#ID(s) interactor A	ID(s) interactor B	Alt. ID(s) interactor A	Alt. ID(s) interactor B	Alias(es) interactor A	Alias(es) interactor B	Interaction detection method(s)	Publication 1st author(s)	Publication Identifier(s)	Taxid interactor A	Taxid interactor B	Interaction type(s)	Source database(s)	Interaction identifier(s)	Confidence value(s)	Expansion method(s)	Biological role(s) interactor A	Biological role(s) interactor B	Experimental role(s) interactor A	Experimental role(s) interactor B	Type(s) interactor A	Type(s) interactor B	Xref(s) interactor A	Xref(s) interactor B	Interaction Xref(s)	Annotation(s) interactor A	Annotation(s) interactor B	Interaction annotation(s)	Host organism(s)	Interaction parameter(s)	Creation date	Update date	Checksum(s) interactor A	Checksum(s) interactor B	Interaction Checksum(s)	Negative	Feature(s) interactor A	Feature(s) interactor B	Stoichiometry(s) interactor A	Stoichiometry(s) interactor B	Identification method participant A	Identification method participant B
uniprotkb:P00441	uniprotkb:P00441	intact:EBI-990792|uniprotkb:A6NHJ0|uniprotkb:Q16669|uniprotkb:Q16711|uniprotkb:Q16838|uniprotkb:Q16839|uniprotkb:Q16840|uniprotkb:Q6NR85|ensembl:ENSP00000270142|uniprotkb:D3DSE4	intact:EBI-990792|uniprotkb:A6NHJ0|uniprotkb:Q16669|uniprotkb:Q16711|uniprotkb:Q16838|uniprotkb:Q16839|uniprotkb:Q16840|uniprotkb:Q6NR85|ensembl:ENSP00000270142|uniprotkb:D3DSE4	psi-mi:sodc_human(display_long)|uniprotkb:Superoxide dismutase 1(gene name synonym)|uniprotkb:SOD1(gene name)|psi-mi:SOD1(display_short)	psi-mi:sodc_human(display_long)|uniprotkb:Superoxide dismutase 1(gene name synonym)|uniprotkb:SOD1(gene name)|psi-mi:SOD1(display_short)	psi-mi:"MI:1232"(aggregation assay)	Crown et al. (2019)	pubmed:31999698|imex:IM-28556	taxid:9606(human)|taxid:9606(Homo sapiens)	taxid:9606(human)|taxid:9606(Homo sapiens)	psi-mi:"MI:0407"(direct interaction)	psi-mi:"MI:0471"(MINT)	intact:EBI-26444451|imex:IM-28556-1	-	-	psi-mi:"MI:0499"(unspecified role)	psi-mi:"MI:0499"(unspecified role)	psi-mi:"MI:0497"(neutral component)	psi-mi:"MI:0497"(neutral component)	psi-mi:"MI:0326"(protein)	psi-mi:"MI:0326"(protein)	ensembl:ENSG00000142168(gene)|ensembl:ENST00000270142(transcript)|go:"GO:0000187"(obsolete activation of MAPK activity)|go:"GO:0000303"(response to superoxide)|go:"GO:0001541"(ovarian follicle development)|go:"GO:0001819"(positive regulation of cytokine production)|go:"GO:0001890"(placenta development)|go:"GO:0001895"(retina homeostasis)|go:"GO:0002262"(myeloid cell homeostasis)|go:"GO:0004784"(superoxide dismutase activity)|go:"GO:0005507"(copper ion binding)|go:"GO:0005576"(extracellular region)|go:"GO:0005615"(extracellular space)|go:"GO:0005634"(nucleus)|go:"GO:0005654"(nucleoplasm)|go:"GO:0005737"(cytoplasm)|go:"GO:0005739"(mitochondrion)|go:"GO:0005758"(mitochondrial intermembrane space)|go:"GO:0005759"(mitochondrial matrix)|go:"GO:0005764"(lysosome)|go:"GO:0005777"(peroxisome)|go:"GO:0005829"(cytosol)|go:"GO:0006749"(glutathione metabolic process)|go:"GO:0006801"(superoxide metabolic process)|go:"GO:0006879"(cellular iron ion homeostasis)|go:"GO:0007283"(spermatogenesis)|go:"GO:0007566"(embryo implantation)|go:"GO:0007569"(cell aging)|go:"GO:0007605"(sensory perception of sound)|go:"GO:0007626"(locomotory behavior)|go:"GO:0008089"(anterograde axonal transport)|go:"GO:0008090"(retrograde axonal transport)|go:"GO:0001975"(response to amphetamine)|go:"GO:0008217"(regulation of blood pressure)|go:"GO:0032287"(peripheral nervous system myelin maintenance)|go:"GO:0032839"(dendrite cytoplasm)|go:"GO:0032930"(positive regulation of superoxide anion generation)|go:"GO:0032991"(protein-containing complex)|go:"GO:0033081"(regulation of T cell differentiation in thymus)|go:"GO:0034465"(response to carbon monoxide)|go:"GO:0035865"(cellular response to potassium ion)|go:"GO:0040014"(regulation of multicellular organism growth)|go:"GO:0042493"|go:"GO:0042542"(response to hydrogen peroxide)|go:"GO:0042554"(superoxide anion generation)|go:"GO:0042802"(identical protein binding)|go:"GO:0043025"(neuronal cell body)|go:"GO:0043065"(positive regulation of apoptotic process)|go:"GO:0043085"(positive regulation of catalytic activity)|go:"GO:0043087"(regulation of GTPase activity)|go:"GO:0043524"(negative regulation of neuron apoptotic process)|go:"GO:0045471"(response to ethanol)|go:"GO:0045541"(negative regulation of cholesterol biosynthetic process)|go:"GO:0045859"(regulation of protein kinase activity)|go:"GO:0046620"(regulation of organ growth)|go:"GO:0008270"(zinc ion binding)|go:"GO:0009408"(response to heat)|go:"GO:0010033"(response to organic substance)|go:"GO:0019226"(transmission of nerve impulse)|go:"GO:0019430"(removal of superoxide radicals)|go:"GO:0030346"(protein phosphatase 2B binding)|go:"GO:0031045"(dense core granule)|go:"GO:0031267"(small GTPase binding)|go:"GO:0031410"(cytoplasmic vesicle)|go:"GO:0031667"(response to nutrient levels)|interpro:IPR024134|interpro:IPR036423|mint:P00441|rcsb pdb:1AZV|rcsb pdb:1BA9|rcsb pdb:1DSW|rcsb pdb:1FUN|rcsb pdb:1HL4|rcsb pdb:1HL5|rcsb pdb:1KMG|rcsb pdb:1L3N|rcsb pdb:1MFM|rcsb pdb:1N18|rcsb pdb:1N19|interpro:IPR018152|rcsb pdb:1OEZ|rcsb pdb:1OZT|rcsb pdb:1OZU|rcsb pdb:1P1V|rcsb pdb:1PTZ|rcsb pdb:1PU0|rcsb pdb:1RK7|rcsb pdb:1SOS|rcsb pdb:1SPD|rcsb pdb:1UXL|rcsb pdb:1UXM|rcsb pdb:2AF2|rcsb pdb:2C9S|rcsb pdb:2C9U|rcsb pdb:2C9V|rcsb pdb:2GBT|rcsb pdb:2GBU|rcsb pdb:2GBV|rcsb pdb:2LU5|rcsb pdb:2MP3|rcsb pdb:2NAM|rcsb pdb:2NNX|rcsb pdb:2R27|rcsb pdb:2V0A|rcsb pdb:2VR6|rcsb pdb:2VR7|rcsb pdb:2VR8|rcsb pdb:2WKO|rcsb pdb:2WYT|rcsb pdb:2WYZ|rcsb pdb:2WZ0|rcsb pdb:2WZ5|rcsb pdb:2WZ6|rcsb pdb:2XJK|rcsb pdb:2XJL|rcsb pdb:2ZKW|rcsb pdb:2ZKX|rcsb pdb:2ZKY|rcsb pdb:3CQP|rcsb pdb:3CQQ|rcsb pdb:3ECU|rcsb pdb:3ECV|rcsb pdb:3ECW|rcsb pdb:3GQF|rcsb pdb:3GTV|rcsb pdb:3GZO|rcsb pdb:3GZP|rcsb pdb:3GZQ|rcsb pdb:3H2P|rcsb pdb:3H2Q|rcsb pdb:3HFF|rcsb pdb:3K91|rcsb pdb:3KH3|rcsb pdb:3KH4|rcsb pdb:3LTV|rcsb pdb:3QQD|rcsb pdb:3RE0|rcsb pdb:3T5W|rcsb pdb:4A7G|rcsb pdb:4A7Q|rcsb pdb:4A7S|rcsb pdb:4A7T|rcsb pdb:4A7U|rcsb pdb:4A7V|rcsb pdb:4B3E|rcsb pdb:4BCY|rcsb pdb:4BCZ|rcsb pdb:4BD4|rcsb pdb:4FF9|rcsb pdb:4MCM|rcsb pdb:4MCN|rcsb pdb:4NIN|rcsb pdb:4NIO|rcsb pdb:4NIP|rcsb pdb:4OH2|rcsb pdb:4SOD|rcsb pdb:4XCR|rcsb pdb:5DLI|rcsb pdb:5IIW|rcsb pdb:5J07|rcsb pdb:5J0C|rcsb pdb:5J0F|rcsb pdb:5J0G|rcsb pdb:5K02|rcsb pdb:5O3Y|rcsb pdb:5O40|rcsb pdb:5U9M|rcsb pdb:5WOR|rcsb pdb:5YTO|rcsb pdb:5YTU|rcsb pdb:5YUL|rcsb pdb:6A9O|rcsb pdb:6B79|rcsb pdb:6DTK|rcsb pdb:6FFK|rcsb pdb:6FLH|rcsb pdb:6FOI|rcsb pdb:6FOL|rcsb pdb:6FON|rcsb pdb:6FP6|rcsb pdb:6SPA|rcsb pdb:6SPH|rcsb pdb:6SPI|rcsb pdb:6SPJ|rcsb pdb:6SPK|rcsb pdb:6Z3V|rcsb pdb:6Z4G|rcsb pdb:6Z4H|rcsb pdb:6Z4I|rcsb pdb:6Z4J|rcsb pdb:6Z4K|rcsb pdb:6Z4L|rcsb pdb:6Z4M|rcsb pdb:6Z4O|reactome:R-HSA-114608|reactome:R-HSA-3299685|reactome:R-HSA-8950505|rcsb pdb:5WMJ|go:"GO:0046688"(response to copper ion)|go:"GO:0046716"(muscle cell cellular homeostasis)|go:"GO:0048538"(thymus development)|go:"GO:0048678"(response to axon injury)|go:"GO:0050665"(hydrogen peroxide biosynthetic process)|go:"GO:0046677"(response to antibiotic)|go:"GO:0050728"(negative regulation of inflammatory response)|go:"GO:0050766"(positive regulation of phagocytosis)|go:"GO:0051087"(chaperone binding)|go:"GO:0051881"(regulation of mitochondrial membrane potential)|go:"GO:0060047"(heart contraction)|go:"GO:0060052"(neurofilament cytoskeleton organization)|go:"GO:0060087"(relaxation of vascular associated smooth muscle)|go:"GO:0060088"(auditory receptor cell stereocilium organization)|go:"GO:0070062"(extracellular exosome)|go:"GO:0071276"(cellular response to cadmium ion)|go:"GO:0071318"(cellular response to ATP)|go:"GO:0072593"(reactive oxygen species metabolic process)|go:"GO:0097332"(response to antipsychotic drug)|go:"GO:1902177"(positive regulation of oxidative stress-induced intrinsic apoptotic signaling pathway)|go:"GO:1904115"(axon cytoplasm)|interpro:IPR001424(Superoxide dismutase, copper/zinc binding)|refseq:NP_000445.1|dip:DIP-44941N	ensembl:ENSG00000142168(gene)|ensembl:ENST00000270142(transcript)|go:"GO:0000187"(obsolete activation of MAPK activity)|go:"GO:0000303"(response to superoxide)|go:"GO:0001541"(ovarian follicle development)|go:"GO:0001819"(positive regulation of cytokine production)|go:"GO:0001890"(placenta development)|go:"GO:0001895"(retina homeostasis)|go:"GO:0002262"(myeloid cell homeostasis)|go:"GO:0004784"(superoxide dismutase activity)|go:"GO:0005507"(copper ion binding)|go:"GO:0005576"(extracellular region)|go:"GO:0005615"(extracellular space)|go:"GO:0005634"(nucleus)|go:"GO:0005654"(nucleoplasm)|go:"GO:0005737"(cytoplasm)|go:"GO:0005739"(mitochondrion)|go:"GO:0005758"(mitochondrial intermembrane space)|go:"GO:0005759"(mitochondrial matrix)|go:"GO:0005764"(lysosome)|go:"GO:0005777"(peroxisome)|go:"GO:0005829"(cytosol)|go:"GO:0006749"(glutathione metabolic process)|go:"GO:0006801"(superoxide metabolic process)|go:"GO:0006879"(cellular iron ion homeostasis)|go:"GO:0007283"(spermatogenesis)|go:"GO:0007566"(embryo implantation)|go:"GO:0007569"(cell aging)|go:"GO:0007605"(sensory perception of sound)|go:"GO:0007626"(locomotory behavior)|go:"GO:0008089"(anterograde axonal transport)|go:"GO:0008090"(retrograde axonal transport)|go:"GO:0001975"(response to amphetamine)|go:"GO:0008217"(regulation of blood pressure)|go:"GO:0032287"(peripheral nervous system myelin maintenance)|go:"GO:0032839"(dendrite cytoplasm)|go:"GO:0032930"(positive regulation of superoxide anion generation)|go:"GO:0032991"(protein-containing complex)|go:"GO:0033081"(regulation of T cell differentiation in thymus)|go:"GO:0034465"(response to carbon monoxide)|go:"GO:0035865"(cellular response to potassium ion)|go:"GO:0040014"(regulation of multicellular organism growth)|go:"GO:0042493"|go:"GO:0042542"(response to hydrogen peroxide)|go:"GO:0042554"(superoxide anion generation)|go:"GO:0042802"(identical protein binding)|go:"GO:0043025"(neuronal cell body)|go:"GO:0043065"(positive regulation of apoptotic process)|go:"GO:0043085"(positive regulation of catalytic activity)|go:"GO:0043087"(regulation of GTPase activity)|go:"GO:0043524"(negative regulation of neuron apoptotic process)|go:"GO:0045471"(response to ethanol)|go:"GO:0045541"(negative regulation of cholesterol biosynthetic process)|go:"GO:0045859"(regulation of protein kinase activity)|go:"GO:0046620"(regulation of organ growth)|go:"GO:0008270"(zinc ion binding)|go:"GO:0009408"(response to heat)|go:"GO:0010033"(response to organic substance)|go:"GO:0019226"(transmission of nerve impulse)|go:"GO:0019430"(removal of superoxide radicals)|go:"GO:0030346"(protein phosphatase 2B binding)|go:"GO:0031045"(dense core granule)|go:"GO:0031267"(small GTPase binding)|go:"GO:0031410"(cytoplasmic vesicle)|go:"GO:0031667"(response to nutrient levels)|interpro:IPR024134|interpro:IPR036423|mint:P00441|rcsb pdb:1AZV|rcsb pdb:1BA9|rcsb pdb:1DSW|rcsb pdb:1FUN|rcsb pdb:1HL4|rcsb pdb:1HL5|rcsb pdb:1KMG|rcsb pdb:1L3N|rcsb pdb:1MFM|rcsb pdb:1N18|rcsb pdb:1N19|interpro:IPR018152|rcsb pdb:1OEZ|rcsb pdb:1OZT|rcsb pdb:1OZU|rcsb pdb:1P1V|rcsb pdb:1PTZ|rcsb pdb:1PU0|rcsb pdb:1RK7|rcsb pdb:1SOS|rcsb pdb:1SPD|rcsb pdb:1UXL|rcsb pdb:1UXM|rcsb pdb:2AF2|rcsb pdb:2C9S|rcsb pdb:2C9U|rcsb pdb:2C9V|rcsb pdb:2GBT|rcsb pdb:2GBU|rcsb pdb:2GBV|rcsb pdb:2LU5|rcsb pdb:2MP3|rcsb pdb:2NAM|rcsb pdb:2NNX|rcsb pdb:2R27|rcsb pdb:2V0A|rcsb pdb:2VR6|rcsb pdb:2VR7|rcsb pdb:2VR8|rcsb pdb:2WKO|rcsb pdb:2WYT|rcsb pdb:2WYZ|rcsb pdb:2WZ0|rcsb pdb:2WZ5|rcsb pdb:2WZ6|rcsb pdb:2XJK|rcsb pdb:2XJL|rcsb pdb:2ZKW|rcsb pdb:2ZKX|rcsb pdb:2ZKY|rcsb pdb:3CQP|rcsb pdb:3CQQ|rcsb pdb:3ECU|rcsb pdb:3ECV|rcsb pdb:3ECW|rcsb pdb:3GQF|rcsb pdb:3GTV|rcsb pdb:3GZO|rcsb pdb:3GZP|rcsb pdb:3GZQ|rcsb pdb:3H2P|rcsb pdb:3H2Q|rcsb pdb:3HFF|rcsb pdb:3K91|rcsb pdb:3KH3|rcsb pdb:3KH4|rcsb pdb:3LTV|rcsb pdb:3QQD|rcsb pdb:3RE0|rcsb pdb:3T5W|rcsb pdb:4A7G|rcsb pdb:4A7Q|rcsb pdb:4A7S|rcsb pdb:4A7T|rcsb pdb:4A7U|rcsb pdb:4A7V|rcsb pdb:4B3E|rcsb pdb:4BCY|rcsb pdb:4BCZ|rcsb pdb:4BD4|rcsb pdb:4FF9|rcsb pdb:4MCM|rcsb pdb:4MCN|rcsb pdb:4NIN|rcsb pdb:4NIO|rcsb pdb:4NIP|rcsb pdb:4OH2|rcsb pdb:4SOD|rcsb pdb:4XCR|rcsb pdb:5DLI|rcsb pdb:5IIW|rcsb pdb:5J07|rcsb pdb:5J0C|rcsb pdb:5J0F|rcsb pdb:5J0G|rcsb pdb:5K02|rcsb pdb:5O3Y|rcsb pdb:5O40|rcsb pdb:5U9M|rcsb pdb:5WOR|rcsb pdb:5YTO|rcsb pdb:5YTU|rcsb pdb:5YUL|rcsb pdb:6A9O|rcsb pdb:6B79|rcsb pdb:6DTK|rcsb pdb:6FFK|rcsb pdb:6FLH|rcsb pdb:6FOI|rcsb pdb:6FOL|rcsb pdb:6FON|rcsb pdb:6FP6|rcsb pdb:6SPA|rcsb pdb:6SPH|rcsb pdb:6SPI|rcsb pdb:6SPJ|rcsb pdb:6SPK|rcsb pdb:6Z3V|rcsb pdb:6Z4G|rcsb pdb:6Z4H|rcsb pdb:6Z4I|rcsb pdb:6Z4J|rcsb pdb:6Z4K|rcsb pdb:6Z4L|rcsb pdb:6Z4M|rcsb pdb:6Z4O|reactome:R-HSA-114608|reactome:R-HSA-3299685|reactome:R-HSA-8950505|rcsb pdb:5WMJ|go:"GO:0046688"(response to copper ion)|go:"GO:0046716"(muscle cell cellular homeostasis)|go:"GO:0048538"(thymus development)|go:"GO:0048678"(response to axon injury)|go:"GO:0050665"(hydrogen peroxide biosynthetic process)|go:"GO:0046677"(response to antibiotic)|go:"GO:0050728"(negative regulation of inflammatory response)|go:"GO:0050766"(positive regulation of phagocytosis)|go:"GO:0051087"(chaperone binding)|go:"GO:0051881"(regulation of mitochondrial membrane potential)|go:"GO:0060047"(heart contraction)|go:"GO:0060052"(neurofilament cytoskeleton organization)|go:"GO:0060087"(relaxation of vascular associated smooth muscle)|go:"GO:0060088"(auditory receptor cell stereocilium organization)|go:"GO:0070062"(extracellular exosome)|go:"GO:0071276"(cellular response to cadmium ion)|go:"GO:0071318"(cellular response to ATP)|go:"GO:0072593"(reactive oxygen species metabolic process)|go:"GO:0097332"(response to antipsychotic drug)|go:"GO:1902177"(positive regulation of oxidative stress-induced intrinsic apoptotic signaling pathway)|go:"GO:1904115"(axon cytoplasm)|interpro:IPR001424(Superoxide dismutase, copper/zinc binding)|refseq:NP_000445.1|dip:DIP-44941N	-	-	-	figure legend:Fig. S1|comment:"we prepared recombinant WT-SOD1 and W32S-SOD1 fibrils as described in Methods (S1 Fig)."|full coverage:Only protein-protein interactions|curation depth:imex curation	taxid:-1(in vitro)|taxid:-1(In vitro)	-	2020/11/10	2020/11/10	rogid:W5O3CdnrxKm1kudXW04wxnCxTY09606	rogid:W5O3CdnrxKm1kudXW04wxnCxTY09606	rigid:RyDCapUvxenkywAzhZBdOJ+VgPU	false	mutation decreasing interaction strength:33-33	mutation decreasing interaction strength:33-33	-	-	psi-mi:"MI:0396"(predetermined participant)	psi-mi:"MI:0396"(predetermined participant)
uniprotkb:P00441	uniprotkb:P00441	intact:EBI-990792|uniprotkb:A6NHJ0|uniprotkb:Q16669|uniprotkb:Q16711|uniprotkb:Q16838|uniprotkb:Q16839|uniprotkb:Q16840|uniprotkb:Q6NR85|ensembl:ENSP00000270142|uniprotkb:D3DSE4	intact:EBI-990792|uniprotkb:A6NHJ0|uniprotkb:Q16669|uniprotkb:Q16711|uniprotkb:Q16838|uniprotkb:Q16839|uniprotkb:Q16840|uniprotkb:Q6NR85|ensembl:ENSP00000270142|uniprotkb:D3DSE4	psi-mi:sodc_human(display_long)|uniprotkb:Superoxide dismutase 1(gene name synonym)|uniprotkb:SOD1(gene name)|psi-mi:SOD1(display_short)	psi-mi:sodc_human(display_long)|uniprotkb:Superoxide dismutase 1(gene name synonym)|uniprotkb:SOD1(gene name)|psi-mi:SOD1(display_short)	psi-mi:"MI:0928"(filter trap assay)	Crown et al. (2019)	pubmed:31999698|imex:IM-28556	taxid:9606(human)|taxid:9606(Homo sapiens)	taxid:9606(human)|taxid:9606(Homo sapiens)	psi-mi:"MI:0407"(direct interaction)	psi-mi:"MI:0471"(MINT)	intact:EBI-26444468|imex:IM-28556-3	-	-	psi-mi:"MI:0499"(unspecified role)	psi-mi:"MI:0499"(unspecified role)	psi-mi:"MI:0497"(neutral component)	psi-mi:"MI:0497"(neutral component)	psi-mi:"MI:0326"(protein)	psi-mi:"MI:0326"(protein)	ensembl:ENSG00000142168(gene)|ensembl:ENST00000270142(transcript)|go:"GO:0000187"(obsolete activation of MAPK activity)|go:"GO:0000303"(response to superoxide)|go:"GO:0001541"(ovarian follicle development)|go:"GO:0001819"(positive regulation of cytokine production)|go:"GO:0001890"(placenta development)|go:"GO:0001895"(retina homeostasis)|go:"GO:0002262"(myeloid cell homeostasis)|go:"GO:0004784"(superoxide dismutase activity)|go:"GO:0005507"(copper ion binding)|go:"GO:0005576"(extracellular region)|go:"GO:0005615"(extracellular space)|go:"GO:0005634"(nucleus)|go:"GO:0005654"(nucleoplasm)|go:"GO:0005737"(cytoplasm)|go:"GO:0005739"(mitochondrion)|go:"GO:0005758"(mitochondrial intermembrane space)|go:"GO:0005759"(mitochondrial matrix)|go:"GO:0005764"(lysosome)|go:"GO:0005777"(peroxisome)|go:"GO:0005829"(cytosol)|go:"GO:0006749"(glutathione metabolic process)|go:"GO:0006801"(superoxide metabolic process)|go:"GO:0006879"(cellular iron ion homeostasis)|go:"GO:0007283"(spermatogenesis)|go:"GO:0007566"(embryo implantation)|go:"GO:0007569"(cell aging)|go:"GO:0007605"(sensory perception of sound)|go:"GO:0007626"(locomotory behavior)|go:"GO:0008089"(anterograde axonal transport)|go:"GO:0008090"(retrograde axonal transport)|go:"GO:0001975"(response to amphetamine)|go:"GO:0008217"(regulation of blood pressure)|go:"GO:0032287"(peripheral nervous system myelin maintenance)|go:"GO:0032839"(dendrite cytoplasm)|go:"GO:0032930"(positive regulation of superoxide anion generation)|go:"GO:0032991"(protein-containing complex)|go:"GO:0033081"(regulation of T cell differentiation in thymus)|go:"GO:0034465"(response to carbon monoxide)|go:"GO:0035865"(cellular response to potassium ion)|go:"GO:0040014"(regulation of multicellular organism growth)|go:"GO:0042493"|go:"GO:0042542"(response to hydrogen peroxide)|go:"GO:0042554"(superoxide anion generation)|go:"GO:0042802"(identical protein binding)|go:"GO:0043025"(neuronal cell body)|go:"GO:0043065"(positive regulation of apoptotic process)|go:"GO:0043085"(positive regulation of catalytic activity)|go:"GO:0043087"(regulation of GTPase activity)|go:"GO:0043524"(negative regulation of neuron apoptotic process)|go:"GO:0045471"(response to ethanol)|go:"GO:0045541"(negative regulation of cholesterol biosynthetic process)|go:"GO:0045859"(regulation of protein kinase activity)|go:"GO:0046620"(regulation of organ growth)|go:"GO:0008270"(zinc ion binding)|go:"GO:0009408"(response to heat)|go:"GO:0010033"(response to organic substance)|go:"GO:0019226"(transmission of nerve impulse)|go:"GO:0019430"(removal of superoxide radicals)|go:"GO:0030346"(protein phosphatase 2B binding)|go:"GO:0031045"(dense core granule)|go:"GO:0031267"(small GTPase binding)|go:"GO:0031410"(cytoplasmic vesicle)|go:"GO:0031667"(response to nutrient levels)|interpro:IPR024134|interpro:IPR036423|mint:P00441|rcsb pdb:1AZV|rcsb pdb:1BA9|rcsb pdb:1DSW|rcsb pdb:1FUN|rcsb pdb:1HL4|rcsb pdb:1HL5|rcsb pdb:1KMG|rcsb pdb:1L3N|rcsb pdb:1MFM|rcsb pdb:1N18|rcsb pdb:1N19|interpro:IPR018152|rcsb pdb:1OEZ|rcsb pdb:1OZT|rcsb pdb:1OZU|rcsb pdb:1P1V|rcsb pdb:1PTZ|rcsb pdb:1PU0|rcsb pdb:1RK7|rcsb pdb:1SOS|rcsb pdb:1SPD|rcsb pdb:1UXL|rcsb pdb:1UXM|rcsb pdb:2AF2|rcsb pdb:2C9S|rcsb pdb:2C9U|rcsb pdb:2C9V|rcsb pdb:2GBT|rcsb pdb:2GBU|rcsb pdb:2GBV|rcsb pdb:2LU5|rcsb pdb:2MP3|rcsb pdb:2NAM|rcsb pdb:2NNX|rcsb pdb:2R27|rcsb pdb:2V0A|rcsb pdb:2VR6|rcsb pdb:2VR7|rcsb pdb:2VR8|rcsb pdb:2WKO|rcsb pdb:2WYT|rcsb pdb:2WYZ|rcsb pdb:2WZ0|rcsb pdb:2WZ5|rcsb pdb:2WZ6|rcsb pdb:2XJK|rcsb pdb:2XJL|rcsb pdb:2ZKW|rcsb pdb:2ZKX|rcsb pdb:2ZKY|rcsb pdb:3CQP|rcsb pdb:3CQQ|rcsb pdb:3ECU|rcsb pdb:3ECV|rcsb pdb:3ECW|rcsb pdb:3GQF|rcsb pdb:3GTV|rcsb pdb:3GZO|rcsb pdb:3GZP|rcsb pdb:3GZQ|rcsb pdb:3H2P|rcsb pdb:3H2Q|rcsb pdb:3HFF|rcsb pdb:3K91|rcsb pdb:3KH3|rcsb pdb:3KH4|rcsb pdb:3LTV|rcsb pdb:3QQD|rcsb pdb:3RE0|rcsb pdb:3T5W|rcsb pdb:4A7G|rcsb pdb:4A7Q|rcsb pdb:4A7S|rcsb pdb:4A7T|rcsb pdb:4A7U|rcsb pdb:4A7V|rcsb pdb:4B3E|rcsb pdb:4BCY|rcsb pdb:4BCZ|rcsb pdb:4BD4|rcsb pdb:4FF9|rcsb pdb:4MCM|rcsb pdb:4MCN|rcsb pdb:4NIN|rcsb pdb:4NIO|rcsb pdb:4NIP|rcsb pdb:4OH2|rcsb pdb:4SOD|rcsb pdb:4XCR|rcsb pdb:5DLI|rcsb pdb:5IIW|rcsb pdb:5J07|rcsb pdb:5J0C|rcsb pdb:5J0F|rcsb pdb:5J0G|rcsb pdb:5K02|rcsb pdb:5O3Y|rcsb pdb:5O40|rcsb pdb:5U9M|rcsb pdb:5WOR|rcsb pdb:5YTO|rcsb pdb:5YTU|rcsb pdb:5YUL|rcsb pdb:6A9O|rcsb pdb:6B79|rcsb pdb:6DTK|rcsb pdb:6FFK|rcsb pdb:6FLH|rcsb pdb:6FOI|rcsb pdb:6FOL|rcsb pdb:6FON|rcsb pdb:6FP6|rcsb pdb:6SPA|rcsb pdb:6SPH|rcsb pdb:6SPI|rcsb pdb:6SPJ|rcsb pdb:6SPK|rcsb pdb:6Z3V|rcsb pdb:6Z4G|rcsb pdb:6Z4H|rcsb pdb:6Z4I|rcsb pdb:6Z4J|rcsb pdb:6Z4K|rcsb pdb:6Z4L|rcsb pdb:6Z4M|rcsb pdb:6Z4O|reactome:R-HSA-114608|reactome:R-HSA-3299685|reactome:R-HSA-8950505|rcsb pdb:5WMJ|go:"GO:0046688"(response to copper ion)|go:"GO:0046716"(muscle cell cellular homeostasis)|go:"GO:0048538"(thymus development)|go:"GO:0048678"(response to axon injury)|go:"GO:0050665"(hydrogen peroxide biosynthetic process)|go:"GO:0046677"(response to antibiotic)|go:"GO:0050728"(negative regulation of inflammatory response)|go:"GO:0050766"(positive regulation of phagocytosis)|go:"GO:0051087"(chaperone binding)|go:"GO:0051881"(regulation of mitochondrial membrane potential)|go:"GO:0060047"(heart contraction)|go:"GO:0060052"(neurofilament cytoskeleton organization)|go:"GO:0060087"(relaxation of vascular associated smooth muscle)|go:"GO:0060088"(auditory receptor cell stereocilium organization)|go:"GO:0070062"(extracellular exosome)|go:"GO:0071276"(cellular response to cadmium ion)|go:"GO:0071318"(cellular response to ATP)|go:"GO:0072593"(reactive oxygen species metabolic process)|go:"GO:0097332"(response to antipsychotic drug)|go:"GO:1902177"(positive regulation of oxidative stress-induced intrinsic apoptotic signaling pathway)|go:"GO:1904115"(axon cytoplasm)|interpro:IPR001424(Superoxide dismutase, copper/zinc binding)|refseq:NP_000445.1|dip:DIP-44941N	ensembl:ENSG00000142168(gene)|ensembl:ENST00000270142(transcript)|go:"GO:0000187"(obsolete activation of MAPK activity)|go:"GO:0000303"(response to superoxide)|go:"GO:0001541"(ovarian follicle development)|go:"GO:0001819"(positive regulation of cytokine production)|go:"GO:0001890"(placenta development)|go:"GO:0001895"(retina homeostasis)|go:"GO:0002262"(myeloid cell homeostasis)|go:"GO:0004784"(superoxide dismutase activity)|go:"GO:0005507"(copper ion binding)|go:"GO:0005576"(extracellular region)|go:"GO:0005615"(extracellular space)|go:"GO:0005634"(nucleus)|go:"GO:0005654"(nucleoplasm)|go:"GO:0005737"(cytoplasm)|go:"GO:0005739"(mitochondrion)|go:"GO:0005758"(mitochondrial intermembrane space)|go:"GO:0005759"(mitochondrial matrix)|go:"GO:0005764"(lysosome)|go:"GO:0005777"(peroxisome)|go:"GO:0005829"(cytosol)|go:"GO:0006749"(glutathione metabolic process)|go:"GO:0006801"(superoxide metabolic process)|go:"GO:0006879"(cellular iron ion homeostasis)|go:"GO:0007283"(spermatogenesis)|go:"GO:0007566"(embryo implantation)|go:"GO:0007569"(cell aging)|go:"GO:0007605"(sensory perception of sound)|go:"GO:0007626"(locomotory behavior)|go:"GO:0008089"(anterograde axonal transport)|go:"GO:0008090"(retrograde axonal transport)|go:"GO:0001975"(response to amphetamine)|go:"GO:0008217"(regulation of blood pressure)|go:"GO:0032287"(peripheral nervous system myelin maintenance)|go:"GO:0032839"(dendrite cytoplasm)|go:"GO:0032930"(positive regulation of superoxide anion generation)|go:"GO:0032991"(protein-containing complex)|go:"GO:0033081"(regulation of T cell differentiation in thymus)|go:"GO:0034465"(response to carbon monoxide)|go:"GO:0035865"(cellular response to potassium ion)|go:"GO:0040014"(regulation of multicellular organism growth)|go:"GO:0042493"|go:"GO:0042542"(response to hydrogen peroxide)|go:"GO:0042554"(superoxide anion generation)|go:"GO:0042802"(identical protein binding)|go:"GO:0043025"(neuronal cell body)|go:"GO:0043065"(positive regulation of apoptotic process)|go:"GO:0043085"(positive regulation of catalytic activity)|go:"GO:0043087"(regulation of GTPase activity)|go:"GO:0043524"(negative regulation of neuron apoptotic process)|go:"GO:0045471"(response to ethanol)|go:"GO:0045541"(negative regulation of cholesterol biosynthetic process)|go:"GO:0045859"(regulation of protein kinase activity)|go:"GO:0046620"(regulation of organ growth)|go:"GO:0008270"(zinc ion binding)|go:"GO:0009408"(response to heat)|go:"GO:0010033"(response to organic substance)|go:"GO:0019226"(transmission of nerve impulse)|go:"GO:0019430"(removal of superoxide radicals)|go:"GO:0030346"(protein phosphatase 2B binding)|go:"GO:0031045"(dense core granule)|go:"GO:0031267"(small GTPase binding)|go:"GO:0031410"(cytoplasmic vesicle)|go:"GO:0031667"(response to nutrient levels)|interpro:IPR024134|interpro:IPR036423|mint:P00441|rcsb pdb:1AZV|rcsb pdb:1BA9|rcsb pdb:1DSW|rcsb pdb:1FUN|rcsb pdb:1HL4|rcsb pdb:1HL5|rcsb pdb:1KMG|rcsb pdb:1L3N|rcsb pdb:1MFM|rcsb pdb:1N18|rcsb pdb:1N19|interpro:IPR018152|rcsb pdb:1OEZ|rcsb pdb:1OZT|rcsb pdb:1OZU|rcsb pdb:1P1V|rcsb pdb:1PTZ|rcsb pdb:1PU0|rcsb pdb:1RK7|rcsb pdb:1SOS|rcsb pdb:1SPD|rcsb pdb:1UXL|rcsb pdb:1UXM|rcsb pdb:2AF2|rcsb pdb:2C9S|rcsb pdb:2C9U|rcsb pdb:2C9V|rcsb pdb:2GBT|rcsb pdb:2GBU|rcsb pdb:2GBV|rcsb pdb:2LU5|rcsb pdb:2MP3|rcsb pdb:2NAM|rcsb pdb:2NNX|rcsb pdb:2R27|rcsb pdb:2V0A|rcsb pdb:2VR6|rcsb pdb:2VR7|rcsb pdb:2VR8|rcsb pdb:2WKO|rcsb pdb:2WYT|rcsb pdb:2WYZ|rcsb pdb:2WZ0|rcsb pdb:2WZ5|rcsb pdb:2WZ6|rcsb pdb:2XJK|rcsb pdb:2XJL|rcsb pdb:2ZKW|rcsb pdb:2ZKX|rcsb pdb:2ZKY|rcsb pdb:3CQP|rcsb pdb:3CQQ|rcsb pdb:3ECU|rcsb pdb:3ECV|rcsb pdb:3ECW|rcsb pdb:3GQF|rcsb pdb:3GTV|rcsb pdb:3GZO|rcsb pdb:3GZP|rcsb pdb:3GZQ|rcsb pdb:3H2P|rcsb pdb:3H2Q|rcsb pdb:3HFF|rcsb pdb:3K91|rcsb pdb:3KH3|rcsb pdb:3KH4|rcsb pdb:3LTV|rcsb pdb:3QQD|rcsb pdb:3RE0|rcsb pdb:3T5W|rcsb pdb:4A7G|rcsb pdb:4A7Q|rcsb pdb:4A7S|rcsb pdb:4A7T|rcsb pdb:4A7U|rcsb pdb:4A7V|rcsb pdb:4B3E|rcsb pdb:4BCY|rcsb pdb:4BCZ|rcsb pdb:4BD4|rcsb pdb:4FF9|rcsb pdb:4MCM|rcsb pdb:4MCN|rcsb pdb:4NIN|rcsb pdb:4NIO|rcsb pdb:4NIP|rcsb pdb:4OH2|rcsb pdb:4SOD|rcsb pdb:4XCR|rcsb pdb:5DLI|rcsb pdb:5IIW|rcsb pdb:5J07|rcsb pdb:5J0C|rcsb pdb:5J0F|rcsb pdb:5J0G|rcsb pdb:5K02|rcsb pdb:5O3Y|rcsb pdb:5O40|rcsb pdb:5U9M|rcsb pdb:5WOR|rcsb pdb:5YTO|rcsb pdb:5YTU|rcsb pdb:5YUL|rcsb pdb:6A9O|rcsb pdb:6B79|rcsb pdb:6DTK|rcsb pdb:6FFK|rcsb pdb:6FLH|rcsb pdb:6FOI|rcsb pdb:6FOL|rcsb pdb:6FON|rcsb pdb:6FP6|rcsb pdb:6SPA|rcsb pdb:6SPH|rcsb pdb:6SPI|rcsb pdb:6SPJ|rcsb pdb:6SPK|rcsb pdb:6Z3V|rcsb pdb:6Z4G|rcsb pdb:6Z4H|rcsb pdb:6Z4I|rcsb pdb:6Z4J|rcsb pdb:6Z4K|rcsb pdb:6Z4L|rcsb pdb:6Z4M|rcsb pdb:6Z4O|reactome:R-HSA-114608|reactome:R-HSA-3299685|reactome:R-HSA-8950505|rcsb pdb:5WMJ|go:"GO:0046688"(response to copper ion)|go:"GO:0046716"(muscle cell cellular homeostasis)|go:"GO:0048538"(thymus development)|go:"GO:0048678"(response to axon injury)|go:"GO:0050665"(hydrogen peroxide biosynthetic process)|go:"GO:0046677"(response to antibiotic)|go:"GO:0050728"(negative regulation of inflammatory response)|go:"GO:0050766"(positive regulation of phagocytosis)|go:"GO:0051087"(chaperone binding)|go:"GO:0051881"(regulation of mitochondrial membrane potential)|go:"GO:0060047"(heart contraction)|go:"GO:0060052"(neurofilament cytoskeleton organization)|go:"GO:0060087"(relaxation of vascular associated smooth muscle)|go:"GO:0060088"(auditory receptor cell stereocilium organization)|go:"GO:0070062"(extracellular exosome)|go:"GO:0071276"(cellular response to cadmium ion)|go:"GO:0071318"(cellular response to ATP)|go:"GO:0072593"(reactive oxygen species metabolic process)|go:"GO:0097332"(response to antipsychotic drug)|go:"GO:1902177"(positive regulation of oxidative stress-induced intrinsic apoptotic signaling pathway)|go:"GO:1904115"(axon cytoplasm)|interpro:IPR001424(Superoxide dismutase, copper/zinc binding)|refseq:NP_000445.1|dip:DIP-44941N	-	-	-	figure legend:Fig. 1A|comment:"we assessed the levels of large aggregates by filter trap assay and observed a ~5 fold greater level WT-SOD1 fibrils than W32S-SOD1 fibrils in our preparations (Fig 1a)."|full coverage:Only protein-protein interactions|curation depth:imex curation	taxid:-1(in vitro)|taxid:-1(In vitro)	-	2020/11/10	2020/11/10	rogid:W5O3CdnrxKm1kudXW04wxnCxTY09606	rogid:W5O3CdnrxKm1kudXW04wxnCxTY09606	rigid:RyDCapUvxenkywAzhZBdOJ+VgPU	false	mutation decreasing interaction strength:33-33	mutation decreasing interaction strength:33-33	-	-	psi-mi:"MI:0396"(predetermined participant)	psi-mi:"MI:0396"(predetermined participant)