DIP Database of Interacting Proteins 611 Young Drive East; Los Angeles CA 90095; USA http://dip.doe-mbi.ucla.edu/ dip@mbi.ucla.edu 611 Young Drive East; Los Angeles CA 90095; USA http://dip.doe-mbi.ucla.edu/ kutscheidt-2014-1 in vitro In vitro pull down pull down anti tag western anti tag western blot anti tag western Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. DIP original experiment: DIP-262130X Nature cell biology 2014 IMEx FHOD1 interaction with nesprin-2G mediates TAN line formation and nuclear movement. Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. Only protein-protein interactions imex curation kutscheidt-2014-2 human Homo sapiens Human anti tag coip anti tag coimmunoprecipitation anti tag coip anti tag western anti tag western blot anti tag western Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. DIP original experiment: DIP-262132X Nature cell biology 2014 IMEx FHOD1 interaction with nesprin-2G mediates TAN line formation and nuclear movement. Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. Only protein-protein interactions imex curation kutscheidt-2014-3 yeasx Saccharomyces cerevisiae (Baker's yeast) Baker's yeast 2 hybrid two hybrid 2H 2h Gal4 transcription regeneration two-hybrid yeast two hybrid 2-hybrid classical two hybrid classical two hybrid 2H two-hybrid 2-hybrid Gal4 transcription regeneration 2h yeast two hybrid Y2H Y-2H 2 hybrid nucleotide sequence nucleotide sequence identification sequence cloning sequence cloning nucleotide sequence Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. DIP original experiment: DIP-262128X Nature cell biology 2014 IMEx FHOD1 interaction with nesprin-2G mediates TAN line formation and nuclear movement. Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. Only protein-protein interactions imex curation kutscheidt-2014-4 yeasx Saccharomyces cerevisiae (Baker's yeast) Baker's yeast 2 hybrid two hybrid 2H 2h Gal4 transcription regeneration two-hybrid yeast two hybrid 2-hybrid classical two hybrid classical two hybrid 2H two-hybrid 2-hybrid Gal4 transcription regeneration 2h yeast two hybrid Y2H Y-2H 2 hybrid predetermined predetermined participant predetermined Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. DIP original experiment: DIP-262129X Nature cell biology 2014 IMEx FHOD1 interaction with nesprin-2G mediates TAN line formation and nuclear movement. Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. Only protein-protein interactions imex curation kutscheidt-2014-5 in vitro In vitro pull down pull down predetermined predetermined participant predetermined Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. DIP original experiment: DIP-262133X Nature cell biology 2014 IMEx FHOD1 interaction with nesprin-2G mediates TAN line formation and nuclear movement. Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. Only protein-protein interactions imex curation kutscheidt-2014-6 human Homo sapiens Human anti bait coip anti bait coimmunoprecipitation anti bait coip western blot western blot Immuno blot Immuno blot Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. DIP original experiment: DIP-262131X Nature cell biology 2014 IMEx FHOD1 interaction with nesprin-2G mediates TAN line formation and nuclear movement. Kutscheidt S., Zhu R., Antoku S., Luxton GW., Stagljar I., Fackler OT., Gundersen GG. Only protein-protein interactions imex curation syne2_human Nesprin-2 SYNE2 KIAA1011 NUA Nuclear envelope spectrin repeat protein 2 Synaptic nuclear envelope protein 2 Nucleus and actin connecting element protein KASH domain-containing protein 2 protein protein human Homo sapiens Human MASSPELPTEDEQGSWGIDDLHISLQAEQEDTQKKAFTCWINSQLARHTSPSVISDLFTDIKKGHVLLDLLEVLSGQQLPRDKGSNTFQCRINIEHALTFLRNRSIKLINIHVTDIIDGNPSIILGLIWTIILHFHIEKLAQTLSCNYNQPSLDDVSVVDSSPASSPPAKKCSKVQARWQMSARKALLLWAQEQCATYESVNVTDFKSSWRNGMAFLAIIHALRPDLIDMKSVKHRSNKDNLREAFRIAEQELKIPRLLEPEDVDVVDPDEKSIMTYVAQFLQYSKDAPGTGEEAQGKVKDAMGWLTLQKEKLQKLLKDSENDTYFKKYNSLLSFMESFNEEKKSFLDVLSIKRDLDELDKDHLQLREAWDGLDHQINAWKIKLNYALPPPLHQTEAWLQEVEELMDEDLSASQDHSQAVTLIQEKMTLFKSLMDRFEHHSNILLTFENKDENHLPLVPPNKLEEMKRRINNILEKKFILLLEFHYYKCLVLGLVDEVKSKLDIWNIKYGSRESVELLLEDWHKFIEEKEFLARLDTSFQKCGEIYKNLAGECQNINKQYMMVKSDVCMYRKNIYNVKSTLQKVLACWATYVENLRLLRACFEETKKEEIKEVPFETLAQWNLEHATLNEAGNFLVEVSNDVVGSSISKELRRLNKRWRKLVSKTQLEMNLPLMIKKQDQPTFDNSGNILSKEEKATVEFSTDMSVELPENYNQNIKAGEKHEKENEEFTGQLKVAKDVEKLIGQVEIWEAEAKSVLDQDDVDTSMEESLKHLIAKGSMFDELMARSEDMLQMDIQNISSQESFQHVLTTGLQAKIQEAKEKVQINVVKLIAALKNLTDVSPDLDIRLKMEESQKELESYMMRAQQLLGQRESPGELISKHKEALIISNTKSLAKYLKAVEELKNNVTEDIKMSLEEKSRDVCAKWESLHHELSLYVQQLKIDIEKGKLSDNILKLEKQINKEKKLIRRGRTKGLIKEHEACFSEEGCLYQLNHHMEVLRELCEELPSQKSQQEVKRLLKDYEQKIERLLKCASEIHMTLQPTAGGTSKNEGTITTSENRGGDPHSEAPFAKSDNQPSTEKAMEPTMKFSLASVLRPLQEESIMEKDYSASINSLLERYDTYRDILEHHLQNNKFRITSDFSSEEDRSSSCLQAKLTDLQVIKNETDARWKEFEIISLKLENHVNDIKKPFVIKERDTLKERERELQMTLNTRMESLETALRLVLPVEKASLLLCGSDLPLHKMAIQGFHLIDADRIYQHLRNIQDSIAKQIEICNRLEEPGNFVLKELHPFDLHAMQNIILKYKTQFEGMNHRVQRSEDTLKALEDFLASLRTAKLSAEPVTDLSASDTQVAQENTLTVKNKEGEIHLMKDKAKHLDKCLKMLDMSFKDAERGDDTSCENLLDAFSIKLSETHGYGVQEEFTEENKLLEACIFKNNELLKNIQDVQSQISKIGLKDPTVPAVKHRKKSLIRLDKVLDEYEEEKRHLQEMANSLPHFKDGREKTVNQQCQNTVVLWENTKALVTECLEQCGRVLELLKQYQNFKSILTTLIQKEESVISLQASYMGKENLKKRIAEIEIVKEEFNEHLEVVDKINQVCKNLQFYLNKMKTFEEPPFEKEANIIVDRWLDINEKTEDYYENLGRALALWDKLFNLKNVIDEWTEKALQKMELHQLTEEDRERLKEELQVHEQKTSEFSRRVAEIQFLLQSSEIPLELQVMESSILNKMEHVQKCLTGESNCHALSGSTAELREDLDQAKTQIGMTESLLKALSPSDSLEIFTKLEEIQQQILQQKHSMILLENQIGCLTPELSELKKQYESVSDLFNTKKSVLQDHFSKLLNDQCKNFNDWFSNIKVNLKECFESSETKKSVEQKLQKLSDFLTLEGRNSKIKQVDSVLKHVKKHLPKAHVKELISWLVGQEFELEKMESICQARAKELEDSLQQLLRLQDDHRNLRKWLTNQEEKWKGMEEPGEKTELFCQALARKREQFESVAQLNNSLKEYGFTEEEEIIMEATCLMDRYQTLLRQLSEIEEEDKLLPTEDQSFNDLAHDVIHWIKEIKESLMVLNSSEGKMPLEERIQKIKEIILLKPEGDARIETIMKQAESSEAPLVQKTLTDISNQWDNTLHLASTYLSHQEKLLLEGEKYLQSKEDLRLMLIELKKKQEAGFALQHGLQEKKAQLKIYKKFLKKAQDLTSLLKELKSQGNYLLECTKNPSFSEEPWLEIKHLHESLLQQLQDSVQNLDGHVREHDSYQVCVTDLNTTLDNFSKEFVSFSDKPVDQIAVEEKLQKLQELENRLSLQDGTLKKILALAKSVKQNTSSVGQKIIKDDIKSLQCKQKDLENRLASAKQEMECCLNSILKSKRSTEKKGKFTLPGREKQATSDVQESTQESAAVEKLEEDWEINKDSAVEMAMSKQLSLNAQESMKNTEDERKVNELQNQPLELDTMLRNEQLEEIEKLYTQLEAKKAAIKPLEQTECLNKTETGALVLHNIGYSAQHLDNLLQALITLKKNKESQYCVLRDFQEYLAAVESSMKALLTDKESLKVGPLDSVTYLDKIKKFIASIEKEKDSLGNLKIKWENLSNHVTDMDKKLLESQIKQLEHGWEQVEQQIQKKYSQQVVEYDEFTTLMNKVQDTEISLQQQQQHLQLRLKSPEERAGNQSMIALTTDLQATKHGFSVLKGQAELQMKRIWGEKEKKNLEDGINNLKKQWETLEPLHLEAENQIKKCDIRNKMKETILWAKNLLGELNPSIPLLPDDILSQIRKCKVTHDGILARQQSVESLAEEVKDKVPSLTTYEGSDLNNTLEDLRNQYQMLVLKSTQRSQQLEFKLEERSNFFAIIRKFQLMVQESETLIIPRVETAATEAELKHHHVTLEASQKELQEIDSGISTHLQELTNIYEELNVFERLFLEDQLKNLKIRTNRIQRFIQNTCNEVEHKIKFCRQFHEKTSALQEEADSIQRNELLLNQEVNKGVKEEIYNLKDRLTAIKCCILQVLKLKKVFDYIGLNWDFSQLDQLQTQVFEKEKELEEKIKQLDTFEEEHGKYQALLSKMRAIDLQIKKMTEVVLKAPDSSPESRRLNAQILSQRIEKAKCLCDEIIKKLNENKTFDDSFKEKEILQIKLNAEENDKLYKVLQNMVLELSPKELDEKNCQDKLETSLHVLNQIKSQLQQPLLINLEIKHIQNEKDNCEAFQEQVWAEMCSIKAVTAIEKQREENSSEASDVETKLREFEDLQMQLNTSIDLRTNVLNDAYENLTRYKEAVTRAVESITSLEAIIIPYRVDVGNPEESLEMPLRKQEELESTVAHIQDLTEKLGMISSPEAKLQLQYTLQELVSKNSAMKEAFKAQETEAERYLENYKCYRKMEEDIYTNLSKMETVLGQSMSSLPLSYREALERLEQSKALVSNLISTKEELMKLRQILRLLRLRCTENDGICLLKIVSALWEKWLSLLEAAKEWEMWCEELKQEWKFVSEEIEREAIILDNLQEELPEISKTKEAATTEELSELLDCLCQYGENVEKQQLLLTLLLQRIRSIQNVPESSGAVETVPAFQEITSMKERCNKLLQKVQKNKELVQTEIQERHSFTKEIIALKNFFQQTTTSFQNMAFQDHPEKSEQFEELQSILKKGKLTFENIMEKLRIKYSEMYTIVPAEIESQVEECRKALEDIDEKISNEVLKSSPSYAMRRKIEEINNGLHNVEKMLQQKSKNIEKAQEIQKKMWDELDLWHSKLNELDSEVQDIVEQDPGQAQEWMDNLMIPFQQYQQVSQRAECRTSQLNKATVKMEEYSDLLKSTEAWIENTSHLLANPADYDSLRTLSHHASTVQMALEDSEQKHNLLHSIFMDLEDLSIIFETDELTQSIQELSNQVTALQQKIMESLPQIQRMADDVVAIESEVKSMEKRVSKIKTILLSKEIFDFSPEEHLKHGEVILENIRPMKKTIAEIVSYQVELRLPQTGMKPLPVFQRTNQLLQDIKLLENVTQEQNELLKVVIKQTNEWDEEIENLKQILNNYSAQFSLEHMSPDQADKLPQLQGEIERMEKQILSLNQRKEDLLVDLKATVLNLHQHLKQEQEGVERDRLPAVTSEEGGVAERDASERKLNRRGSMSYLAAVEEEVEESSVKSDNGDEKAEPSPQSWSSLWKHDKDMEEDRASSSSGTIVQEAYGKISTSDNSMAQILTPDSLNTEQGPECSLRPNQTEEGTTPPIEADTLDSSDAQGGLEPRVEKTRPEPTEVLHACKTQVAELELWLQQANVAVEPETLNADMQQVLEQQLVGCQAMLTEIEHKVAFLLETCKDQGLGDNGATQHEAEALSLKLKTVKCNLEKVQMMLQEKHSEDQHPTILKKSSEPEHQEALQPVNLSELESIVTERPQFSRQKDFQQQQVLELKPMEQKDFIKFIEFNAKKMWPQYCQHDNDTTQESSASNQASSPENDVPDSILSPQGQNGDKWQYLHHELSSKIKLPLPQLVEPQVSTNMGILPSVTMYNFRYPTTEELKTYTTQLEDLRQEASNLQTQENMTEEAYINLDKKLFELFLTLSQCLSSVEEMLEMPRLYREDGSGQQVHYETLALELKKLYLALSDKKGDLLKAMTWPGENTNLLLECFDNLQVCLEHTQAAAVCRSKSLKAGLDYNRSYQNEIKRLYHQLIKSKTSLQQSLNEISGQSVAEQLQKADAYTVELENAESRVAKLRDEGERLHLPYALLQEVYKLEDVLDSMWGMLRARYTELSSPFVTESQQDALLQGMVELVKIGKEKLAHGHLKQTKSKVALQAQIENHKVFFQKLVADMLLIQAYSAKILPSLLQNRETFWAEQVTEVKILEEKSRQCGMKLQSLLQKWEEFDENYASLEKDLEILISTLPSVSLVEETEERLVERISFYQQIKRNIGGKHARLYQTLNEGKQLVASVSCPELEGQIAKLEEQWLSLNKKIDHELHRLQALLKHLLSYNRDSDQLTKWLESSQHTLNYWKEQSLNVSQDLDTIRSNINNFFEFSKEVDEKSSLKTAVISIGNQLLHLKETDTATLRASLAQFEQKWTMLITQLPDIQEKLHQLQMEKLPSRKAITEMISWMNNVEHQTSDEDSVHSPSSASQVKHLLQKHKEFRMEMDYKQWIVDFVNQSLLQLSTCDVESKRYERTEFAEHLGEMNRQWHRVHGMLNRKIQHLEQLLESITESENKIQILNNWLEAQEERLKTLQKPESVISVQKLLLDCQDIENQLAIKSKALDELKQSYLTLESGAVPLLEDTASRIDELFQKRSSVLTQVNQLKTSMQSVLQEWKIYDQLYDEVNMMTIRFWYCMEHSKPVVLSLETLRCQVENLQSLQDEAESSEGSWEKLQEVIGKLKGLCPSVAEIIEEKCQNTHKRWTQVNQAIADQLQKAQSLLQLWKAYSNAHGEAAARLKQQEAKFQQLANISMSGNNLAEILPPALQDIKELQHDVQKTKEAFLQNSSVLDRLPQPAESSTHMLLPGPLHSLQRAAYLEKMLLVKANEFEFVLSQFKDFGVRLESLKGLIMHEEENLDRLHQQEKENPDSFLNHVLALTAQSPDIEHLNEVSLKLPLSDVAVKTLQNMNRQWIRATATALERCSELQGIGLNEKFLYCCEKWIQLLEKIEEALKVDVANSLPELLEQQKTYKMLEAEVSINQTIADSYVTQSLQLLDTTEIENRPEFITEFSKLTDRWQNAVQGVRQRKGDVDGLVRQWQDFTTSVENLFRFLTDTSHLLSAVKGQERFSLYQTRSLIHELKNKEIHFQRRRTTCALTLEAGEKLLLTTDLKTKESVGRRISQLQDSWKDMEPQLAEMIKQFQSTVETWDQCEKKIKELKSRLQVLKAQSEDPLPELHEDLHNEKELIKELEQSLASWTQNLKELQTMKADLTRHVLVEDVMVLKEQIEHLHRQWEDLCLRVAIRKQEIEDRLNTWVVFNEKNKELCAWLVQMENKVLQTADISIEEMIEKLQKDCMEEINLFSENKLQLKQMGDQLIKASNKSRAAEIDDKLNKINDRWQHLFDVIGSRVKKLKETFAFIQQLDKNMSNLRTWLARIESELSKPVVYDVCDDQEIQKRLAEQQDLQRDIEQHSAGVESVFNICDVLLHDSDACANETECDSIQQTTRSLDRRWRNICAMSMERRMKIEETWRLWQKFLDDYSRFEDWLKSAERTAACPNSSEVLYTSAKEELKRFEAFQRQIHERLTQLELINKQYRRLARENRTDTASRLKQMVHEGNQRWDNLQRRVTAVLRRLRHFTNQREEFEGTRESILVWLTEMDLQLTNVEHFSESDADDKMRQLNGFQQEITLNTNKIDQLIVFGEQLIQKSEPLDAVLIEDELEELHRYCQEVFGRVSRFHRRLTSCTPGLEDEKEASENETDMEDPREIQTDSWRKRGESEEPSSPQSLCHLVAPGHERSGCETPVSVDSIPLEWDHTGDVGGSSSHEEDEEGPYYSALSGKSISDGHSWHVPDSPSCPEHHYKQMEGDRNVPPVPPASSTPYKPPYGKLLLPPGTDGGKEGPRVLNGNPQQEDGGLAGITEQQSGAFDRWEMIQAQELHNKLKIKQNLQQLNSDISAITTWLKKTEAELEMLKMAKPPSDIQEIELRVKRLQEILKAFDTYKALVVSVNVSSKEFLQTESPESTELQSRLRQLSLLWEAAQGAVDSWRGGLRQSLMQCQDFHQLSQNLLLWLASAKNRRQKAHVTDPKADPRALLECRRELMQLEKELVERQPQVDMLQEISNSLLIKGHGEDCIEAEEKVHVIEKKLKQLREQVSQDLMALQGTQNPASPLPSFDEVDSGDQPPATSVPAPRAKQFRAVRTTEGEEETESRVPGSTRPQRSFLSRVVRAALPLQLLLLLLLLLACLLPSSEEDYSCTQANNFARSFYPMLRYTNGPPPT fhod1_human FH1/FH2 domain-containing protein 1 FHOD1 FHOS FHOS1 Formin homolog overexpressed in spleen 1 Formin homology 2 domain-containing protein 1 protein protein human Homo sapiens Human MAGGEDRGDGEPVSVVTVRVQYLEDTDPFACANFPEPRRAPTCSLDGALPLGAQIPAVHRLLGAPLKLEDCALQVSPSGYYLDTELSLEEQREMLEGFYEEISKGRKPTLILRTQLSVRVNAILEKLYSSSGPELRRSLFSLKQIFQEDKDLVPEFVHSEGLSCLIRVGAAADHNYQSYILRALGQLMLFVDGMLGVVAHSDTIQWLYTLCASLSRLVVKTALKLLLVFVEYSENNAPLFIRAVNSVASTTGAPPWANLVSILEEKNGADPELLVYTVTLINKTLAALPDQDSFYDVTDALEQQGMEALVQRHLGTAGTDVDLRTQLVLYENALKLEDGDIEEAPGAGGRRERRKPSSEEGKRSRRSLEGGGCPARAPEPGPTGPASPVGPTSSTGPALLTGPASSPVGPPSGLQASVNLFPTISVAPSADTSSERSIYKARFLENVAAAETEKQVALAQGRAETLAGAMPNEAGGHPDARQLWDSPETAPAARTPQSPAPCVLLRAQRSLAPEPKEPLIPASPKAEPIWELPTRAPRLSIGDLDFSDLGEDEDQDMLNVESVEAGKDIPAPSPPLPLLSGVPPPPPLPPPPPIKGPFPPPPPLPLAAPLPHSVPDSSALPTKRKTVKLFWRELKLAGGHGVSASRFGPCATLWASLDPVSVDTARLEHLFESRAKEVLPSKKAGEGRRTMTTVLDPKRSNAINIGLTTLPPVHVIKAALLNFDEFAVSKDGIEKLLTMMPTEEERQKIEEAQLANPDIPLGPAENFLMTLASIGGLAARLQLWAFKLDYDSMEREIAEPLFDLKVGMEQLVQNATFRCILATLLAVGNFLNGSQSSGFELSYLEKVSEVKDTVRRQSLLHHLCSLVLQTRPESSDLYSEIPALTRCAKVDFEQLTENLGQLERRSRAAEESLRSLAKHELAPALRARLTHFLDQCARRVAMLRIVHRRVCNRFHAFLLYLGYTPQAAREVRIMQFCHTLREFALEYRTCRERVLQQQQKQATYRERNKTRGRMITETEKFSGVAGEAPSNPSVPVAVSSGPGRGDADSHASMKSLLTSRPEDTTHNRRSRGMVQSSSPIMPTVGPSTASPEEPPGSSLPSDTSDEIMDLLVQSVTKSSPRALAARERKRSRGNRKSLRRTLKSGLGDDLVQALGLSKGPGLEV q6zwq0-1 Nesprin-2 Syne2 KASH domain-containing protein 2 Nuclear envelope spectrin repeat protein 2 Nucleus and actin connecting element protein Synaptic nuclear envelope protein 2 NUANCE Nesp2G Nesprin-2 Giant protein protein mouse Mus musculus Mouse MAASPVLPTEDGEGFLGIDDLHFSLQAEQEDTQKKTFTCWINSQLAKHTPPSVVSDLFADIKKGHVLLDLLEVLSGQQLPRDKGSNTFQCRINIEHALTFLKNRSIKLINIHVADIVEGNPSIILGLIWTIILHFHIEKLAQTLSCDYNQPSPEVVSVAASSPTSSPPTKKCSKAQAQARWQWSAKKALLQWAQEQCARSESVNVTDFKSSWRNGMAFLAVIHALRPDLIDMDSMRHRSNKDNLKEAFRIAEHELKIPKLLEPEDVDVVNPDEKSIMTYVAQFLKYSKDAPGPGDSTQAKVRDALVWLTLQEKRFQKMLKDSASETYCNKYHSLLSFMESLNEEKESFIDVLSLKGRMGELNEDESRLRQGWTSLMHQVAAWRAQLDDALPSPLKETEAWLKDIEGVVQEGVPTSQSYSEARTLIQGKLSSFKSLMGSFDYHSDVLMAFQSNAEKSLPAVPPVKLEEMTRRINNVLGKNFIPLLEFHDSKCSVLALLDEAKAKLDVWNGTYESKESVEVLLEDWHKFTGEKKFLIQLDASFQKCEEMYKNSARECESIREEYMMLEKNVHSCRQYIHNTKATLQRALMSWATFEEDLALLKASFDLTKKEQIKEVPVETLLQWNTKHTSLNEVGSFLIGVSSREVAASISKELRRLNKRWRKFITKTPLLKLPLVKIQDQPPGNSSGTSLSKESAMAAEPGGSRGEDVKAAEKQEVEDEESAGQLKVNEEVEGLIKQVTIWESQTKSILDLLQHGDHADGSSADTLQHLIAKGSVYEELLARTEDTLQMDVQSPSNLEPFQNVLRAGLQAKIQEAKQGVQITMVELSAVLKNLSDEPLELDLGLKVEEAQKELEVSILRAEQLLGQRERPGGFLLKYKEALEILNTNSLAKYLRAVEELKRTVPGGAKLQLEEQSRVASAKWEPLRHEISLYLQQLKIAIEEEKLRDNIARLEKQINKEKKLIRRGRTRGLRKEHEACLSPESIKCQLEHHVGVLRVLCEELTSPEDQQELKRALRDYEQKIARLLKCASEIHTTLQSSQGGALEERSALITTENGRRDADGEVPLEIPDNQLSTEKAMEPIKNFSQTSELKPQQEESIMEKEGKDCSASLSDLQERYDTQRGLLEQHLQDSKSRVTSDFASEQERSSACLQSKLAELQVLLADTDAHWEKFEITSLNLRRLMSDAEKPVLNQERDLLKGNEQVLHGLLNTRMESLEMALQIVLPLEKECSLLCASDLPLCTVAVQDLHPVEIDGVYQNLRDIRDSIAKQIRVCTSLEEPSNSVPRELHTLDQCAIQDIVLKCRLQLETMNQKVEMREDALDALEGFLASLRAAKLSAELPADRPAPKAPEVLSEDILLMKEKAGPLDERLRTLGINIKDAEGGENTTCERLVGALSVNLVAMDGQSKEEGPPEDKKLLEACSSKNLELFKNIQDLQNQISKIGLKDPTAPAVKHRKKSLLRLDKDLDGLEEEKVRIQKIAGSLPRFKDGSEKNVIQQCEDTAALWESTKASVTESLEQCGSALELLRQYQNIKNNLTALIQKEEGIISQQASYMGKDNLKKKIAEIETVKEEFSDHLEVVDKINQICKNLQYHLNKMKTFEDPPFEKEANAIVDRWLDINEKTEEYGENLGRALALWDKLFIIKNNIDEWTEQILGKAESHELTEEDRGRLKEELKVLEEQSAEFSRRVADIQSLLQSNEKPLELQVMESSVLSKMKDVKTHVAGGSNSYAPSGSTAELREDLDQAKTQMGMTESLLNALSPSDSLEIFTKLEEIQQQIFQQKHSMTVLENQIGCLTPELSELKRQYASVSNLFNTKKNALQDHFATFLNEQCKNFNDWFSNVKTNLQECFEPPETKLSLEQRLQKLSDFLTLGGGNSKIQQVETVLQHVKMLLPKAHVKELDSWLRSQELELENMESICQARAGELNNSFQQLLRLEDDCRSLSKWLTNQEENWGKMEVSGERMDLFSQALTRKREQFETVAQLSDSLKEHGLTEGEETIKESTHLIDRYQALWRQLHEIEEEDKLPAAEDQSFNDLADDVIHWIKEIKESLMALNSSEGKMPLEERIQKIKEIIALKPEGDAKIQMVMRQAEHCEAPLAQETFTDLSNQWDSTLHLANTYLSHQEKLVLEGEKYLQSKEDLRLMLTELKKQQEAGFALQPGLPEKQAQLKIYKKFLQKAQDLTSLLEELKSQGNYLLECTKNPSFSEEPWLEVKHLHESLLQQLQDSVQKLEGHVQEHSSYQVCLTDLSSTLDDISKEYFSLCDGSKDQIMAKERMQKLQELESRLRFQGGALKKASALAKSIKQNTSSVGQKIIKDDIRSLKYKQKDLENRIESAKQETENGLNSILKSKSSTEKHVKFSLPVEEMPATSEVPKPTRESAAVGESGGARETNTNSAVEMILSKQLSLNVQESMQNAQDEREVNELQNQPLELDIMLRNEQLKGMEELSTHLEARRAAIELLEQSQHLNQTEEQALVLPAARPSVCHLGSLQQELHTLKKTKERQYGLLSGFQDQLVMAEASLNTSLAEVESLKIGSLDSATYLGKIKKFLGSVENQQGSLSKLRTEWAHLSSLLAAADQKLVESQMKHLEHGWELVEQLAHRKCFQQATEHSELTCLLEKLQDLKVSLHQQQQRLTLSLNSPGQQAAIVDMVTPAAELQAIKCEFSGLKWQAELHMKRLWGEKDKKTLEDAINNLNKQMEALEPLNREVENRIKKCELQNRIKETLSWVKNTMAELVVPIALLPDNILSQIRKCKLIHDGILGNQQAVELLVEEVRGITPSLAPCEGDGLNALLEDLQSQHQALLLKSTERSQQLELKLEEKSKLFAIIGKVQLTLEESETLMSPTGDRASTEAELERRLAILKASQQQLQDTESALSAHLQELTNAYKDANVFERLFLDDQLKNLKARTNRTQRFLQNNGSELKQKMESYREFHDKAAVLQKEAECILHGGLLPLRQELEQDAKEQLGNLRDKLAAIRGSLSQVLTSEEVFDTIGLSWDGSLLARLQTQVLEREREVEGKIKQLDTFLIARDRHQASISKIRAVDLQIKKGAESLLKVPSMSPESTLLNAQTLIQKIEKSKRLRDEIIRKLSKNEAFDDSFKESEMQRLKLCAEENSRLQEALQNMLLELQPREMGEKEFREKLENALHVLKQIQSRLQQPLCVNLGVQHIQHEKETWEAFGEQVEAEMCGLRAVRITEEQREENDSGTGGMEAKLRDIEGLHMELSKSISLRADVLNDAYDSANRYDELVAGALRIITSLEATLLSYRVDLHNPQKTLELAHLKQEELQSSVADLRSLTETLGAISSPEAKEQLRCTLEVLAAKNSALKAGLEAQEAEEERCLENYKCFRKMKEEICSRLRKMEMDLGQSIFPLPRSYKEALARLEQSKALTSNLLSTKEDLVKLRQLLRHLRCRSTENDATCALGVASALWEKWLSLLEAAREWQQWGGELKREWKFISEEIEREAIILETLQEDLPEISKTNAAPTEELWQLLDSLCQHQESVEKQQLLLALLLQRVRSIQNIPEGTETGETIPALQEIGSMQERCDRLLHTTRKNKDLVQAEIQAQQSFLKEIKDVKRVFEQISTSFPNLAPEGHPERAEQFEELRSILQKGKLSFENIMEKLRIKYSEMYSIVPAEIGSQVEECRSALEDAEEKMSSEVSKSSPSSIMRRKIERINNGLHCVEKMLQQKSRNIEEAHEIQKKIWDELDLWHSKLNELDSEVQDFVEQDPGQAQEWMDNLMAPFQQHQQVSQRAESRTSQLNKATIKMEEYNDLLKSTEVWIEKTSCLLANPACYDSSRTLSHRASTLQMALEDSEQKHSLLHSIFTDLEDLSIIFETDDLIQTIHELSDQVAALQQQIMEALPHVQQVADDVVAIESEVKAMEKKVAKIKAILLSKEIFDFPPEEHLKHGEVILENIHPMKKTIAEIMTYQVELRLPQTGTKPLPVFQRTSQLLQDVKLLENVTQEQNELLKVVIKQTAECDEEIDSLKQMLTNYSAEISPEHVSQNQVADLPSLQGEMERLEKQILNLNQKKEDLLVDLKTAVLNLHEHLKQEQQEVGDKPSAGASECTVAERDASERKLSRTNSMSFLPVVKEEAEESSVKSEDGRRRTEPPSASWSFLGKHSKDLEGDGASSSSSATIVQDADGRISTCDSSMVHIIAPDSGSTEEGPAPSPRLSQTDEGATPPIEAALLDFPREQGAFESTVERSRPRPADILRVCKTQVAKLELWLQQANVAFEPETVDADMQQVVEEELAGCQAMLTEIEYKVASLLETCKDQGLGDCGTTQQEAEALSWKLKTVKCNLEKVQMVLQEKFSEDQHPSTLKKPSEPHDVDQPAGLSELDSVLTERPQFSRQKDAPQPQILELKPSEQKDLIKFTELNAKKTWLQGHQENEDANRQSASSSKVPSPGNAASDSTLPLQAQSGDKWQYLHHELTSRPNPSVPQLVEPQVALTTSTLPSVSVYNFRCPTADELQAYTTQLEELRQEANTIQTQGSMTEETYISLDKRLFELFLSLSRCLGSVEGLLQRPGLLREDACAQQVFFQKLALELKKLYLALGDKKDDFLKAVTWPGKEATLLPECIDALTVSLESVQSRAAWRDASLKAGLEHSRSYQNEVKRLYSQLIKKKTALQQSLNEISGQSISKQLQKADVHTAELQNSEKQVAKLRDEGERLRFPHGLLQDVYKLEDVLDSMWGILRARYLELSSPFLSKSLQTLLQGMAELVSIGKGKLAADPLQHAKSKAALQAQLQDHKAFFQKLVADMLLIQTYSATMFPPSLQKGEGFGAEQVAEVRALEEEACLRGAQLQSMLQKWEEFDDNYASLEKDLEALISSLPSVSLVEETEERLLERISFYQQIKRNIDGKHARLCQTLNEGRQLAASVSCPEPEGQIARLEEQWLSLNKRIDQELHRLQTLLKHLLSYSRDSDELTRWLETSQQTLNYWKEQSLNVSQDLNTIRSNIDRFFKFSKEVDERSSLKSAVMSTGNQLLHLKEADTATLRASLAQFEQKWTVLITQLPDIQEKLHQLQMEKLPSREAISEMISWMNAVEPQAAGKDTELSKSSASQVKHLLQKLKEFRMEMDYKQWVVDFVNQSLLQLSTCDVESKRYERTEFAEHLGEMNRQWQRVHGTLNRKIQHLEQLLESITENENKVQNLNSWLEAQEERLKMLQKPESAVSMEKLLLDCQDIENQLALKSKALDELRQSSLTMDGGDVPLLEDMASGIVELFQKKNNVTSQVHQLRASVQSVLQEWKACDKLYDEATMRTTQLTYSMEHSKPAVLSLQALACQVQNLEALQDEAENGERSWEKLQEVIGRLKASCPSMAGIIEEKCQDAHSRWTQVNQDLADQLQEARGQLQLWKAPHNAHAEAAAWLQQQEAKFQQLANTNLSGDNLADILPRALKDIKGLQSDLQKTKEAFLENSTLSDQLPQPEERSTPGLHSGQRHSLQTAAYLEKMLLAKSNEFEIVLAQFKDFTDRLAYSKDLIVHKEENLNKLYHEEKEEVPDLFLNHVLALTAQSPDIERLNEESLRLPLSDVTIKTLQSLNRQWIRATATALDHYSELQGNGLNEKFLHYCERWIQVLEKIQESLSVEVAHSLPALLEQQKTYEILEAEVSTNQAVADAYVTQSLQLLDTAEIEKRPEFVSEFSKLSDQWQRAARGVRQRKCDISRLVTQWRFFTTSVEDLLRFLADTSQLLSAVKEQDCYSLCQTRRLVHELKSKEIHLQRWRTTYALALEAGEKLRNTPSPETREFVDGQISRLQESWKDTELSLGEVISRLQSTAETWDQCKKKIKKLKKRLQALKAQSEDPLPELHEALHEEKELIKEVEKSLANWTHSLKELQTMKADLSQHILAEDVTVLKEQIQLLHRQWEDLCLRVAIRKQEIEDRLNSWIVFNEKNKELCAWLVQMENKVLQTADVSIEEMIEKLQKDCMEEISLFTENKLQLKQMGDQLIKASSKAKAAELEEKLSKINDRWQHLFDVIGSRVKKLKETFAFIQQLDKNMSNLRTWLARIESELSKPVVYDVCDNQEIQKRLAEQQDLQRDIEQHSAGVESVFNICDVLLHDSDACANETECDSIQQTTRSLDRRWRNICAMSMERRMKIEETWRLWQKFLDDYSRFEDWLKSAERTAACPNSSEVLYTNAKEELKRFEAFQRQIHERLTQLELINKQYRRLARENRTDTASKLKQMVHEGNQRWDNLQKRVTAILRRLRYFTNQREEFEGTRESILVWLTEMDLQLTNVEHFSESDAEDKMRQLNGFQQEITLNTNKIDQLIVFGEQLIQKSEPLDAVLIEDELEELHRYCQEVFGRVSRFHRRLTSHTPGLDDEKEASENETDIEDPREIQADSWRKRRESEEPTSPQSLCHLVPPALGHERSGCETPVSVDSIPLEWDHTGDVGGSSSHEDDEEGPFYSALSGKSISEGHPWHVPDSPSHSKHHYKHMEGDRTEAPVPTDASTPFKSDYVKLLLRQGTDDSKEGLKEAQQEDEQLATLTGQQPGAFDRWELIQAQELHSKLRLKQTVQQLKSDIGSIAAWLGKTEAELEALKLAEPPSDIQEIALRVKRLQEILKAFDTYKALMVSVNVSHKEYLPSQSPEATELQNRLHQLSLSWDSVQGVLDSWRGDLRQSLMQCQDFHQLSQDLLLWLATAESRRQKAHVTSPEADRQVLLECQKDLMRLEKELVARQPQVSSLREISSSLLVKGQGEDYIEAEEKVHVIEKKLKQLQEQVAQDLMSLQRSLDPDASLTSFDEVDSGEQLPAAFAKSPRPRWTFLEEEEEEEETDSRMPHLDSPGSSQPRRSFLSRVIRAALPLQLLLLLLLLLACLLPASEDDYSCTQANNFARSFYPMLRYTNGPPPT syne2-fhod1-1 3266710 N/A 3266716 unspecified role unspecified role bait bait Region 1340-1678 Region 1340-1678 sufficient to bind sufficient binding region sufficient to bind certain certain sequence position certain certain certain sequence position certain false GST-tag GST-tag gst tag glutathione s tranferase tag glutathione S-tranferase tag glutathione S-tranferase tag gst tag n-term range n-terminal range n-term range n-term range n-terminal range n-term range false ecolx Escherichia coli N/A 3266717 unspecified role unspecified role prey prey Region 1-339 Region 1-339 sufficient to bind sufficient binding region sufficient to bind deletion analysis deletion analysis certain certain sequence position certain certain certain sequence position certain false HA-tag HA-tag ha tag ha tag YPYDVPDYA epitope tag YPYDVPDYA epitope tag n-term range n-terminal range n-term range n-term range n-terminal range n-term range false human Homo sapiens Human physical association physical association false false false fhod1-syne2-1 3266711 N/A 3266718 unspecified role unspecified role prey prey Region 484-1725 Region 484-1725 sufficient to bind sufficient binding region sufficient to bind certain certain sequence position certain certain certain sequence position certain false GFP-tag GFP-tag gfp tag green fluorescent protein tag GFP green fluorescent protein GFP green fluorescent protein gfp tag undetermined undetermined sequence position undetermined undetermined undetermined sequence position undetermined false human Homo sapiens Human N/A 3266717 unspecified role unspecified role bait bait HA-tag HA-tag ha tag ha tag YPYDVPDYA epitope tag YPYDVPDYA epitope tag n-term range n-terminal range n-term range n-term range n-terminal range n-term range false human Homo sapiens Human physical association physical association false false false fhod1-syne2-2 3266712 N/A 3266716 unspecified role unspecified role prey prey Region 1340-1678 Region 1340-1678 sufficient to bind sufficient binding region sufficient to bind full dna sequence full identification by DNA sequencing full dna sequence certain certain sequence position certain certain certain sequence position certain false yeasx Saccharomyces cerevisiae (Baker's yeast) Baker's yeast N/A 3266717 unspecified role unspecified role bait bait Region 1-339 Region 1-339 sufficient to bind sufficient binding region sufficient to bind certain certain sequence position certain certain certain sequence position certain false yeasx Saccharomyces cerevisiae (Baker's yeast) Baker's yeast physical association physical association false false false syne2-fhod1-2 3266713 N/A 3266718 unspecified role unspecified role bait bait Region 1130-1724 Region 1130-1724 sufficient to bind sufficient binding region sufficient to bind deletion analysis deletion analysis certain certain sequence position certain certain certain sequence position certain false yeasx Saccharomyces cerevisiae (Baker's yeast) Baker's yeast N/A 3266717 unspecified role unspecified role prey prey Region 1-339 Region 1-339 sufficient to bind sufficient binding region sufficient to bind certain certain sequence position certain certain certain sequence position certain false yeasx Saccharomyces cerevisiae (Baker's yeast) Baker's yeast physical association physical association false false false syne2-fhod1-3 3266714 N/A 3266716 unspecified role unspecified role bait bait Region 1420-1636 Region 1420-1636 sufficient to bind sufficient binding region sufficient to bind deletion analysis deletion analysis certain certain sequence position certain certain certain sequence position certain false GST-tag GST-tag gst tag glutathione s tranferase tag glutathione S-tranferase tag glutathione S-tranferase tag gst tag n-term range n-terminal range n-term range n-term range n-terminal range n-term range false ecolx Escherichia coli N/A 3266717 unspecified role unspecified role prey prey HA-tag HA-tag ha tag ha tag YPYDVPDYA epitope tag YPYDVPDYA epitope tag n-term range n-terminal range n-term range n-term range n-terminal range n-term range false Region 1-339 Region 1-339 sufficient to bind sufficient binding region sufficient to bind certain certain sequence position certain certain certain sequence position certain false human Homo sapiens Human physical association physical association false false false syne2-fhod1-4 3266715 N/A 3266716 unspecified role unspecified role bait bait human Homo sapiens Human N/A 3266717 unspecified role unspecified role prey prey HA-tag HA-tag ha tag ha tag YPYDVPDYA epitope tag YPYDVPDYA epitope tag n-term range n-terminal range n-term range n-term range n-terminal range n-term range false human Homo sapiens Human physical association physical association false false false