 36 alpha-lytic protease fragment Mutant biological_unit al
3proC 3proC 0.0 150 150 100 alpha-lytic protease fragment Mutant biological_unit al
3proD 3proC 1.3 149 152 100 alpha-lytic protease fragment Mutant biological_unit al
3psg 1smrA 2.0 301 365 43 Pepsinogen
3ptb 5ptp 0.2 221 223 99 Beta-trypsin (benzamidine inhibited) at pH7
3ptd 2plc 2.0 253 296 30 phosphatidylinositol-specific phospholipase c (pi-plc)
3pte 3pte 0.0 347 347 100 D-alanyl-d-alanine carboxypeptidaseTRANSPEPTIDASE
3ptn 5ptp 0.3 221 223 99 Trypsin (trigonal, 2.4 m ammonium sulfate)
3pviA 3pviA 0.0 156 156 100 pvuii endonuclease Mutant pvuii endonuclease Mutant cog
3pviB 3pviA 0.6 156 156 100 pvuii endonuclease Mutant pvuii endonuclease Mutant cog
3r1rA 1rlr 1.2 722 733 99 ribonucleotide reductase r1 protein biological_unit rib
3r1rB 1rlr 1.2 722 733 99 ribonucleotide reductase r1 protein biological_unit rib
3r1rC 1rlr 1.2 722 733 99 ribonucleotide reductase r1 protein biological_unit rib
3ranA 1byuA 1.0 200 201 99 ran fragment (tc4) Mutant
3ranB 1byuA 1.1 200 204 99 ran fragment (tc4) Mutant
3ranC 1byuA 1.2 200 203 99 ran fragment (tc4) Mutant
3ranD 1byuA 1.1 200 203 99 ran fragment (tc4) Mutant
3rat 7rsa 0.3 124 124 100 Ribonuclease a at 160k
3rdn 1msi 1.3 65 73 82 antifreeze protein rd3 type iii fragment (rd3-nl) biolo
3reqA 1reqA 2.6 721 725 100 methylmalonyl-coa mutase biological_unit
3reqB 1reqB 0.5 439 620 100 methylmalonyl-coa mutase biological_unit
3rhn 1kpf 0.5 111 115 95 histidine triad nucleotide-binding protein (hint) biolo
3rlaA 1rlaA 0.3 313 313 99 arginase Mutant biological_unit
3rlaB 1rlaA 0.3 313 313 99 arginase Mutant biological_unit
3rlaC 1rlaA 0.3 313 313 99 arginase Mutant biological_unit
3rn3 7rsa 0.1 124 124 100 Ribonuclease a
3rnt 9rnt 0.2 104 104 100 Lys 25-ribonuclease t=1= (lys 25-RNase t=1=) complex wi
3rp2A 1a7s 1.5 199 224 37 Rat mast cell protease II (RMCPII)
3rp2B 1a7s 1.6 201 224 38 Rat mast cell protease II (RMCPII)
3rsd 7rsa 0.2 124 124 99 ribonuclease a Mutant
3rsk 7rsa 0.5 124 124 97 ribonuclease a Mutant
3rsp 7rsa 0.5 124 124 99 ribonuclease a Mutant
3rubL 1burA 0.9 434 441 93 Ribulose 1,5-bisphosphate carboxylase/oxygenase (form I
3rubS 1rboC 0.6 123 123 76 Ribulose 1,5-bisphosphate carboxylase/oxygenase (form I
3sc2A 1ivyA 2.4 241 254 37 Serine carboxypeptidase ii (cpdw-ii)
3sc2B 1whtB 0.3 152 152 100 Serine carboxypeptidase ii (cpdw-ii)
3sdhA 3sdhA 0.0 145 145 100 Hemoglobin i (homodimer) (carbon-monoxy)
3sdhB 3sdhA 0.4 145 145 100 Hemoglobin i (homodimer) (carbon-monoxy)
3sdpA 1avmA 2.3 170 186 32 Iron superoxide dismutase
3sdpB 1avmA 2.3 168 186 34 Iron superoxide dismutase
3seb 3seb 0.0 238 238 100 staphylococcal enterotoxin b (seb)
3semA 1ckaA 1.0 55 58 37 sex muscle abnormal protein 5 fragment sh3 peptoid inhi
3semB 1ckaA 0.8 55 58 37 sex muscle abnormal protein 5 fragment sh3 peptoid inhi
3sgaE 2sga 0.1 181 181 100 Proteinase A (component of the extracellular filtrate p
3sgbE 2sga 1.0 176 185 64 Proteinase b from streptomyces griseus (SGPB) (e.C. num
3sgbI 2ovo 0.4 50 50 99 Proteinase b from streptomyces griseus (SGPB) (e.C. num
3sicE 1gci 0.8 266 275 61 Subtilisin bpn' complex with a modified ssi (streptomyc
3sicI 3ssi 0.6 107 107 99 Subtilisin bpn' complex with a modified ssi (streptomyc
3sil 3sil 0.0 378 378 100 sialidase Mutant
3sli 2sli 0.2 678 679 100 intramolecular trans-sialidase fragment
3sodO 1mfmA 1.0 149 151 81 Cu,Zn superoxide dismutase mutant with cys 6 replaced b
3srnA 7rsa 0.7 113 113 100 Semisynthetic ribonuclease a mutant with asp 121 replac
3ssi 3ssi 0.0 108 108 100 streptomyces subtilisin inhibitor (ssi)
3sxlA 3sxlA 0.0 157 157 100 sex-lethal fragment
3sxlB 3sxlA 0.1 157 157 100 sex-lethal fragment
3sxlC 3sxlA 0.1 157 157 100 sex-lethal fragment
3tdt 3tdt 0.0 274 274 100 tetrahydrodipicolinate n-succinyltransferase (dapd) bio
3tecE 1gci 1.3 266 279 47 Thermitase complex with eglin-c (100 millimolar calcium
3tecI 1egpA 3.0 35 63 98 Thermitase complex with eglin-c (100 millimolar calcium
3tf4A 1tf4A 0.2 604 605 100 t. fusca endoEXO-CELLULASE E4 CATALYTIC DOMAIN and cell
3tf4B 1tf4A 0.3 604 605 100 t. fusca endoEXO-CELLULASE E4 CATALYTIC DOMAIN and cell
3tgf 3tgf 0.0 50 50 100 Transforming growth factor-alpha (NMR, 4 structures)
3tgiE 5ptp 0.4 223 223 73 trypsin bovine pancreatic trypsin inhibitor (bpti)
3tgiI 1bpi 0.3 56 56 100 trypsin bovine pancreatic trypsin inhibitor (bpti)
3tgjE 5ptp 0.6 214 215 74 trypsin Mutant bovine pancreatic trypsin inhibitor (bpt
3tgjI 1bpi 0.3 56 56 100 trypsin Mutant bovine pancreatic trypsin inhibitor (bpt
3tgl 3tgl 0.0 265 265 100 Triacylglycerol acylhydrolase
3thi 3thi 0.0 362 362 100 thiaminase i biological_unit
3timA 1amk 1.1 243 249 69 Triosephosphate isomerase
3timB 1amk 1.0 243 249 70 Triosephosphate isomerase
3tlh 1fmb 1.8 98 99 33 protease
3tmkA 3tmkA 0.0 216 216 100 thymidylate kinase biological_unit
3tmkB 3tmkA 1.3 215 216 98 thymidylate kinase biological_unit
3tmkC 3tmkA 0.6 205 205 100 thymidylate kinase biological_unit
3tmkD 3tmkA 0.9 213 214 98 thymidylate kinase biological_unit
3tmkE 3tmkA 0.3 215 215 100 thymidylate kinase biological_unit
3tmkF 3tmkA 1.0 215 216 98 thymidylate kinase biological_unit
3tmkG 3tmkA 0.3 215 215 100 thymidylate kinase biological_unit
3tmkH 3tmkA 0.9 213 214 98 thymidylate kinase biological_unit
3tmnE 1hyt 0.2 316 316 100 Thermolysin complex with val-trp (vw)
3tms 1bkpA 1.6 259 264 36 Thymidylate synthase
3tmyA 1srrA 1.6 110 118 32 chey protein (tmy) biological_unit
3tmyB 1srrA 1.6 110 118 32 chey protein (tmy) biological_unit
3tpiI 1bpi 0.5 56 58 100 Trypsinogen complex with pancreatic trypsin inhibitor a
3tpiZ 5ptp 0.4 219 223 99 Trypsinogen complex with pancreatic trypsin inhibitor a
3trx 1erv 1.3 105 105 98 Thioredoxin (reduced form)
3ts1 2ts1 0.3 317 317 100 Tyrosyl-transfer RNA synthetase complexed with tyrosiny
3tss 1aw7A 1.0 190 190 97 toxic shock syndrome toxin-1 Mutant biological_unit
3ukd 1zin 1.7 187 191 28 uridylmonophosphateCYTIDYLMONOPHOSPHATE KINASE (umpCMP
3ullA 3ullA 0.0 106 106 100 DNA binding protein
3ullB 3ullA 1.6 102 103 100 DNA binding protein
3upjA 1fmb 1.8 98 99 34 hiv-2 protease Mutant biological_unit
3upjB 1fmb 1.6 96 97 36 hiv-2 protease Mutant biological_unit
3usn 1hfc 1.6 157 168 61 stromelysin-1 fragment (matrix metalloproteinase-3, pro
3vgcB 5ptp 1.1 126 131 44 gamma chymotrypsin
3vgcC 5ptp 1.2 90 95 48 gamma chymotrypsin
3vsb 1gci 0.9 265 274 61 subtilisin carlsberg, type viii fragment (subtilopeptid
3vtk 2ki5A 0.8 298 313 100 thymidine kinase biological_unit
3vub 3vub 0.0 101 101 100 ccdb biological_unit
3wrp 1jhgA 1.6 100 101 99 trp aporepressor
3ximA 4xis 0.7 384 391 68 D-xylose isomerase mutant with lys 309 replaced by arg,
3ximB 4xis 0.7 385 392 67 D-xylose isomerase mutant with lys 309 replaced by arg,
3ximC 4xis 0.7 383 390 68 D-xylose isomerase mutant with lys 309 replaced by arg,
3ximD 4xis 0.7 385 392 67 D-xylose isomerase mutant with lys 309 replaced by arg,
3xinA 4xis 0.7 385 392 67 D-Xylose isomerase mutant with glu 181 replaced by gln
3xinB 4xis 0.7 385 392 67 D-Xylose isomerase mutant with glu 181 replaced by gln
3xinC 4xis 0.7 385 392 67 D-Xylose isomerase mutant with glu 181 replaced by gln
3xinD 4xis 0.7 385 392 67 D-Xylose isomerase mutant with glu 181 replaced by gln
3xis 4xis 0.1 385 385 100 Xylose isomerase complex with xylose
3ypiA 1amk 1.0 244 247 46 Triose phosphate isomerase (TIM) mutant with his 95 rep
3ypiB 1amk 1.0 244 247 46 Triose phosphate isomerase (TIM) mutant with his 95 rep
3znbA 1a7tA 0.5 224 225 97 metallo-beta-lactamase (class b beta-lactamase) biologi
3znbB 1a7tA 0.5 224 226 97 metallo-beta-lactamase (class b beta-lactamase) biologi
3znc 2cba 1.5 236 250 37 carbonic anhydrase iv
41bi 2i1b 0.4 150 150 99 Interleukin-1Beta (IL-1Beta) (mutant with cys 8 replace
421p 1mh1 1.7 163 166 32 H-ras p21 protein mutant with gly 12 replaced by arg (g
451c 451c 0.0 82 82 100 Cytochrome c=551= (reduced)
4aahA 1b2nA 0.2 571 571 100 methanol dehydrogenase (medh)
4aahB 1b2nB 0.3 57 69 100 methanol dehydrogenase (medh)
4aahC 1b2nA 0.2 571 571 100 methanol dehydrogenase (medh)
4aahD 1b2nB 0.3 57 69 100 methanol dehydrogenase (medh)
4aig 1atlA 0.5 200 202 79 adamalysin ii
4ait 1hoe 1.9 72 74 100 Tendamistat (energy minimized model using FANTOM) (NMR)
4akeA 1zin 4.5 188 214 45 adenylate kinase (atp:amp phosphotransferase, myokinase
4akeB 1zin 4.2 186 214 45 adenylate kinase (atp:amp phosphotransferase, myokinase
4ald 1fbaA 1.0 360 363 69 fructose-bisphosphate aldolase biological_unit
4aop 2aop 0.2 453 453 100 sulfite reductase hemoprotein (sirhp) biological_unit
4ape 1bxo 1.4 295 330 54 Acid proteinase , endothiapepsin
4aprE 1bxo 1.5 295 325 40 Acid proteinase (rhizopuspepsin) complex with a pepstat
4at1A 8atcA 1.7 304 310 95 Aspartate carbamoyltransferase (aspartate transcarbamyl
4at1B 8atcB 1.8 145 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
4at1C 8atcA 1.8 304 310 95 Aspartate carbamoyltransferase (aspartate transcarbamyl
4at1D 8atcB 1.7 144 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
4azuA 1nwpA 0.8 127 128 67 Azurin (ph 5.5)
4azuB 1nwpA 0.8 127 128 67 Azurin (ph 5.5)
4azuC 1nwpA 0.8 127 128 67 Azurin (ph 5.5)
4azuD 1nwpA 0.7 127 128 67 Azurin (ph 5.5)
4bcl 4bcl 0.0 350 350 100 bacteriochlorophyll a protein biological_unit
4bdpA 1xwl 1.4 579 580 99 DNA polymerase i fragment (bf) DNA
4bir 9rnt 0.3 104 104 99 guanyl-specific ribonuclease t1 (rnase t1) Mutant
4bjlA 8fabA 2.9 198 216 75 loc - lambda 1 type light-chain dimer (bence-jones prot
4bjlB 8fabA 1.2 105 216 53 loc - lambda 1 type light-chain dimer (bence-jones prot
4blcA 1cf9A 1.4 480 499 40 catalase biological_unit
4blcB 1cf9A 1.4 480 499 40 catalase biological_unit
4blcC 1cf9A 1.4 480 499 40 catalase biological_unit
4blcD 1cf9A 1.4 480 499 40 catalase biological_unit
4blmA 1btl 1.7 252 256 37 Beta-Lactamase (penicillinase)
4blmB 1btl 1.7 252 256 37 Beta-Lactamase (penicillinase)
4bp2 1poa 1.4 113 117 58 Prophospholipase a=2= (phosphatide-2-acyl hydrolase)
4bu4 9rnt 0.5 104 104 100 ribonuclease t1 biological_unit
4ca2 2cba 0.2 255 255 100 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
4caaA 1sek 2.2 310 333 32 antichymotrypsin (act) Mutant
4caaB 1as4B 0.9 33 33 98 antichymotrypsin (act) Mutant
4cac 2cba 0.2 256 256 100 Carbonic anhydrase form c (ph 6)
4ccp 1ryc 0.5 289 293 99 Yeast cytochrome c peroxidase mutant with trp 51 replac
4ccx 1ryc 0.5 289 291 99 Cytochrome c peroxidase (ccp-mkt) mutant with met-lys-t
4celA 1celA 0.2 434 434 99 1,4-beta-d-glucan cellobiohydrolase i fragment (exogluc
4celB 1celA 0.2 434 434 99 1,4-beta-d-glucan cellobiohydrolase i fragment (exogluc
4cevA 1rlaA 1.5 291 298 44 arginase biological_unit
4cevB 1rlaA 1.5 291 298 44 arginase biological_unit
4cevC 1rlaA 1.5 291 298 44 arginase biological_unit
4cevD 1rlaA 1.5 291 298 44 arginase biological_unit
4cevE 1rlaA 1.5 291 298 44 arginase biological_unit
4cevF 1rlaA 1.5 291 298 44 arginase biological_unit
4cgt 1pamA 0.8 676 678 72 cyclodextrin glycosyltransferase (cyclodextrin glucanot
4chaA 5ptp 1.2 216 239 45 Alpha-chymotrypsin
4chaB 5ptp 1.2 216 238 45 Alpha-chymotrypsin
4cla 3cla 0.1 213 213 99 Type III chloramphenicol acetyltransferase (CAT=III=) (
4cln 1cll 0.8 144 148 98 Calmodulin
4cms 1smrA 1.7 301 320 39 Chymosin b (formerly known as rennin)
4coxA 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
4coxB 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
4coxC 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
4coxD 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
4cp4 1phd 0.2 405 405 100 Cytochrome p450cam (camphor monooxygenase) with bound c
4cpa 1aye 0.6 301 307 65 Carboxypeptidase a=alpha= (cox) complex with potato car
4cpaI 4cpaI 0.0 37 37 100 Carboxypeptidase a=alpha= (cox) complex with potato car
4cpp 1phd 0.2 405 405 100 Cytochrome p450cam (camphor monooxygenase) - adamantane
4cpv 2pvb 0.8 106 108 76 Calcium-binding parvalbumin (pI=4.25)
4croA 1orc 1.6 56 64 97 Cro repressor
4croB 1orc 1.2 56 64 97 Cro repressor
4croC 1orc 1.2 56 61 97 Cro repressor
4croD 1orc 1.5 57 64 95 Cro repressor
4croE 1orc 1.7 57 63 95 Cro repressor
4croF 1orc 1.1 56 64 97 Cro repressor
4csc 1csh 0.2 427 429 93 Citrate synthase - d-malate - acetyl coenzyme A complex
4csmA 5csmA 1.0 250 252 99 chorismate mutase (chorismate pyruvate mutase) biologic
4csmB 5csmA 1.0 250 252 99 chorismate mutase (chorismate pyruvate mutase) biologic
4ctsA 1csh 0.9 435 437 93 Citrate synthase - oxaloacetate complex
4ctsB 1csh 0.9 435 437 93 Citrate synthase - oxaloacetate complex
4cyhA 2cpl 0.3 164 164 100 cyclophilin a dipeptide his-pro
4daaA 1daaA 0.6 277 277 100 d-amino acid aminotransferase biological_unit
4daaB 1daaA 0.5 277 277 100 d-amino acid aminotransferase biological_unit
4dbvO 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
4dbvP 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
4dbvQ 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
4dbvR 1dssG 0.9 329 334 53 glyceraldehyde-3-phosphate dehydrogenase (gapdh) Mutant
4dfrA 1vdrA 1.9 148 160 32 Dihydrofolate reductase complex with methotrexate
4dfrB 1vdrA 1.8 148 160 32 Dihydrofolate reductase complex with methotrexate
4dmr 1dmr 0.2 765 773 99 dmso reductase biological_unit
4dpvZ 2cas 0.5 544 559 100 canine parvovirus strain d viral protein 2 biological_u
4ecaA 4pgaA 1.1 306 326 47 l-asparagine amidohydrolase (asparaginase) Mutant biolo
4ecaB 4pgaA 1.1 306 326 47 l-asparagine amidohydrolase (asparaginase) Mutant biolo
4ecaC 4pgaA 1.1 306 326 47 l-asparagine amidohydrolase (asparaginase) Mutant biolo
4ecaD 4pgaA 1.1 306 326 47 l-asparagine amidohydrolase (asparaginase) Mutant biolo
4eng 2eng 0.4 205 210 99 endoglucanase v cellohexaose complex fragment Mutant
4enl 4enl 0.0 436 436 100 Enolase (2-phospho-D-glycerate hydrolase) (holo)
4er1E 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complex w
4er2E 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complex w
4er4E 1bxo 1.5 295 330 54 Endothia aspartic proteinase (endothiapepsin) h-142 com
4estE 5ptp 1.2 219 240 37 Porcine pancreatic elastase complex with ace-Ala-Pro-Va
4fabH 1igtB 3.1 201 216 81 4-4-20 (igG2a=kappa=) fab fragment - fluorescein (diani
4fabL 8fabA 4.4 204 219 43 4-4-20 (igG2a=kappa=) fab fragment - fluorescein (diani
4fbpA 1frpA 0.6 317 317 100 Fructose-1,6-bisphosphatase (Fru-1,6-Pase) (D-fructose-
4fbpB 1frpA 0.4 317 317 100 Fructose-1,6-bisphosphatase (Fru-1,6-Pase) (D-fructose-
4fbpC 1frpA 0.5 317 317 100 Fructose-1,6-bisphosphatase (Fru-1,6-Pase) (D-fructose-
4fbpD 1frpA 0.5 317 317 100 Fructose-1,6-bisphosphatase (Fru-1,6-Pase) (D-fructose-
4fgf 1bfg 0.3 124 124 98 Basic fibroblast growth factor (hbFGF)
4fisA 1fipA 0.5 73 73 97 Fis protein (factor for inversion stimulation) mutant w
4fisB 1fipA 0.6 73 73 97 Fis protein (factor for inversion stimulation) mutant w
4fit 1fit 0.5 125 126 98 fragile histidine triad protein (fhit) biological_unit
4fiv 1fmb 1.8 102 113 29 feline immunodeficiency virus protease (fiv pr, retrope
4fua 2fua 0.6 206 206 100 l-fuculose-1-phosphate aldolase
4fx2 1rcf 1.6 141 147 32 Flavodoxin (low temperature (-150 c), reduced form)
4fxc 1awd 0.8 94 98 75 ferredoxin
4galA 1a3k 1.2 131 135 37 galectin-7
4galB 1a3k 1.6 131 135 37 galectin-7
4gatA 4gatA 0.0 66 66 100 area fragment DNA
4gbqA 1ckaA 1.1 54 57 37 grb2 fragment sos-1 fragment (ac-vpppvpprrr-nh2)
4gch 5ptp 1.1 214 237 45 Gamma chymotrypsin complex with p-diethylamino-o-hydrox
4gcr 1amm 0.3 174 174 100 Gamma-b crystallin (previously gamma-ii crystallin)
4gep 2aop 0.2 453 456 100 sulfite reductase hemoprotein (sirhp) biological_unit
4gpb 1a8i 0.4 800 833 99 Glycogen phosphorylase b (t state) complex with 2-fluor
4gpd1 1dssG 0.9 327 333 94 Apo-d-gyceraldehyde-3-phosphate dehydrogenase
4gpd2 1dssG 0.9 327 333 94 Apo-d-gyceraldehyde-3-phosphate dehydrogenase
4gpd3 1dssG 1.0 328 333 95 Apo-d-gyceraldehyde-3-phosphate dehydrogenase
4gpd4 1dssG 0.9 327 333 94 Apo-d-gyceraldehyde-3-phosphate dehydrogenase
4gr1 3grs 0.1 461 462 100 Glutathione reductase oxidized form complexed with retr
4grt 3grs 0.5 461 461 99 glutathione reductase (grtr) Mutant biological_unit
4gsaA 2gsaA 0.2 427 427 100 glutamate semialdehyde aminotransferase (glutamate semi
4gsaB 2gsaA 0.5 427 427 100 glutamate semialdehyde aminotransferase (glutamate semi
4gsp 9rnt 0.5 104 104 100 ribonuclease t1 (rnase t1)
4gssA 1pgtA 0.2 208 208 99 glutathione s-transferase Mutant
4gssB 1pgtA 0.2 208 208 99 glutathione s-transferase Mutant
4gstA 1b8xA 1.7 202 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
4gstB 1b8xA 1.7 202 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
4hb1 4hb1 0.0 44 44 100 dhp1
4hbiA 3sdhA 0.3 145 145 98 hemoglobin Mutant biological_unit
4hbiB 3sdhA 0.5 145 145 98 hemoglobin Mutant biological_unit
4hck 1bbzA 2.0 55 61 40 hematopoietic cell kinase fragment (hck)
4hhbA 1abwA 0.3 141 141 99 Hemoglobin (deoxy)
4hhbB 1abwA 1.4 138 146 43 Hemoglobin (deoxy)
4hhbC 1abwA 0.4 138 141 99 Hemoglobin (deoxy)
4hhbD 1abwA 1.4 138 146 43 Hemoglobin (deoxy)
4hir 4htcI 1.6 45 49 87 Hirudin (mutant with lys 47 replaced by glu) (K47E) (NM
4hmgA 1hgeA 0.5 328 328 99 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
4hmgB 1hgeB 0.7 175 175 100 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
4hmgC 1hgeA 0.5 328 328 99 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
4hmgD 1hgeB 0.7 175 175 100 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
4hmgE 1hgeA 0.8 328 328 99 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
4hmgF 1hgeB 0.8 175 175 100 Hemagglutinin (L226(A)Q) (bromelain digested) (mutant w
4hohA 9rnt 0.6 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
4hohB 9rnt 0.6 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
4hohC 9rnt 0.7 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
4hohD 9rnt 0.5 104 104 99 ribonuclease t1 (rnase t1) Mutant biological_unit
4htcH 5ptp 1.3 210 257 39 Alpha-thrombin complex with recombinant hirudin (varian
4htcI 4htcI 0.0 61 61 100 Alpha-thrombin complex with recombinant hirudin (varian
4htcL 1ppbL 2.6 32 33 100 Alpha-thrombin complex with recombinant hirudin (varian
4hvpA 1fmb 1.9 98 99 32 HIV-1 protease (HIV-1 PR) complex with inhibitor n-acet
4hvpB 1fmb 1.6 97 99 31 HIV-1 protease (HIV-1 PR) complex with inhibitor n-acet
4i1b 2i1b 0.4 151 151 100 Interleukin-1Beta (IL-1Beta)
4icb 4icb 0.0 76 76 100 Calbindin d9k (minor a form)
4icd 1iso 0.5 413 414 98 Phosphorylated isocitrate dehydrogenase
4ifm 2ifm 1.0 44 46 100 pf1 filamentous bacteriophage (pf1 inovirus)
4jdwA 1jdw 0.8 359 360 99 l-arginine:glycine amidinotransferase fragment (transam
4kbpA 4kbpA 0.0 424 424 100 purple acid phosphatase
4kbpB 4kbpA 0.1 424 424 100 purple acid phosphatase
4kbpC 4kbpA 0.1 424 424 100 purple acid phosphatase
4kbpD 4kbpA 0.1 424 424 100 purple acid phosphatase
4kmb1 1rtm1 0.3 149 149 98 mannose-binding protein-a fragment (k3) Mutant biologic
4kmb2 1rtm1 0.7 149 149 98 mannose-binding protein-a fragment (k3) Mutant biologic
4kmb3 1rtm1 0.6 149 149 98 mannose-binding protein-a fragment (k3) Mutant biologic
4ktqA 1taq 2.0 536 539 90 DNA polymerase i fragment DNA primer strand fragment DN
4lbd 2lbd 0.3 236 237 100 retinoic acid receptor gamma fragment (e domain) biolog
4lipD 1cvl 1.8 294 319 81 triacyl-glycerol-hydrolase (lipase) biological_unit
4lipE 1cvl 1.8 294 319 81 triacyl-glycerol-hydrolase (lipase) biological_unit
4lym 3lzt 0.8 129 129 100 Lysozyme (mucopeptide n-acetylmuramyl hydrolase)
4lyo 3lzt 0.7 129 129 100 lysozyme
4lytA 3lzt 0.8 129 129 100 Lysozyme (298 kelvin)
4lytB 3lzt 0.8 129 129 100 Lysozyme (298 kelvin)
4lyz 3lzt 0.8 129 129 100 Lysozyme
4lzm 1l92 0.1 162 162 98 Lysozyme (high salt)
4lzt 3lzt 0.3 129 129 100 lysozyme
4mba 2fal 0.4 146 146 100 Myoglobin (imidazole complex) (pH 7.0)
4mbn 1a6m 0.3 151 153 100 Myoglobin (met)
4mbp 4mbp 0.0 369 369 100 maltodextrin binding protein
4mdhA 1bmdA 1.4 318 333 54 Cytoplasmic malate dehydrogenase
4mdhB 1bmdA 1.3 321 333 54 Cytoplasmic malate dehydrogenase
4mhtA 6mhtA 0.6 315 327 100 hhai methyltransferase 13-mer, methylated DNA
4monA 1molA 1.0 44 44 100 monellin
4monB 1molA 1.3 50 50 100 monellin
4monC 1molA 0.9 44 44 100 monellin
4monD 1molA 1.7 50 50 100 monellin
4msi 1msi 0.3 66 66 97 type iii antifreeze protein isoform hplc 12 (type iii a
4mt2 4mt2 0.0 61 61 100 Metallothionein isoform ii
4nll 5nul 0.3 138 138 99 flavodoxin Mutant biological_unit
4nn9 2qwc 0.4 388 388 99 Neuraminidase n9 (sialidase) (mutant with ile 368 repla
4np1A 1np4 1.1 184 184 90 nitrophorin 1 (np1) biological_unit
4np1B 1np4 1.1 184 184 90 nitrophorin 1 (np1) biological_unit
4nul 5nul 0.3 138 138 98 flavodoxin Mutant biological_unit
4ovo 2ovo 1.7 54 56 100 Ovomucoid third domain cleaved rdi
4ovwA 1celA 2.1 385 400 42 endoglucanase i
4ovwB 1celA 2.1 385 400 42 endoglucanase i
4p2p 1poa 1.2 118 124 55 Phospholipase a=2= (phosphatide-2-acyl hydrolase)
4pad 1ppn 0.6 212 212 98 Papain -tosyl-methylenyllysyl derivative of cysteine-25
4pah 4pah 0.0 308 308 100 phenylalanine hydroxylase fragment
4pal 2pvb 0.8 106 107 100 Parvalbumin (pi 4.10) complexed with ca, mg, and mg
4pax 1a26 0.2 350 350 100 poly(adp-ribose) polymerase fragment (parp-cf, poly(adp
4paz 7paz 0.3 123 123 99 pseudoazurin Mutant biological_unit
4pbgA 2myr 2.0 424 468 31 6-phospho-beta-d-galactosidase (pgal) Mutant biological
4pbgB 2myr 2.0 424 468 31 6-phospho-beta-d-galactosidase (pgal) Mutant biological
4pcy 1plc 0.2 99 99 100 Plastocyanin (cross-linked with gluteraldehyde, cu1+, p
4pep 1smrA 1.7 305 326 43 Pepsin
4pfk 3pfk 0.3 319 319 100 Phosphofructokinase complex with fructose-6-phosphate a
4pgaA 4pgaA 0.0 330 330 100 glutaminase-asparaginase biological_unit
4pgaB 4pgaA 0.2 330 330 100 glutaminase-asparaginase biological_unit
4pgmA 5pgmA 0.4 234 235 100 phosphoglycerate mutase 1 biological_unit
4pgmB 5pgmA 0.3 234 236 100 phosphoglycerate mutase 1 biological_unit
4pgmC 5pgmA 0.3 234 234 100 phosphoglycerate mutase 1 biological_unit
4pgmD 5pgmA 0.4 234 236 100 phosphoglycerate mutase 1 biological_unit
4phvA 1fmb 1.6 97 99 31 Human immunodeficiency virus type 1 (hiv-1) protease co
4phvB 1fmb 1.7 97 99 33 Human immunodeficiency virus type 1 (hiv-1) protease co
4pnp 1b8oA 0.4 280 284 99 purine nucleoside phosphorylase (pnp) biological_unit
4prcC 6prcC 0.2 332 332 100 photosynthetic reaction center
4prcH 6prcH 0.2 258 258 100 photosynthetic reaction center
4prcL 6prcL 0.8 247 273 97 photosynthetic reaction center
4prcM 6prcM 0.2 323 323 100 photosynthetic reaction center
4ptd 2plc 1.9 252 296 30 phosphatidylinositol-specific phospholipase c (pi-plc)
4pti 1bpi 0.5 56 58 100 Trypsin inhibitor
4q21 1mh1 1.8 162 168 31 c-H-ras p21 protein catalytic domain complex with GDP
4r1rA 1rlr 1.2 722 733 99 ribonucleotide reductase r1 protein Mutant biological_u
4r1rB 1rlr 1.2 722 733 99 ribonucleotide reductase r1 protein Mutant biological_u
4r1rC 1rlr 1.2 722 733 99 ribonucleotide reductase r1 protein Mutant biological_u
4rat 7rsa 0.2 124 124 100 Ribonuclease a at 180k
4rcrH 6prcH 2.2 232 237 37 Photosynthetic reaction center
4rcrL 6prcL 1.1 245 266 56 Photosynthetic reaction center
4rcrM 6prcM 1.1 294 296 49 Photosynthetic reaction center
4reqA 1reqA 0.3 725 726 100 methylmalonyl-coa mutase biological_unit
4reqB 1reqB 0.2 618 619 100 methylmalonyl-coa mutase biological_unit
4reqC 1reqA 0.3 725 726 100 methylmalonyl-coa mutase biological_unit
4reqD 1reqB 0.2 618 619 100 methylmalonyl-coa mutase biological_unit
4rhn 1kpf 0.5 111 115 95 histidine triad nucleotide-binding protein (hint) biolo
4rhv1 1pov1 1.8 224 273 45 Rhinovirus 14 (HRV14)
4rhv2 1aym2 1.0 251 255 62 Rhinovirus 14 (HRV14)
4rhv3 1aym3 0.9 230 236 53 Rhinovirus 14 (HRV14)
4rhv4 4rhv4 0.0 40 40 100 Rhinovirus 14 (HRV14)
4rlaA 1rlaA 0.3 313 313 99 arginase Mutant biological_unit
4rlaB 1rlaA 0.3 313 313 99 arginase Mutant biological_unit
4rlaC 1rlaA 0.3 313 313 99 arginase Mutant biological_unit
4rnpA 1aroP 1.9 713 780 87 RNA polymerase (t7 rnap, DNA-directed RNA polymerase) b
4rnpB 1aroP 1.9 713 780 87 RNA polymerase (t7 rnap, DNA-directed RNA polymerase) b
4rnpC 1aroP 1.9 713 780 87 RNA polymerase (t7 rnap, DNA-directed RNA polymerase) b
4rnt 9rnt 0.6 104 104 99 Ribonuclease t1 (H92A) (mutant with his 92 replaced by
4rsd 7rsa 0.5 124 124 99 ribonuclease a Mutant
4rsk 7rsa 0.6 124 124 97 ribonuclease a Mutant
4rubA 1burA 0.4 461 464 92 Ribulose 1,5-bisphosphate carboxylase/oxygenase (form I
4rubB 1burA 0.4 461 464 92 Ribulose 1,5-bisphosphate carboxylase/oxygenase (form I
4rubC 1burA 0.4 461 464 92 Ribulose 1,5-bisphosphate carboxylase/oxygenase (form I
4rubD 1burA 0.4 461 464 92 Ribulose 1,5-bisphosphate carboxylase/oxygenase (form I
4rubS 1rboC 0.4 123 123 76 Ribulose 1,5-bisphosphate carboxylase/oxygenase (form I
4rubT 1rboC 0.4 123 123 76 Ribulose 1,5-bisphosphate carboxylase/oxygenase (form I
4rubU 1rboC 0.4 123 123 76 Ribulose 1,5-bisphosphate carboxylase/oxygenase (form I
4rubV 1rboC 0.4 123 123 76 Ribulose 1,5-bisphosphate carboxylase/oxygenase (form I
4rveA 1rvaA 1.3 238 240 98 Eco rv endonuclease complex with DNA
4rveB 1rvaA 1.6 239 240 98 Eco rv endonuclease complex with DNA
4rveC 1rvaA 1.5 239 240 98 Eco rv endonuclease complex with DNA
4rxn 1rb9 0.6 52 54 70 Rubredoxin (oxidized, fe(III)) (unconstrained model)
4sbvA 1smvA 0.6 196 199 65 Southern bean mosaic virus coat protein
4sbvB 1smvA 0.7 196 199 65 Southern bean mosaic virus coat protein
4sbvC 1smvA 0.7 196 222 65 Southern bean mosaic virus coat protein
4sdhA 3sdhA 0.3 145 145 100 Hemoglobin i (homodimer) (deoxy)
4sdhB 3sdhA 0.4 145 145 100 Hemoglobin i (homodimer) (deoxy)
4sgaE 2sga 0.1 181 181 100 Proteinase A (component of the extracellular filtrate p
4sgbE 2sga 1.1 176 185 64 Serine proteinase b complex with the potato inhibitor P
4sgbI 4sgbI 0.0 51 51 100 Serine proteinase b complex with the potato inhibitor P
4sknE 1akz 1.1 222 223 99 uracil-DNA glycosylase (udg, ung) Mutant biological_uni
4srnA 7rsa 0.7 113 113 100 Semisynthetic ribonuclease a mutant with asp 121 replac
4tf4A 1tf4A 0.2 604 605 100 t. fusca endoEXO-CELLULASE E4 CATALYTIC DOMAIN and cell
4tf4B 1tf4A 0.3 604 605 100 t. fusca endoEXO-CELLULASE E4 CATALYTIC DOMAIN and cell
4tgf 3tgf 2.6 42 50 100 Des-val==1==,Val==2==-transforming growth factor alpha
4tgl 3tgl 1.2 262 265 97 Triacylglycerol acylhydrolase complex with diethylphoso
4thi 3thi 0.5 362 362 99 thiaminase i biological_unit
4timA 1amk 1.0 244 249 70 Triosephosphate isomerase complex with 2-Phosphoglycera
4timB 1amk 0.5 244 249 70 Triosephosphate isomerase complex with 2-Phosphoglycera
4tln 1hyt 0.2 316 317 100 Thermolysin complex with l-leucyl-hydroxylamine
4tmk 5tmp 0.2 210 210 99 thymidylate kinase biological_unit
4tmnE 1hyt 0.1 316 316 100 Thermolysin complex with cbz-phe==p==-leu-ala (zfpla)
4tms 1bkpA 1.8 259 316 38 Thymidylate synthase
4tmyA 1srrA 1.6 110 118 32 chey protein (tmy) biological_unit
4tmyB 1srrA 1.6 110 118 32 chey protein (tmy) biological_unit
4tnc 1ncx 0.2 160 160 98 Troponin c
4tpiI 1bpi 0.6 57 58 99 Trypsinogen complex with the arg==15==-analogue of panc
4tpiZ 5ptp 0.4 213 223 99 Trypsinogen complex with the arg==15==-analogue of panc
4trx 1erv 1.3 105 105 98 Thioredoxin (reduced form)
4ts1A 2ts1 0.4 317 317 99 Des-(ile 318-arg 417)-tyrosyl-transfer RNA synthetase (
4ts1B 2ts1 0.6 311 311 100 Des-(ile 318-arg 417)-tyrosyl-transfer RNA synthetase (
4tss 1aw7A 1.1 194 194 99 toxic shock syndrome toxin-1 (tsst-1) biological_unit
4tsuA 1opy 0.8 123 123 100 ketosteroid isomerase biological_unit
4tsuB 1opy 0.8 123 123 100 ketosteroid isomerase biological_unit
4tsvA 4tsvA 0.0 147 147 100 tumor necrosis factor-alpha Mutant biological_unit
4tswA 4tsvA 0.6 147 149 100 tumor necrosis factor-alpha Mutant biological_unit
4tswB 4tsvA 0.6 146 148 99 tumor necrosis factor-alpha Mutant biological_unit
4tswC 4tsvA 0.6 146 148 99 tumor necrosis factor-alpha Mutant biological_unit
4tswD 4tsvA 0.6 146 148 99 tumor necrosis factor-alpha Mutant biological_unit
4tswE 4tsvA 0.7 146 148 99 tumor necrosis factor-alpha Mutant biological_unit
4tswF 4tsvA 0.7 146 148 99 tumor necrosis factor-alpha Mutant biological_unit
4ukd 1zin 1.7 187 191 28 uridylmonophosphateCYTIDYLMONOPHOSPHATE KINASE (umpCMP
4ull 1bovA 2.4 68 69 97 shiga-like toxin i subunit b (verotoxin 1 subunit b)
4upjA 1fmb 1.7 98 99 36 hiv-2 protease Mutant biological_unit
4upjB 1fmb 1.9 98 99 34 hiv-2 protease Mutant biological_unit
4vgcB 5ptp 1.1 126 131 44 gamma chymotrypsin
4vgcC 5ptp 1.1 90 95 48 gamma chymotrypsin
4vub 3vub 0.3 101 101 100 ccdb biological_unit
4wbcA 1wba 1.9 154 179 36 chymotrypsin inhibitor (wci)
4xiaA 4xis 0.7 385 393 65 D-Xylose isomerase , d-Sorbitol complex
4xiaB 4xis 0.7 385 393 65 D-Xylose isomerase , d-Sorbitol complex
4ximA 4xis 0.7 384 391 68 D-Xylose isomerase complex with co
4ximB 4xis 0.7 384 391 68 D-Xylose isomerase complex with co
4ximC 4xis 0.7 384 391 68 D-Xylose isomerase complex with co
4ximD 4xis 0.7 384 391 68 D-Xylose isomerase complex with co
4xis 4xis 0.0 386 386 100 Xylose isomerase complex with xylose and mnCl2
521p 1mh1 1.7 163 166 32 H-ras p21 protein mutant with gly 12 replaced by val (g
5abp 8abp 0.4 305 305 99 L-arabinose-binding protein complex with d-galactose
5acn 1amj 0.4 752 754 99 Aconitase (inactive (3fe-4s) cluster form)
5adh 2ohxA 1.3 374 374 100 Apo-liver alcohol dehydrogenase complex with adp-ribose
5aop 2aop 0.1 453 456 100 sulfite reductase hemoprotein (sirhp) biological_unit
5aprE 1bxo 1.5 295 325 40 Acid proteinase (rhizopuspepsin) complex with pepstatin
5at1A 8atcA 1.7 305 310 95 Aspartate carbamoyltransferase (aspartate transcarbamyl
5at1B 8atcB 1.8 145 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
5at1C 8atcA 1.8 305 310 95 Aspartate carbamoyltransferase (aspartate transcarbamyl
5at1D 8atcB 1.6 145 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
5azuA 1nwpA 0.8 127 128 67 Azurin (ph 9.0)
5azuB 1nwpA 0.8 127 128 67 Azurin (ph 9.0)
5azuC 1nwpA 0.8 127 128 67 Azurin (ph 9.0)
5azuD 1nwpA 0.7 127 128 67 Azurin (ph 9.0)
5birA 9rnt 0.7 104 104 99 ribonuclease t1 (rnase t1) Mutant
5birB 9rnt 0.5 104 104 99 ribonuclease t1 (rnase t1) Mutant
5bu4 9rnt 0.5 104 104 100 ribonuclease t1 biological_unit
5ca2 2cba 0.2 255 255 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
5cac 2cba 0.2 256 256 100 Carbonic anhydrase form c complex with hydrogen sulfite
5ccp 1ryc 0.7 290 291 99 Cytochrome c peroxidase mutant with met ile added at n-
5cel 1celA 0.4 434 434 99 1,4-beta-d-glucan cellobiohydrolase i fragment (exogluc
5cevA 1rlaA 1.5 291 298 44 arginase biological_unit
5cevB 1rlaA 1.5 291 298 44 arginase biological_unit
5cevC 1rlaA 1.5 291 298 44 arginase biological_unit
5cevD 1rlaA 1.5 291 298 44 arginase biological_unit
5cevE 1rlaA 1.4 291 298 44 arginase biological_unit
5cevF 1rlaA 1.5 291 298 44 arginase biological_unit
5cgt 1pamA 1.0 682 684 70 cyclodextrin glycosyltransferase (cyclodextrin glucanot
5chaA 5ptp 1.3 210 236 45 Alpha chymotrypsin a
5chaB 5ptp 1.3 210 236 45 Alpha chymotrypsin a
5chy 3chy 0.4 128 128 99 chey Mutant
5cnaA 1nls 0.5 237 237 100 Concanavalin a complexed with alpha-methyl-d-mannopyran
5cnaB 1nls 0.5 237 237 100 Concanavalin a complexed with alpha-methyl-d-mannopyran
5cnaC 1nls 0.5 237 237 100 Concanavalin a complexed with alpha-methyl-d-mannopyran
5cnaD 1nls 0.5 237 237 100 Concanavalin a complexed with alpha-methyl-d-mannopyran
5coxA 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
5coxB 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
5coxC 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
5coxD 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
5cp4 1phd 0.3 405 406 100 cytochrome p450cam biological_unit
5cpa 1aye 0.5 301 307 65 Carboxypeptidase a=alpha= (cox)
5cpp 1phd 0.2 405 405 100 Cytochrome p450cam (camphor monooxygenase) - adamantano
5cpv 2pvb 0.7 106 108 76 Calcium-binding parvalbumin b
5croA 1orc 1.4 56 60 97 cro repressor protein biological_unit
5croB 1orc 1.3 56 60 97 cro repressor protein biological_unit
5croC 1orc 1.3 56 60 97 cro repressor protein biological_unit
5croO 1orc 1.3 56 60 97 cro repressor protein biological_unit
5cscA 1csh 2.3 427 429 93 Citrate synthase
5cscB 1csh 2.3 427 429 93 Citrate synthase
5csmA 5csmA 0.0 250 250 100 chorismate mutase (chorismate pyruvate mutase) Mutant b
5cts 1csh 0.2 427 429 93 Citrate synthase - oxaloacetate - carboxymethyl coenzym
5cyhA 2cpl 0.3 164 164 100 cyclophilin a dipeptide gly-pro
5cytR 1ycc 0.5 103 103 61 Cytochrome c (reduced)
5daaA 1daaA 0.5 277 277 99 d-amino acid aminotransferase Mutant biological_unit
5daaB 1daaA 0.5 277 277 99 d-amino acid aminotransferase Mutant biological_unit
5dfr 1vdrA 1.5 143 154 33 Apo-Dihydrofolate reductase (DHFR)
5eas 5eat 0.4 514 514 100 5-epi-aristolochene synthase (5-epi-aristolochene cycla
5eat 5eat 0.0 532 532 100 5-epi-aristolochene synthase (5-epi-aristolochene cycla
5eau 5eat 0.4 523 523 98 5-epi-aristolochene synthase (5-epi-aristolochene cycla
5ebx 3ebx 0.2 62 62 99 Erabutoxin a
5enl 4enl 0.1 436 436 100 Enolase (2-phospho-D-glycerate hydrolase) complex with
5er1E 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) bw624 com
5er2E 1bxo 1.4 295 330 54 Endothia aspartic proteinase (endothiapepsin) complex w
5estE 5ptp 1.2 219 240 37 Porcine pancreatic elastase complex with carbobenzoxy-A
5fbpA 1frpA 1.1 310 313 100 Fructose-1,6-bisphosphatase (Fru-1,6-Pase) (D-fructose-
5fbpB 1frpA 1.1 310 314 100 Fructose-1,6-bisphosphatase (Fru-1,6-Pase) (D-fructose-
5fd1 7fd1 0.2 106 106 100 Ferredoxin (oxidized) at ph 8
5fit 1fit 0.3 126 126 100 fragile histidine triad protein (fhit) biological_unit
5fiv 1fmb 1.8 102 112 28 protease
5fwgA 1b8xA 1.6 212 217 42 tetra-(5-fluorotryptophanyl)-glutathione transferase mu
5fwgB 1b8xA 1.6 204 217 43 tetra-(5-fluorotryptophanyl)-glutathione transferase mu
5fx2 1rcf 1.7 141 147 32 Flavodoxin (low temperature (-150 c), fully reduced) (h
5galA 1a3k 1.1 131 135 37 galectin-7
5galB 1a3k 0.9 128 132 37 galectin-7
5gatA 4gatA 3.3 62 66 92 area fragment DNA
5gch 5ptp 1.2 208 236 45 Photolysis product of p-diethylamino-o-hydroxy-alpha-me
5gdsH 5ptp 1.3 221 253 38 alpha-thrombin hirunorm v
5gdsL 1ppbL 3.2 34 36 89 alpha-thrombin hirunorm v
5gep 2aop 0.2 453 456 100 sulfite reductase hemoprotein (sirhp) biological_unit
5gpb 1a8i 0.4 800 833 99 Glycogen phosphorylase b (t state) complex with alpha-D
5grt 3grs 0.3 461 461 99 glutathione reductase (grtr) Mutant biological_unit
5gsp 9rnt 0.5 104 104 100 ribonuclease t1 (rnase t1)
5gssA 1pgtA 0.3 208 208 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
5gssB 1pgtA 0.3 208 208 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
5gstA 1b8xA 1.8 202 217 43 Glutathione s-transferase (isoenzyme 3-3) complex with
5gstB 1b8xA 1.8 202 217 44 Glutathione s-transferase (isoenzyme 3-3) complex with
5hbiA 3sdhA 0.1 145 145 98 hemoglobin Mutant biological_unit
5hbiB 3sdhA 0.4 145 145 98 hemoglobin Mutant biological_unit
5hck 1bbzA 2.0 55 61 40 hematopoietic cell kinase fragment (hck)
5hir 4htcI 1.3 45 49 90 Hirudin (wild-type)
5hmgA 1hgeA 0.5 328 328 99 Hemagglutinin (D112(B)G) (bromelain digested) (mutant w
5hmgB 1hgeB 0.6 175 175 99 Hemagglutinin (D112(B)G) (bromelain digested) (mutant w
5hmgC 1hgeA 0.5 328 328 99 Hemagglutinin (D112(B)G) (bromelain digested) (mutant w
5hmgD 1hgeB 0.7 175 175 99 Hemagglutinin (D112(B)G) (bromelain digested) (mutant w
5hmgE 1hgeA 0.8 328 328 99 Hemagglutinin (D112(B)G) (bromelain digested) (mutant w
5hmgF 1hgeB 0.7 175 175 99 Hemagglutinin (D112(B)G) (bromelain digested) (mutant w
5hohA 9rnt 0.6 104 104 98 ribonuclease t1 (rnase t1) Mutant biological_unit
5hohB 9rnt 0.6 104 104 98 ribonuclease t1 (rnase t1) Mutant biological_unit
5hohC 9rnt 0.7 104 104 97 ribonuclease t1 (rnase t1) Mutant biological_unit
5hohD 9rnt 0.6 104 104 98 ribonuclease t1 (rnase t1) Mutant biological_unit
5hpgA 5hpgA 0.0 84 84 100 plasminogen fragment
5hpgB 5hpgA 0.4 84 84 100 plasminogen fragment
5hvpA 1fmb 1.6 97 99 31 HIV-1 protease complex with acetyl-pepstatin (nY5 strai
5hvpB 1fmb 1.5 97 99 31 HIV-1 protease complex with acetyl-pepstatin (nY5 strai
5i1b 2i1b 0.6 151 151 100 Interleukin 1-Beta
5icb 4icb 2.0 73 75 95 calbindin d9k fragment (intestinal calcium binding prot
5icd 1iso 0.5 413 414 98 Isocitrate dehydrogenase complex with mg2+ and isocitra
5jdw 1jdw 0.1 360 360 100 l-arginine:glycine amidinotransferase fragment (transam
5ktq 1taq 1.4 530 534 96 DNA polymerase i dctp
5ldh 3ldh 1.9 302 333 58 Lactate dehydrogenase h=4= and s-lac-NAD==+== complex
5lip 1cvl 1.8 295 320 81 triacyl-glycerol hydrolase (lipase) biological_unit
5lprA 2sga 1.4 179 198 36 Alpha-lytic protease (mutant with met 213 replaced by a
5lymA 3lzt 0.8 129 129 100 lysozyme
5lymB 3lzt 0.7 129 129 100 lysozyme
5lyt 3lzt 0.8 129 129 100 Lysozyme (100 kelvin)
5lyz 3lzt 0.8 129 129 100 Lysozyme
5lzm 1l92 0.2 162 162 98 Lysozyme (medium salt)
5mba 2fal 0.2 146 146 100 Myoglobin (met) complex with azide
5mbn 1a6m 0.3 151 153 100 Myoglobin (deoxy)
5mhtA 6mhtA 0.2 315 327 100 hhai methyltransferase DNA
5msfA 1msc 2.4 125 129 96 ms2 protein capsid 18-nt RNA aptamer (f5)
5msfB 1msc 2.1 121 129 93 ms2 protein capsid 18-nt RNA aptamer (f5)
5msfC 1msc 2.3 125 129 96 ms2 protein capsid 18-nt RNA aptamer (f5)
5msi 1msi 0.3 66 66 97 type iii antifreeze protein isoform hplc 12 (type iii a
5nll 5nul 0.2 138 138 99 flavodoxin biological_unit
5nn9 2qwc 0.4 388 388 99 Neuraminidase n9 (sialidase) (mutant with ala 369 repla
5nuc 1snc 0.3 135 135 99 staphylococcal nuclease Mutant biological_unit
5nul 5nul 0.0 138 138 100 flavodoxin Mutant biological_unit
5p21 1mh1 1.6 163 166 33 c-H-ras p21 protein (amino acids 1 - 166) complex with
5p2pA 1poa 0.9 118 119 57 Phospholipase a=2= (phosphatide-2-acyl-hydrolase) mutan
5p2pB 1poa 0.9 118 119 57 Phospholipase a=2= (phosphatide-2-acyl-hydrolase) mutan
5pad 1ppn 0.6 212 212 98 Papain -benzyloxycarbonyl-glycyl- phenylalanyl-methylen
5pah 4pah 0.2 308 308 100 phenylalanine 4-monooxygenase fragment
5pal 2pvb 0.9 106 109 48 Parvalbumin (alpha lineage)
5paz 7paz 0.3 123 123 99 pseudoazurin Mutant biological_unit
5pcy 1plc 0.2 99 99 100 Plastocyanin (cu1+,pH 7.0)
5pep 1smrA 1.7 305 326 43 Pepsin
5pgmA 5pgmA 0.0 234 234 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
5pgmB 5pgmA 0.3 234 235 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
5pgmC 5pgmA 0.3 234 235 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
5pgmD 5pgmA 0.3 234 235 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
5pgmE 5pgmA 0.3 234 235 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
5pgmF 5pgmA 0.3 234 235 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
5pgmG 5pgmA 0.1 234 234 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
5pgmH 5pgmA 0.3 234 235 100 phosphoglycerate mutase 1 (phosphoglyceromutase) biolog
5pnt 1phr 0.6 154 157 81 low molecular weight phosphotyrosyl phosphatase (orthop
5prcC 6prcC 0.2 332 332 100 photosynthetic reaction center
5prcH 6prcH 0.2 258 258 100 photosynthetic reaction center
5prcL 6prcL 0.8 248 273 96 photosynthetic reaction center
5prcM 6prcM 0.1 323 323 100 photosynthetic reaction center
5prn 3prn 0.2 289 289 99 porin Mutant biological_unit
5ptd 2plc 2.0 253 296 30 phosphatidylinositol-specific phospholipase c (pi-plc)
5pti 1bpi 1.2 58 58 100 Trypsin inhibitor (crystal form II)
5ptp 5ptp 0.0 223 223 100 beta trypsin
5r1rA 1rlr 0.7 716 738 99 ribonucleotide reductase r1 protein Mutant biological_u
5r1rB 1rlr 0.7 716 738 99 ribonucleotide reductase r1 protein Mutant biological_u
5r1rC 1rlr 0.7 716 738 99 ribonucleotide reductase r1 protein Mutant biological_u
5rat 7rsa 0.2 124 124 100 Ribonuclease a at 220k
5reqA 1reqA 0.2 724 725 99 methylmalonyl-coa mutase Mutant biological_unit
5reqB 1reqB 0.2 618 619 100 methylmalonyl-coa mutase Mutant biological_unit
5reqC 1reqA 0.2 724 725 99 methylmalonyl-coa mutase Mutant biological_unit
5reqD 1reqB 0.2 618 619 100 methylmalonyl-coa mutase Mutant biological_unit
5rhn 1kpf 0.4 111 115 95 histidine triad nucleotide-binding protein (hint) biolo
5rlaA 1rlaA 0.3 313 313 99 arginase Mutant biological_unit
5rlaB 1rlaA 0.3 313 313 99 arginase Mutant biological_unit
5rlaC 1rlaA 0.3 313 313 99 arginase Mutant biological_unit
5rnt 9rnt 0.7 104 104 100 Ribonuclease t=1= complex with guanosine-3',5'-bisphosp
5rsa 7rsa 0.2 124 124 100 Ribonuclease a (joint neutron and x-ray)
5rubA 1burA 2.5 400 436 29 Rubisco (ribulose-1,5-bisphosphate carboxylase/oxygenas
5rubB 1burA 2.2 397 433 29 Rubisco (ribulose-1,5-bisphosphate carboxylase/oxygenas
5rxn 1rb9 0.6 52 54 70 Rubredoxin (oxidized, fe(III)) (constrained model)
5sgaE 2sga 0.1 181 181 100 Proteinase A (component of the extracellular filtrate p
5sicE 1gci 0.8 266 275 61 Subtilisin bpn' complex with streptomyces subtilisin in
5sicI 3ssi 0.7 107 107 98 Subtilisin bpn' complex with streptomyces subtilisin in
5tgl 3tgl 0.7 258 265 99 Lipase (triacylglycerol hydrolase) complexed with n-hex
5timA 1amk 1.0 244 249 70 Triosephosphate isomerase complex with sulfate
5timB 1amk 0.4 244 249 70 Triosephosphate isomerase complex with sulfate
5tln 1hyt 0.2 316 316 100 Thermolysin complex with honh-benzylmalonyl-l-alanylgly
5tmnE 1hyt 0.2 316 316 100 Thermolysin complex with cbz-gly==p==-leu-leu (zg==p==l
5tmp 5tmp 0.0 210 210 100 thymidylate kinase biological_unit
5tnc 1ncx 0.4 161 161 99 Troponin-C
5tssA 1aw7A 0.8 194 194 99 toxic shock syndrome toxin-1 (tsst-1) biological_unit
5tssB 1aw7A 1.3 194 194 99 toxic shock syndrome toxin-1 (tsst-1) biological_unit
5ull 5nul 0.2 138 138 99 flavodoxin biological_unit
5upjA 1fmb 1.9 98 99 34 hiv-2 protease (human immunodeficiency virus type 2 pro
5upjB 1fmb 1.7 97 99 36 hiv-2 protease (human immunodeficiency virus type 2 pro
5xiaA 4xis 0.7 385 393 65 D-Xylose isomerase , xylitol complex
5xiaB 4xis 0.7 385 393 65 D-Xylose isomerase , xylitol complex
5ximA 4xis 0.7 385 392 68 D-Xylose isomerase complex with sorbitol and mg
5ximB 4xis 0.7 385 392 68 D-Xylose isomerase complex with sorbitol and mg
5ximC 4xis 0.7 385 392 68 D-Xylose isomerase complex with sorbitol and mg
5ximD 4xis 0.7 385 392 68 D-Xylose isomerase complex with sorbitol and mg
5xinA 4xis 0.7 385 392 67 D-Xylose isomerase mutant with asp 255 replaced by ala
5xinB 4xis 0.7 385 392 67 D-Xylose isomerase mutant with asp 255 replaced by ala
5xinC 4xis 0.7 385 392 67 D-Xylose isomerase mutant with asp 255 replaced by ala
5xinD 4xis 0.7 385 392 67 D-Xylose isomerase mutant with asp 255 replaced by ala
621p 1mh1 1.7 163 166 32 H-ras p21 protein mutant with gln 61 replaced by his (q
6abp 8abp 0.4 305 305 100 L-Arabinose-binding protein (mutant with met 108 replac
6acn 1amj 0.4 752 754 99 Aconitase (activated (4fe-4s) cluster form)
6adhA 2ohxA 0.6 374 374 100 Holo-liver alcohol dehydrogenase complex with nad and d
6adhB 2ohxA 0.6 374 374 100 Holo-liver alcohol dehydrogenase complex with nad and d
6aprE 1bxo 1.5 295 325 40 Acid proteinase (rhizopuspepsin) complex with pepstatin
6at1A 8atcA 1.8 306 310 95 Aspartate carbamoyltransferase (aspartate transcarbamyl
6at1B 8atcB 1.7 144 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
6at1C 8atcA 1.8 305 310 95 Aspartate carbamoyltransferase (aspartate transcarbamyl
6at1D 8atcB 1.7 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
6ca2 2cba 0.2 255 255 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
6ccp 1ryc 0.9 291 291 99 Cytochrome c peroxidase mutant with met ile added at n-
6cel 1celA 0.3 434 434 99 1,4-beta-d-glucan cellobiohydrolase i fragment (exogluc
6cgt 1pamA 1.0 682 684 70 cyclodextrin glycosyltransferase (cyclodextrin glucanot
6chaA 5ptp 1.2 210 236 45 Alpha chymotrypsin a complex with phenylethane boronic
6chaB 5ptp 1.3 210 236 45 Alpha chymotrypsin a complex with phenylethane boronic
6chyA 3chy 0.6 128 128 98 chey Mutant
6chyB 3chy 0.6 128 128 98 chey Mutant
6coxA 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
6coxB 1pth 0.9 551 552 64 cyclooxygenase-2 (prostaglandin synthase-2)
6cp4 1phd 0.3 405 405 99 cytochrome p450cam Mutant biological_unit
6cpa 1aye 0.5 301 307 65 Carboxypeptidase a complex with the phosphonate, ZAA==P
6cpp 1phd 0.2 405 405 100 Cytochrome p450cam (camphor monooxygenase) - camphane c
6croA 1orc 1.1 56 60 97 cro biological_unit 19 bp DNA duplex with single-base 5
6cscA 1csh 0.6 435 437 100 citrate synthase biological_unit
6cscB 1csh 0.5 434 434 100 citrate synthase biological_unit
6cts 1csh 0.2 427 429 93 Citrate synthase - citrylthioether - coenzyme A complex
6dfr 1vdrA 1.6 143 154 33 Dihydrofolate reductase (DHFR) complex with NADP==+==
6ebxA 3ebx 0.9 62 62 100 Erabutoxin b (dimeric form) crystallized from kscn
6ebxB 3ebx 0.8 62 62 100 Erabutoxin b (dimeric form) crystallized from kscn
6enl 4enl 0.2 436 436 100 Enolase (2-phospho-D-glycerate hydrolase) complex with
6est 5ptp 1.1 219 240 37 Elastase crystallized in 10% DMF
6fabH 1igtB 2.2 214 222 65 Antigen-binding fragment of the murine anti-phenylarson
6fabL 8fabA 5.5 201 214 40 Antigen-binding fragment of the murine anti-phenylarson
6fd1 7fd1 0.1 106 106 100 7-fe ferredoxin i (fd1) (fd1)
6fdr 7fd1 0.1 106 106 100 7-fe ferredoxin i (fd1) (fd1)
6fit 1fit 0.5 124 125 98 fragile histidine triad protein (fhit) biological_unit
6fiv 1fmb 1.8 102 112 30 protease
6gatA 1gatA 2.3 58 66 54 area fragment Mutant DNA
6gch 5ptp 1.3 208 236 45 Gamma chymotrypsin with n-acetyl-l-phenylalanyl trifluo
6gep 2aop 0.2 453 456 100 sulfite reductase hemoprotein (sirhp) biological_unit
6gpb 1a8i 0.5 800 828 99 Glycogen phosphorylase b (t state) complex with heptulo
6gsp 9rnt 0.5 104 104 100 ribonuclease t1 (rnase t1)
6gssA 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
6gssB 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
6gstA 1b8xA 1.7 204 217 43 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gstB 1b8xA 1.7 204 217 43 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gsuA 1b8xA 1.8 204 217 43 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gsuB 1b8xA 1.8 202 217 43 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gsvA 1b8xA 1.7 202 217 43 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gsvB 1b8xA 1.7 202 217 43 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gswA 1b8xA 1.7 204 217 43 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gswB 1b8xA 1.8 199 217 44 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gsxA 1b8xA 1.7 204 217 42 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gsxB 1b8xA 1.7 204 217 42 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gsyA 1b8xA 1.8 203 217 43 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6gsyB 1b8xA 1.9 200 217 43 mu class glutathione s-transferase of isoenzyme 3-3 (ra
6hbiA 3sdhA 0.4 145 145 98 hemoglobin Mutant biological_unit
6hbiB 3sdhA 0.5 145 145 98 hemoglobin Mutant biological_unit
6hbwA 1abwA 0.3 138 141 99 human hemoglobin mutant (hemoglobin a (beta6 glu-trp))
6hbwB 1abwA 1.5 139 146 43 human hemoglobin mutant (hemoglobin a (beta6 glu-trp))
6hbwC 1abwA 0.3 138 141 99 human hemoglobin mutant (hemoglobin a (beta6 glu-trp))
6hbwD 1abwA 1.5 139 146 43 human hemoglobin mutant (hemoglobin a (beta6 glu-trp))
6hir 4htcI 1.3 45 49 87 Hirudin (mutant with lys 47 replaced by glu) (K47E) (NM
6i1b 2i1b 1.0 153 153 100 Interleukin-1Beta (NMR, minimized average structure)
6icb 1psrA 2.2 71 76 31 calbindin d9k fragment (intestinal calcium binding prot
6icd 1iso 0.5 413 414 98 Isocitrate dehydrogenase (mutant with ser 113 replaced
6insE 1zeiA 1.2 50 50 97 Insulin (peptide-linked, 29b - 1a, des-30b)
6insF 1zeiA 1.1 44 50 96 Insulin (peptide-linked, 29b - 1a, des-30b)
6jdw 1jdw 0.1 360 360 100 l-arginine:glycine amidinotransferase fragment (transam
6ldh 3ldh 1.5 297 329 76 M=4= apo-Lactate dehydrogenase
6lprA 2sga 1.4 179 198 36 Alpha-lytic protease (mutant with met 213 replaced by a
6lyt 3lzt 0.8 129 129 100 Lysozyme (298 kelvin)
6lyz 3lzt 0.8 129 129 100 Lysozyme
6lzm 1l92 0.2 162 162 98 Lysozyme (low salt)
6mhtA 6mhtA 0.0 327 327 100 cytosine-specific methyltransferase hhai biological_uni
6msfA 1msc 2.6 125 129 95 ms2 protein capsid 14-nt RNA aptamer (f6)
6msfB 1msc 2.1 121 129 94 ms2 protein capsid 14-nt RNA aptamer (f6)
6msfC 1msc 2.5 125 129 95 ms2 protein capsid 14-nt RNA aptamer (f6)
6msi 1msi 0.3 66 66 96 type iii antifreeze protein isoform hplc 12 (type iii a
6nn9 2qwc 0.4 388 388 99 Neuraminidase n9 (sialidase) (mutant with lys 432 repla
6nul 5nul 0.2 138 138 98 flavodoxin Mutant biological_unit
6pad 1ppn 0.6 212 212 98 Papain -benzyloxycarbonyl- phenylalanyl-methylenylalany
6pah 4pah 0.2 308 308 100 phenylalanine 4-monooxygenase fragment
6paz 7paz 0.3 123 123 100 pseudoazurin Mutant biological_unit
6pcy 1plc 0.2 99 99 100 Plastocyanin (cu1+,pH 3.8)
6pfkA 3pfk 0.8 318 319 98 phosphofructokinase
6pfkB 3pfk 0.8 318 319 98 phosphofructokinase
6pfkC 3pfk 0.8 318 319 98 phosphofructokinase
6pfkD 3pfk 0.9 318 319 98 phosphofructokinase
6prcC 6prcC 0.0 332 332 100 photosynthetic reaction center
6prcH 6prcH 0.0 258 258 100 photosynthetic reaction center
6prcL 6prcL 0.0 273 273 100 photosynthetic reaction center
6prcM 6prcM 0.0 323 323 100 photosynthetic reaction center
6prn 3prn 0.1 289 289 99 porin Mutant biological_unit
6ptd 2plc 1.9 252 296 30 phosphatidylinositol-specific phospholipase c (pi-plc)
6pti 1bpi 0.5 56 56 100 Bovine pancreatic trypsin inhibitor (BPTI,Crystal form
6q21A 1mh1 1.7 163 171 33 c-H-ras p21 protein catalytic domain complex with GDPCP
6q21B 1mh1 1.5 163 171 33 c-H-ras p21 protein catalytic domain complex with GDPCP
6q21C 1mh1 1.5 163 171 33 c-H-ras p21 protein catalytic domain complex with GDPCP
6q21D 1mh1 1.7 163 171 33 c-H-ras p21 protein catalytic domain complex with GDPCP
6r1rA 1rlr 0.7 716 738 99 ribonucleotide reductase r1 protein Mutant biological_u
6r1rB 1rlr 0.7 716 738 99 ribonucleotide reductase r1 protein Mutant biological_u
6r1rC 1rlr 0.7 716 738 99 ribonucleotide reductase r1 protein Mutant biological_u
6rat 7rsa 0.2 124 124 100 Ribonuclease a at 240k
6reqA 1reqA 0.3 726 727 100 methylmalonyl-coa mutase biological_unit
6reqB 1reqB 0.2 618 619 100 methylmalonyl-coa mutase biological_unit
6reqC 1reqA 0.3 726 727 100 methylmalonyl-coa mutase biological_unit
6reqD 1reqB 0.2 618 619 100 methylmalonyl-coa mutase biological_unit
6rhn 1kpf 0.5 111 115 95 histidine triad nucleotide-binding protein (hint) biolo
6rnt 9rnt 0.2 104 104 100 Ribonuclease t=1= complex with 2'-adenylic acid
6rsa 7rsa 0.2 124 124 100 Ribonuclease a complex with uridine vanadate (joint neu
6rxn 1rb9 0.6 45 45 65 Rubredoxin
6taa 7taa 0.2 476 476 100 Alpha amylase (taka amylase)
6timA 1amk 1.1 244 249 70 Triosephosphate isomerase complex with glycerol-3-phosp
6timB 1amk 0.5 243 249 70 Triosephosphate isomerase complex with glycerol-3-phosp
6tmnE 1hyt 0.2 316 316 100 Thermolysin complex with cbz-gly==p==-(o)-leu-leu (zg==
6upjA 1fmb 1.9 98 99 34 hiv-2 protease (human immunodeficiency virus type 2 pro
6upjB 1fmb 1.7 97 99 36 hiv-2 protease (human immunodeficiency virus type 2 pro
6xia 4xis 0.2 386 387 99 D-Xylose isomerase (glucose isomerase)
6ximA 4xis 0.7 385 392 68 D-Xylose isomerase complex with xylose and mg
6ximB 4xis 0.7 385 392 68 D-Xylose isomerase complex with xylose and mg
6ximC 4xis 0.7 385 392 68 D-Xylose isomerase complex with xylose and mg
6ximD 4xis 0.7 385 392 68 D-Xylose isomerase complex with xylose and mg
721p 1mh1 1.6 163 166 32 H-ras p21 protein mutant with gln 61 replaced by leu (q
7aatA 1ajsA 1.6 401 401 46 Aspartate aminotransferase complex with pyridoxal-5'-ph
7aatB 1ajsA 1.5 401 401 46 Aspartate aminotransferase complex with pyridoxal-5'-ph
7abp 8abp 0.4 305 305 100 L-Arabinose-binding protein (mutant with met 108 replac
7acn 1amj 0.4 752 753 99 Aconitase complex with isocitrate
7ahlA 7ahlA 0.0 293 293 100 alpha-hemolysin (alphatoxin) biological_unit
7ahlB 7ahlA 0.3 293 293 100 alpha-hemolysin (alphatoxin) biological_unit
7ahlC 7ahlA 0.3 293 293 100 alpha-hemolysin (alphatoxin) biological_unit
7ahlD 7ahlA 0.2 293 293 100 alpha-hemolysin (alphatoxin) biological_unit
7ahlE 7ahlA 0.3 293 293 100 alpha-hemolysin (alphatoxin) biological_unit
7ahlF 7ahlA 0.2 293 293 100 alpha-hemolysin (alphatoxin) biological_unit
7ahlG 7ahlA 0.3 293 293 100 alpha-hemolysin (alphatoxin) biological_unit
7apiA 1ovaA 2.6 319 339 30 Modified alpha=1=-Antitrypsin (modified alpha=1=-Protei
7apiB 7apiB 0.0 36 36 100 Modified alpha=1=-Antitrypsin (modified alpha=1=-Protei
7at1A 8atcA 0.4 310 310 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
7at1B 8atcB 1.6 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
7at1C 8atcA 0.3 310 310 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
7at1D 8atcB 0.6 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
7ca2 2cba 0.3 255 255 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
7catA 1cf9A 1.2 470 498 41 Catalase
7ccp 1ryc 0.5 289 291 99 Cytochrome c peroxidase mutant with met ile added at n-
7cel 1celA 0.3 434 434 99 1,4-beta-d-glucan cellobiohydrolase i fragment (exogluc
7cgt 1pamA 0.8 682 684 72 cyclodextrin glycosyltransferase (cyclodextrin glucanot
7cpa 1aye 0.6 301 307 65 Carboxypeptidase a complexed with (bz-phe-val==p==(o)-p
7cpp 1phd 0.2 405 405 100 Cytochrome p450cam (camphor monooxygenase) - norcamphor
7dfr 1vdrA 1.7 148 160 32 Dihydrofolate reductase (DHFR) complex with folate and
7enl 4enl 0.7 433 436 100 Enolase (2-phospho-D-glycerate hydrolase) complex with
7estE 5ptp 1.2 219 240 37 Elastase complex with trifluoroacetyl -L-Leucyl-L-Alany
7fabH 1igtB 3.3 206 209 56 Immunoglobulin fab' new (lambda light chain)
7fabL 8fabA 8.2 199 204 77 Immunoglobulin fab' new (lambda light chain)
7fd1 7fd1 0.0 106 106 100 7-fe ferredoxin i (fd1) (fd1)
7fdr 7fd1 0.1 106 106 100 7-fe ferredoxin i (fd1) (fd1)
7gatA 1gatA 2.1 59 66 48 area fragment Mutant DNA
7gch 5ptp 1.2 208 236 45 Gamma chymotrypsin with n-acetyl-l-leucyl-l-phenylalany
7gep 2aop 0.3 452 469 99 sulfite reductase hemoprotein (sirhp) biological_unit
7gpbA 1a8i 1.1 790 823 99 Glycogen phosphorylase b (r state) complex with AMP
7gpbB 1a8i 1.1 790 823 99 Glycogen phosphorylase b (r state) complex with AMP
7gpbC 1a8i 1.1 791 823 99 Glycogen phosphorylase b (r state) complex with AMP
7gpbD 1a8i 1.1 790 823 99 Glycogen phosphorylase b (r state) complex with AMP
7gspA 9rnt 0.5 104 104 100 ribonuclease t1 (rnase t1)
7gspB 9rnt 0.6 104 104 100 ribonuclease t1 (rnase t1)
7gssA 1pgtA 0.5 209 209 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
7gssB 1pgtA 0.5 209 209 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
7hbiA 3sdhA 0.1 145 145 98 hemoglobin Mutant biological_unit
7hbiB 3sdhA 0.4 145 145 98 hemoglobin Mutant biological_unit
7hvpA 1fmb 1.9 98 99 32 HIV-1 protease (HIV-1 PR) complex with inhibitor ace-Se
7hvpB 1fmb 1.6 97 99 31 HIV-1 protease (HIV-1 PR) complex with inhibitor ace-Se
7i1b 2i1b 1.0 153 153 100 Interleukin-1Beta (NMR, 32 structures)
7icd 1iso 0.5 413 414 98 Isocitrate dehydrogenase (mutant with ser 113 replaced
7iceA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icfA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icgA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7ichA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7iciA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icjA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7ickA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7iclA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icmA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icnA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icoA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icpA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icqA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icrA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icsA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7ictA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icuA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7icvA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
7jdw 1jdw 0.1 360 360 100 l-arginine:glycine amidinotransferase fragment (transam
7kmeH 5ptp 1.3 216 252 39 thrombin (l-chain) thrombin (h-chain) sel2711 sel2770
7lprA 2sga 1.4 179 198 36 Alpha-lytic protease (mutant with met 213 replaced by a
7lyz 3lzt 0.6 129 129 100 Lysozyme triclinic crystal form
7lzm 1l92 0.1 162 162 98 Lysozyme (dithiothreitol)
7mhtA 6mhtA 0.2 327 327 100 cytosine-specific methyltransferase hhai biological_uni
7msfA 1msc 2.6 125 129 94 ms2 protein capsid 14-nt RNA aptamer (f7)
7msfB 1msc 2.1 121 129 93 ms2 protein capsid 14-nt RNA aptamer (f7)
7msfC 1msc 2.5 125 129 94 ms2 protein capsid 14-nt RNA aptamer (f7)
7msi 1msi 0.3 66 66 97 type iii antifreeze protein isoform hplc 12 (type iii a
7nn9 2qwc 0.2 388 388 99 neuraminidase n9 (sialidase)
7paz 7paz 0.0 123 123 100 pseudoazurin Mutant biological_unit
7pcy 1plc 0.7 97 98 58 Plastocyanin
7prcC 6prcC 0.2 332 332 100 photosynthetic reaction center
7prcH 6prcH 0.2 258 258 100 photosynthetic reaction center
7prcL 6prcL 0.7 247 273 97 photosynthetic reaction center
7prcM 6prcM 0.1 323 323 100 photosynthetic reaction center
7prn 3prn 0.2 289 289 99 porin Mutant biological_unit
7ptd 2plc 1.9 252 296 31 phosphatidylinositol-specific phospholipase c (pi-plc)
7pti 1bpi 1.2 58 58 97 Bovine pancreatic trypsin inhibitor (BPTI) mutant (cys
7r1rA 1rlr 0.7 716 738 99 ribonucleotide reductase r1 protein Mutant biological_u
7r1rB 1rlr 0.7 716 738 99 ribonucleotide reductase r1 protein Mutant biological_u
7r1rC 1rlr 0.7 716 738 99 ribonucleotide reductase r1 protein Mutant biological_u
7rat 7rsa 0.2 124 124 100 Ribonuclease a at 260k
7reqA 1reqA 0.4 724 725 100 methylmalonyl-coa mutase biological_unit
7reqB 1reqB 0.3 618 623 100 methylmalonyl-coa mutase biological_unit
7reqC 1reqA 0.3 724 725 100 methylmalonyl-coa mutase biological_unit
7reqD 1reqB 0.3 618 623 100 methylmalonyl-coa mutase biological_unit
7rnt 9rnt 0.2 104 104 99 Ribonuclease t=1= mutant with tyr 45 replaced by trp (y
7rsa 7rsa 0.0 124 124 100 Ribonuclease a (phosphate-free)
7rxn 1rb9 0.1 52 52 100 Rubredoxin
7taa 7taa 0.0 476 476 100 taka amylase
7timA 1amk 1.0 244 247 46 Triosephosphate isomerase complex with phosphoglycolohy
7timB 1amk 1.1 244 247 46 Triosephosphate isomerase complex with phosphoglycolohy
7tln 1hyt 0.2 316 316 100 Thermolysin complex with ch2co(n-oh)leu-och3
7upjA 1fmb 1.6 97 99 31 hiv-1 protease (human immunodeficiency virus type 1 pro
7upjB 1fmb 1.5 97 99 31 hiv-1 protease (human immunodeficiency virus type 1 pro
7wgaA 9wgaA 0.5 171 171 97 Wheat germ agglutinin (isolectin 1)
7wgaB 9wgaA 0.5 171 171 97 Wheat germ agglutinin (isolectin 1)
7ximA 4xis 0.7 383 390 68 D-Xylose isomerase demetallized at pH 5 and in the pres
7ximB 4xis 0.7 383 390 68 D-Xylose isomerase demetallized at pH 5 and in the pres
7ximC 4xis 0.7 383 390 68 D-Xylose isomerase demetallized at pH 5 and in the pres
7ximD 4xis 0.7 383 390 68 D-Xylose isomerase demetallized at pH 5 and in the pres
821p 1mh1 1.6 163 166 32 C-h-ras p21 protein (residues 1 - 166) mutant with gly
8aatA 1ajsA 1.6 401 401 46 Aspartate aminotransferase complex wtih pyridoxal-5'-ph
8aatB 1ajsA 1.5 401 401 46 Aspartate aminotransferase complex wtih pyridoxal-5'-ph
8abp 8abp 0.0 305 305 100 L-Arabinose-binding protein (mutant with met 108 replac
8acn 1amj 0.5 752 753 100 Aconitase complex with nitroisocitrate
8adh 2ohxA 1.2 374 374 100 Apo-liver alcohol dehydrogenase
8apiA 1ovaA 2.6 319 340 30 Modified alpha=1=-Antitrypsin (modified alpha=1=-Protei
8apiB 7apiB 0.3 36 36 100 Modified alpha=1=-Antitrypsin (modified alpha=1=-Protei
8at1A 8atcA 0.4 310 310 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
8at1B 8atcB 1.6 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
8at1C 8atcA 0.3 310 310 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
8at1D 8atcB 0.6 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
8atcA 8atcA 0.0 310 310 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
8atcB 8atcB 0.0 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
8atcC 8atcA 0.3 310 310 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
8atcD 8atcB 1.4 146 146 100 Aspartate carbamoyltransferase (aspartate transcarbamyl
8ca2 2cba 0.2 255 255 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
8catA 1cf9A 1.1 468 498 41 Catalase
8catB 1cf9A 1.2 470 498 41 Catalase
8cgt 1pamA 0.9 682 684 70 cyclodextrin-glycosyltransferase (cyclodextrin glucanot
8cho 1opy 1.0 121 125 34 steroid delta-isomerase biological_unit
8cpa 1aye 0.5 301 307 65 Carboxypeptidase a complexed with (bz-ala-gly==p==(o)-p
8cpp 1phd 0.2 405 405 100 Cytochrome p450cam (camphor monooxygenase) - thiocampho
8dfr 1aoeA 2.5 151 186 38 Dihydrofolate reductase
8estE 5ptp 1.2 219 240 37 Porcine pancreatic elastase complex with guanidinium is
8fabA 8fabA 0.0 206 206 100 Fab fragment from human immunoglobulin igg1 (lambda, hi
8fabB 1igtB 4.9 210 214 67 Fab fragment from human immunoglobulin igg1 (lambda, hi
8fabC 8fabA 1.0 206 206 100 Fab fragment from human immunoglobulin igg1 (lambda, hi
8fabD 1igtB 6.3 207 222 68 Fab fragment from human immunoglobulin igg1 (lambda, hi
8gch 5ptp 1.3 209 237 45 Gamma chymotrypsin complex with gly-ala-trp
8gep 2aop 0.2 456 456 100 sulfite reductase hemoprotein (sirhp) biological_unit
8gpb 1a8i 0.5 800 832 99 Glycogen phosphorylase b (t state) complex with AMP
8gssA 1pgtA 0.6 209 209 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
8gssB 1pgtA 0.5 209 209 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
8gssC 1pgtA 0.5 209 209 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
8hvpA 1fmb 1.6 97 99 31 Hiv-1 protease (hiv-1 pr) complex with inhibitor val-se
8hvpB 1fmb 1.8 98 99 32 Hiv-1 protease (hiv-1 pr) complex with inhibitor val-se
8i1b 2i1b 1.1 146 146 79 Interleukin 1-Beta
8icaA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icbA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8iccA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icd 1iso 0.5 413 414 98 Isocitrate dehydrogenase (mutant with ser 113 replaced
8iceA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icfA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icgA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8ichA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8iciA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icjA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8ickA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8iclA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icmA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icnA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icoA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icpA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icqA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icrA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icsA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8ictA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icuA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icvA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icwA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icxA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8icyA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8iczA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
8jdw 1jdw 0.8 360 360 100 l-arginine:glycine amidinotransferase fragment (transam
8kme2 5ptp 1.5 215 250 36 thrombin fragment thrombin fragment n-acetylhirudin sel
8ldh 3ldh 1.5 297 329 76 M=4= apo-Lactate dehydrogenase complex with citrate
8lprA 2sga 1.4 179 198 36 Alpha-lytic protease (mutant with met 213 replaced by a
8lyz 3lzt 0.8 129 129 100 Lysozyme iodine-inactivated
8mhtA 6mhtA 0.2 327 327 100 cytosine-specific methyltransferase hhai biological_uni
8ohm 1heiA 2.7 433 435 90 RNA helicase
8paz 7paz 0.3 123 123 99 pseudoazurin biological_unit
8pchA 1ppn 1.3 206 220 42 cathepsin h biological_unit
8prkA 1wgjA 0.2 282 282 95 inorganic pyrophosphatase (ppase) Mutant biological_uni
8prkB 1wgjA 0.4 282 282 97 inorganic pyrophosphatase (ppase) Mutant biological_uni
8prn 3prn 0.3 289 289 98 porin Mutant biological_unit
8pti 1bpi 1.5 57 58 99 Bovine pancreatic trypsin inhibitor (BPTI) mutant (tyr
8rat 7rsa 0.2 124 124 100 Ribonuclease a at 300k
8rnt 9rnt 0.1 104 104 100 Ribonuclease t=1= complex with zn==2+==
8rsaA 7rsa 0.5 124 124 100 Ribonuclease A (phosphate-free) complex with n==e2.12==
8rsaB 7rsa 0.5 124 124 100 Ribonuclease A (phosphate-free) complex with n==e2.12==
8rucA 1burA 0.1 464 467 100 ribulose-1,5-bisphosphate carboxylaseOXYGENASE (rubisco
8rucC 1burA 0.2 464 467 100 ribulose-1,5-bisphosphate carboxylaseOXYGENASE (rubisco
8rucE 1burA 0.2 464 467 100 ribulose-1,5-bisphosphate carboxylaseOXYGENASE (rubisco
8rucG 1burA 0.1 464 467 100 ribulose-1,5-bisphosphate carboxylaseOXYGENASE (rubisco
8rucI 1rboC 0.1 123 123 100 ribulose-1,5-bisphosphate carboxylaseOXYGENASE (rubisco
8rucJ 1rboC 0.1 123 123 100 ribulose-1,5-bisphosphate carboxylaseOXYGENASE (rubisco
8rucK 1rboC 0.2 123 123 100 ribulose-1,5-bisphosphate carboxylaseOXYGENASE (rubisco
8rucL 1rboC 0.1 123 123 100 ribulose-1,5-bisphosphate carboxylaseOXYGENASE (rubisco
8rxnA 1rb9 0.1 52 52 100 Rubredoxin
8timA 1amk 1.4 246 247 50 triose phosphate isomerase biological_unit
8timB 1amk 1.5 246 247 50 triose phosphate isomerase biological_unit
8tlnE 1hyt 0.1 316 316 100 Thermolysin complexed with val-lys dipeptide
8xia 4xis 0.2 386 387 99 D-Xylose isomerase complex with d-Xylose
8ximA 4xis 0.7 385 392 67 D-Xylose isomerase mutant with glu 186 replaced by gln
8ximB 4xis 0.7 385 392 67 D-Xylose isomerase mutant with glu 186 replaced by gln
8ximC 4xis 0.7 384 391 68 D-Xylose isomerase mutant with glu 186 replaced by gln
8ximD 4xis 0.7 385 392 67 D-Xylose isomerase mutant with glu 186 replaced by gln
9aatA 1ajsA 1.6 401 401 46 Aspartate aminotransferase complex with pyridoxal-5'-ph
9aatB 1ajsA 1.5 401 401 46 Aspartate aminotransferase complex with pyridoxal-5'-ph
9abp 8abp 0.4 305 305 99 L-Arabinose-binding protein (mutant with pro 254 replac
9antA 2hddA 0.5 55 56 50 antennapedia protein fragment (hd) Mutant biological_un
9antB 2hddA 0.5 55 56 50 antennapedia protein fragment (hd) Mutant biological_un
9apiA 1ovaA 2.6 319 339 30 Modified alpha=1=-Antitrypsin (modified alpha=1=-Protei
9apiB 7apiB 0.2 36 36 100 Modified alpha=1=-Antitrypsin (modified alpha=1=-Protei
9ca2 2cba 0.2 255 255 99 Carbonic anhydrase II (carbonate dehydratase) (HCA II)
9cgt 1pamA 0.9 682 684 70 cyclodextrin-glycosyltransferase (cyclodextrin glucanot
9est 5ptp 1.3 205 240 38 Porcine pancreatic elastase complex with guanidinium is
9gpbA 1a8i 1.2 793 820 99 Glycogen phosphorylase b (r state)
9gpbB 1a8i 1.2 793 820 99 Glycogen phosphorylase b (r state)
9gpbC 1a8i 1.2 790 821 99 Glycogen phosphorylase b (r state)
9gpbD 1a8i 1.2 790 821 99 Glycogen phosphorylase b (r state)
9gssA 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
9gssB 1pgtA 0.2 208 208 99 glutathione s-transferase p1-1 fragment (gstp1-1) biolo
9hvpA 1fmb 1.7 98 99 31 HIV-1 protease complex with a-74704
9hvpB 1fmb 1.7 98 99 33 HIV-1 protease complex with a-74704
9icaA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9icbA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9iccA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9icd 1iso 0.4 413 414 98 Isocitrate dehydrogenase complex with NADP+
9iceA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9icfA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9icgA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9ichA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9iciA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9icjA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9ickA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9iclA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icmA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icnA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icoA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icpA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icqA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icrA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icsA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9ictA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icuA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icvA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9icwA 1bpyA 5.2 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icxA 1bpyA 5.3 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpCpTpG)-3') (dot) (5
9icyA 1bpyA 5.4 326 327 100 DNA polymerase beta DNA (5'-d(CpApTpTpApGpA)-3') (dot)
9ilb 2i1b 0.2 153 153 100 human interleukin-1 beta
9jdw 1jdw 0.8 360 360 100 l-arginine:glycine amidinotransferase fragment (transam
9ldbA 3ldh 1.2 303 331 61 Lactate dehydrogenase complex with nadh
9ldbB 3ldh 1.2 303 331 61 Lactate dehydrogenase complex with nadh
9ldtA 3ldh 1.2 303 331 61 Lactate dehydrogenase complex with nadh and oxamate
9ldtB 3ldh 1.2 303 331 61 Lactate dehydrogenase complex with nadh and oxamate
9lprA 2sga 1.4 179 198 36 Alpha-lytic protease complex with methoxysuccinyl-Ala-A
9mhtA 6mhtA 0.3 327 327 100 cytosine-specific methyltransferase hhai biological_uni
9paiA 1sek 2.6 345 379 30 plasminogen activator inhibitor-1 Mutant biological_uni
9pap 1ppn 0.3 212 212 98 Papain cys-25 oxidized
9pcy 1plc 0.8 99 99 79 Plastocyanin (reduced form) (NMR, 16 structures)
9pti 1bpi 1.2 58 58 100 Basic pancreatic trypsin inhibitor (met 52 oxidized)
9rat 7rsa 0.2 124 124 100 Ribonuclease a at 320k
9rnt 9rnt 0.0 104 104 100 Ribonuclease t=1= complex with ca==2+==
9rsaA 7rsa 0.5 124 124 100 Ribonuclease A (phosphate-free) complex with n==d1.119=
9rsaB 7rsa 0.5 124 124 100 Ribonuclease A (phosphate-free) complex with n==d1.119=
9rubA 1burA 2.5 412 459 29 Ribulose-1,5-bisphosphate carboxylase/oxyglucose (rubis
9rubB 1burA 2.3 417 458 28 Ribulose-1,5-bisphosphate carboxylase/oxyglucose (rubis
9wgaA 9wgaA 0.0 171 171 100 Wheat germ agglutinin (isolectin 2)
9wgaB 9wgaA 0.5 171 171 100 Wheat germ agglutinin (isolectin 2)
9xia 4xis 0.2 386 387 99 D-Xylose isomerase complex with inactivator
9ximA 4xis 0.7 385 392 67 D-Xylose isomerase mutant with glu 186 replaced by gln
9ximB 4xis 0.7 385 392 67 D-Xylose isomerase mutant with glu 186 replaced by gln
9ximC 4xis 0.7 384 391 68 D-Xylose isomerase mutant with glu 186 replaced by gln
9ximD 4xis 0.7 385 392 67 D-Xylose isomerase mutant with glu 186 replaced by gln
Created Tue May 4 13:28:00 BST 1999 for dali on croma