dbPAF - database of Phospho-sites in Animals and Fungi

Protein
Gene
PTMs
Sequence
Keyword
GO
TOP

dbPAF Protein Information

Tag

Content

dbPAF ID

dbPAF-0054079

Uniprot Accession

V6CLP5; V6CLP5_CAEEL;

Genbank Protein ID

NP_001294668.1;

Genbank Nucleotide ID

NM_001307739.1;

Protein Name

KETtiN (Drosophila actin-binding) homolog

Protein Synonyms/Alias

Gene Name

ketn-1

Gene Synonyms/Alias

CELE_F54E2.3;F54E2.3;

Organism

Caenorhabditis elegans

NCBI Taxa ID

6239

Functional Description
(View all)

Phosphorylation Sites

dbPAF PTMs: 14

Position	Peptides	Source	References ( PMIDs )
112	LICAPAPTPVPGAKS	Phospho.ELM 9.0;PHOSIDA;curated	19530675; 21081558; 18806794
123	GAKSAVASPAPPQTP	Phospho.ELM 9.0;PHOSIDA;PhosphoPep 2.0;curated	19530675; 21081558; 19060867; 18806794
129	ASPAPPQTPVGPSAP	Phospho.ELM 9.0;PHOSIDA;curated	19530675; 21081558; 18806794
258	SQTLRPSSVAQKQMQ	Phospho.ELM 9.0;PHOSIDA;curated	19530675; 21081558; 18806794
573	HYQQQQQSPRQEVTH	PhosphoPep 2.0	19060867
802	LNVLQAKSPEAPEFT	Phospho.ELM 9.0;PHOSIDA;PhosphoPep 2.0;curated	19530675; 21081558; 19060867; 18806794
920	KVDKVERSRTPVNQL	PhosphoPep 2.0;curated	19060867; 18806794
922	DKVERSRTPVNQLQD	Phospho.ELM 9.0;PHOSIDA;PhosphoPep 2.0;curated	19530675; 21081558; 19060867; 18806794
1844	HRIAELETPIQRAEP	Phospho.ELM 9.0;PHOSIDA;curated	19530675; 21081558; 18806794
2118	RVDEREPTPELTFQP	Phospho.ELM 9.0;PHOSIDA;curated	19530675; 21081558; 18806794
3447	EQELKEATPVFIEPL	Phospho.ELM 9.0;PHOSIDA;curated	19530675; 21081558; 18806794
4222	WQRDTLGSLGPAFEA	Phospho.ELM 9.0;PHOSIDA;curated	19530675; 21081558; 18806794
4246	MHVERAQSPIEPMES	Phospho.ELM 9.0;PHOSIDA;PhosphoPep 2.0;curated	19530675; 21081558; 19060867; 18806794
4352	GRFKKLPTPAPELDV	Phospho.ELM 9.0;PHOSIDA;PhosphoPep 2.0;curated	19530675; 21081558; 19060867; 18806794

Sequence
(Fasta)

MPFKQPLGER DAANRVAPTF IRPLADKRAV VGETIILECQ LEGHPDPAIK WLKDGHNVSM 60
CPDYRIEEDG LKHRLVIPQV QAADSGRFTA QASNSAGTKQ STCILICAPA PTPVPGAKSA 120
VASPAPPQTP VGPSAPIFLK ELRHQPLKPG AGVTFEGRVI AVPPPNIEWM KNGKPLQNYR 180
AKIEHDQKTG IISLIIPQMF NDDAGEYTIK ATNVHGEAIS GAQLLPREQY DRWFSNEQTR 240
LTKDRKQGLL SQTLRPSSVA QKQMQKQGYD TDQGSVDMHW TISESETEPE LSALDARGVG 300
TKPIIRTPLR GLRLTEGTDA ILQANIVGNP KPRIQWLFNG RPLQVSGPRM QMTYKGSMAV 360
LKISMVTTEE AGDYTVASEN RFGKVESSAR IEVYPLSVPD ERRKENQLRE QQERDRQQQQ 420
QALVEASLAR ERQRDAENRR IREEQDRLRV LFEREKAERE RLEEERRQLE HEKRLRQQQQ 480
QQLFEREKSE KEERARLEEE RRRLEHEKHL RQQQQTQPYN LHYQQHHQPH QAWQDLDLVR 540
RPQYASDEYQ EPHYAQIRPH QQQQQHYQQQ QQSPRQEVTH QNLYEQHRRQ QQLIREQQLY 600
QHQHQQHQQQ QQQPQEQQQQ RFHHFNQYQQ HIREQHQNTM PVFRQQQPTQ VTNGGIKAAN 660
GSAKTANGSA NGSANGSAVH AANGGPSSQQ ARGHEHGAAL VNARPPQFLV HPQSVAAKAF 720
ETVTFSAKVV GTPTPSLTWQ KSDGTVIQSG GKYKIENGPD GSGRLIIEKV DAHDADMYML 780
VARNDGGSFQ SRFSLNVLQA KSPEAPEFTG KFQSTTLYDG DSVKLYCKAA GEGVSFKWFK 840
DNEPISSGGS YAVDNKGNET TLHINNATMK EGGWYRCDAT NKHGTTTLKG RVVVNSRQKF 900
NGPAHREMIT LRKVDKVERS RTPVNQLQDV SASKSSPKFE GSLQSQQLVE GQSARLEIKY 960
TPVEDPNLRI AWLLNGKGIL ASSRIVTFTD FGIAALEINP VNVFDQGEYT VVAVNPLGEA 1020
RVSANIAVIG HGSFIQQQQS GSQFGGTAYQ SKGAQAPAGT HLDLPNFHSD LRSQEVFEGQ 1080
QIHLETKLTP INDPDLRVVW LLDGNELPSN DKYRQTLSHG FASLDIPQTS SNDSGLYSCR 1140
AFNKLGESEN QATIIIVPKS DLQQFEQHRQ LDVEDVREIQ FAHSSQDLTP KFLSQIQPFH 1200
CEQELGRSFF EARIQPINDP TLRVSWLKDG QPLPNANRIQ IFQNFGVVSL SLHPTYPEDA 1260
GVYTCVLFNS HGQAQSSAEL TTVWIDTLQL DSKHADSLPI IGYLDSHQIH IGPQSVERPE 1320
EFNSLEAPKF ARELAGKIEV MENERVHFEA RILPANDVKM TVEWYHNGNP LPAAHRFHPM 1380
FDFGYVALDL LYAYPQDSGT YTLVARNELG EARSNVELVV GTEKVLYLEP HHPEGLERIK 1440
ELEQDRRQGI AEVEDRTCDA APKFLNDLPD IQLNEHENIH VDLRATPVND PTMVIEWFVN 1500
GRPLLTGSRV KTLNEFGFIA LDIKGAIAED SGTYSVRASN LLGEAIRQCV ITVTPAGQIL 1560
SDTQHQESLG KINYLENLNK YGRVEIEDKG PQEPPTFVVP LQADLGDVEE GEPIHLECQV 1620
NPINDNSLKI IWLRDGQSLP HGHRFRTFYD FGFVSLDILG FYAQDAGTYT CRAENSLGQA 1680
ETVATIRCAP KDAILGAVQH PRSYARIQEI EAPKPAPQEV PDLPHQPPAF VKQLGPAIQC 1740
MEGDNVYLEA QVTPTDDNSL TYEWLVNGQP LMKAHRFVLS QDFGYIALNI LYCYPEDNGT 1800
YTLVVRNRAG EAQSTVDINC GHTGGNFTDS FHPNSLHRIA ELETPIQRAE PLPDKEKEVP 1860
TIAKPLPATI DSVHESQTLH LEAQVTPIDD NTLRYEWLFN GNPLKASSRY RVLNDFGFVS 1920
LDIDYIIAED SGKYTLVVYN SAGRAETSCE FQVDRLKSIL SDTAHPESLR RIREMEQLQP 1980
AKPSDDDAAA QPPVFTQQLT GPTEPLKEGQ SVHMDCVVQP INDPSLRIEW FHDGRPLMFG 2040
SRIRTIHDFG YVGLEFLHIH PEDTGTYTCK ATNLIGEATT DIFLECKPRR NIYLDTHHES 2100
SWQKIQEIEN RVDEREPTPE LTFQPPTFTE NLADKEDAQE GQSIRLECRL IPVNDPTMRV 2160
TWTRNGQPLP EASRFMPARN FDYVNLDILA LYGEDSGVYT CKAVSAFGEA ATSCTVKCAA 2220
GKSLLLDTMH DASWKRVQEI ENREKLEAVD AEPEKTAPKF VTQLNSSLGE LQEGVPIHLE 2280
AQVEPTNDNQ LTVQWFHNGQ PLANGHRFRT RHDFGYVALD ILYAFAQDTG EWACVARNSL 2340
GEAQTIANFT VLPRGTIYTD SQHPESWQKI QVLEAPRAAA PEKPDAEHDA PQFIEPLDSI 2400
DRMEFQSAHF QTKVTPQTDP NLRIQWFKDG QPLMNSNRFK LTTDFGYISL DIAHTVPEDS 2460
GVYSVKASNA KGDAEVQAQL TVTGNAVILG DTQHEQSWQK IQLIEAPRAP GEEEPDVKHG 2520
PPKFVTQLHS LDGVVEGQPS HFEAQFIPFS DPKTSVQWYL NGNPLSASSR RILRNDFGLV 2580
SLDLQYTLGE DAGEYSVVVK NSEGEDRTSG QLSCTTRAAI LGDTQHEQSW QRIQEIEAPR 2640
APGAEPEGPV YEKPSFVQPL QSVGDLPEGS VALLEARLVP VNDPNLRVQW FYNDQPLMES 2700
NWISTSNDFG CVSLRIAPVY ARHTGVYSCK AWNDSGNAVT SANVGVQGSE GLLLDTSHPA 2760
SLQKIQELEA IDKYARLDAP EREYEKPQWV QGFENYENVG EGQTVTLHGL VEPSGDPHLR 2820
LEWLLNGTPL RNANRFRQEY EFGNAILTIV HVLPHDSGVY TCRAWNTQGE ASTSATVTTA 2880
GYEKILYDSQ HPVSWERIQE LEAPKIVEEI EEIVQKEKPN FLTQLESAEN VPEGVPLHLE 2940
STFQPARDPE LKVVWQKNGQ PLGASQLVQT KHELGWATLD ISSANEDHNG VYTLTITNSE 3000
GEAVSTASIR VAGTGPILGN TRHEESWKRI QILEAPKEAE PEAPAPVYDH PAITTQIDDK 3060
ECNEGDHVHF EALITPVNDP RLQVQWIRNG VPLAHGSKYA IQQDFGICTL DVAYTYPEDE 3120
GVYQLRIWNP EGEAVSSATL KCHGKDAILG DVQHQESWKR IQEIEAPKQK LEEADPEPKG 3180
PPRFIQQLTS PGSLVENQPA HFEATVEPVD DPTLTINWFL NGEPMSASSR VKMINDFGWV 3240
IMDIAQTEPR DSGEWKCVAK NAAGEAVSTA TIEVQGKEVI LQDSLQPQSL DRIRQIEAGK 3300
PAPEERPDQQ FEAPAIVNAL QVQGALEEGG SAHLQTQFTP VADPSIKVEW LKDGQPIFHS 3360
NRYKMVHDFG FAVLDILHLL KHDAGEYTFR VSNNSGEAST STSFEVSESS GLILQPQNEQ 3420
KAKAVEILED NLRRRPEEIE QELKEATPVF IEPLSAPVET EEGGRAHFTA RYEPVNDNQL 3480
QVQWYHDGRP LKNGSRIKTI NSFGYVVLEI SPTYPEDNGE YICRAVNRVG EAVTSTKLTC 3540
TPKEGIISAT QLPERMANAG RRIAEIEAPR PAREDAPDAD HGPPKFTSAL AGPPELQEGQ 3600
QAHLECQVTP VADPRLVIEW FHNGQPVNHT NRMKAIHDFG FVVLQLTPAE PQDSGTWTCR 3660
ATNQHGSDEV STELKVVGGG GVSYEWQSTA ERKERITELE DWIHRPKEDL NLPAVDYPAP 3720
SFSQGLTDLG QLNEADATAF VCVLEPIGDP TLRVQWEHNG HPIPYSNRIS CTNEFGVATL 3780
LIKHLIAADA GEYKCVATNV KGSATSVGKI AVESSTQIDA PQVVQQLVDS VENILEGDSI 3840
HLECRVTPIN DPRLHVEWLR NGAPLPEASR FKPTFEFGFV SLDILYAYPE DNGDYELVVR 3900
NDKGEARSKT KITVLPRPSL DYTSQTHGNQ QDSLESHFKQ HSQAKLQLTA NDIYNESDKR 3960
APEFRTQLQN IGVLEGEFCR FETQVAPIND PYLKVEWFKD KKPVLLGHRF RSTLDFGFAC 4020
LDLLYALPDD TGEYHCVATN RHGQTMISAK LACQGASHVI TDSQMPQGLR VSNVKKDNKN 4080
IYWSEQGGAV QPKQKQAPQF TIPLRNLQVT ENQPARFECA VTGYPRPKVT WFINGNQCLH 4140
GHRFKLNFDG LHYLTVSKSR ISDAGEVVAI ARNTEGETIS TATLDIFQND DFRQTKLRPA 4200
NFKTSDELRE RELQWQRDTL GSLGPAFEAA PKPDAQKLMH VERAQSPIEP MESQELIQKF 4260
TRPRDDNFYN KLSYVELQKP QFKGMELEEV NLKAGKVEKY QPPVEEMERV NLKAIPEKDQ 4320
QEVGWERPDW AGQDGTSKLP GADEGRFKKL PTPAPELDVP ARDQVKLKTA KPTRGKDLEA 4380
GEKVKLKTEK AKIKEIQQKP EQPKEEPIVH KDAVQLKTQQ LPKTGIKGDH FTVDREKDLK 4440
ETPAVVKPVI EETRISNKSI SNVVHESSEY TSSYASNQSR LTYQAYREHK ESTSSDVYLS 4500
VETADSFSQV QRLEYSPRSP RRERIIGFHM IRPQPTKIGQ SKQAPPTISQ QLKPLQGELG 4560
KAAKFVIEFA GAAPVKVTWL KDGKEIKSTF RTLITTTPTN SSLHIGRLEN SHAGEYTVRL 4620
ENAAGTVESL ANLTVAPPTT QGKAPDFSAR LNDLRIQQNG PAEFSCQIGG EPKPTIQWFK 4680
DGQPLPNDDR FQVVEEGGAY KLKFSNIIST DAGIYEIVAK NGVGEARCKA RLNVNLQKTG 4740
KGAEEGPRYE APRFTSQIQP IVVDEGKGAQ FSAQFSGFPD PTIRWYRNNE PVKHADGYEI 4800
SQSKGEAILR ISAARNEDVA EYKVEASNPA GKASSVANLV LTPRSGRIAK STISRGGSAS 4860
YQSSDKAAAD SPHFIAKLSD ISARQGHTVK FSAEVDGNPE PTVQWQFKGK PISASNNVKI 4920
SRDGKRAILE LARVTPDSAG EYQIVIRNDK GAATSQAKLT LSR 4964

Fasta Sequence

>V6CLP5|ketn-1|Caenorhabditis elegans
MPFKQPLGERDAANRVAPTFIRPLADKRAVVGETIILECQLEGHPDPAIKWLKDGHNVSMCPDYRIEEDGLKHRLVIPQVQAADSGRFTAQASNSAGTKQSTCILICAPAPTPVPGAKSAVASPAPPQTPVGPSAPIFLKELRHQPLKPGAGVTFEGRVIAVPPPNIEWMKNGKPLQNYRAKIEHDQKTGIISLIIPQMFNDDAGEYTIKATNVHGEAISGAQLLPREQYDRWFSNEQTRLTKDRKQGLLSQTLRPSSVAQKQMQKQGYDTDQGSVDMHWTISESETEPELSALDARGVGTKPIIRTPLRGLRLTEGTDAILQANIVGNPKPRIQWLFNGRPLQVSGPRMQMTYKGSMAVLKISMVTTEEAGDYTVASENRFGKVESSARIEVYPLSVPDERRKENQLREQQERDRQQQQQALVEASLARERQRDAENRRIREEQDRLRVLFEREKAERERLEEERRQLEHEKRLRQQQQQQLFEREKSEKEERARLEEERRRLEHEKHLRQQQQTQPYNLHYQQHHQPHQAWQDLDLVRRPQYASDEYQEPHYAQIRPHQQQQQHYQQQQQSPRQEVTHQNLYEQHRRQQQLIREQQLYQHQHQQHQQQQQQPQEQQQQRFHHFNQYQQHIREQHQNTMPVFRQQQPTQVTNGGIKAANGSAKTANGSANGSANGSAVHAANGGPSSQQARGHEHGAALVNARPPQFLVHPQSVAAKAFETVTFSAKVVGTPTPSLTWQKSDGTVIQSGGKYKIENGPDGSGRLIIEKVDAHDADMYMLVARNDGGSFQSRFSLNVLQAKSPEAPEFTGKFQSTTLYDGDSVKLYCKAAGEGVSFKWFKDNEPISSGGSYAVDNKGNETTLHINNATMKEGGWYRCDATNKHGTTTLKGRVVVNSRQKFNGPAHREMITLRKVDKVERSRTPVNQLQDVSASKSSPKFEGSLQSQQLVEGQSARLEIKYTPVEDPNLRIAWLLNGKGILASSRIVTFTDFGIAALEINPVNVFDQGEYTVVAVNPLGEARVSANIAVIGHGSFIQQQQSGSQFGGTAYQSKGAQAPAGTHLDLPNFHSDLRSQEVFEGQQIHLETKLTPINDPDLRVVWLLDGNELPSNDKYRQTLSHGFASLDIPQTSSNDSGLYSCRAFNKLGESENQATIIIVPKSDLQQFEQHRQLDVEDVREIQFAHSSQDLTPKFLSQIQPFHCEQELGRSFFEARIQPINDPTLRVSWLKDGQPLPNANRIQIFQNFGVVSLSLHPTYPEDAGVYTCVLFNSHGQAQSSAELTTVWIDTLQLDSKHADSLPIIGYLDSHQIHIGPQSVERPEEFNSLEAPKFARELAGKIEVMENERVHFEARILPANDVKMTVEWYHNGNPLPAAHRFHPMFDFGYVALDLLYAYPQDSGTYTLVARNELGEARSNVELVVGTEKVLYLEPHHPEGLERIKELEQDRRQGIAEVEDRTCDAAPKFLNDLPDIQLNEHENIHVDLRATPVNDPTMVIEWFVNGRPLLTGSRVKTLNEFGFIALDIKGAIAEDSGTYSVRASNLLGEAIRQCVITVTPAGQILSDTQHQESLGKINYLENLNKYGRVEIEDKGPQEPPTFVVPLQADLGDVEEGEPIHLECQVNPINDNSLKIIWLRDGQSLPHGHRFRTFYDFGFVSLDILGFYAQDAGTYTCRAENSLGQAETVATIRCAPKDAILGAVQHPRSYARIQEIEAPKPAPQEVPDLPHQPPAFVKQLGPAIQCMEGDNVYLEAQVTPTDDNSLTYEWLVNGQPLMKAHRFVLSQDFGYIALNILYCYPEDNGTYTLVVRNRAGEAQSTVDINCGHTGGNFTDSFHPNSLHRIAELETPIQRAEPLPDKEKEVPTIAKPLPATIDSVHESQTLHLEAQVTPIDDNTLRYEWLFNGNPLKASSRYRVLNDFGFVSLDIDYIIAEDSGKYTLVVYNSAGRAETSCEFQVDRLKSILSDTAHPESLRRIREMEQLQPAKPSDDDAAAQPPVFTQQLTGPTEPLKEGQSVHMDCVVQPINDPSLRIEWFHDGRPLMFGSRIRTIHDFGYVGLEFLHIHPEDTGTYTCKATNLIGEATTDIFLECKPRRNIYLDTHHESSWQKIQEIENRVDEREPTPELTFQPPTFTENLADKEDAQEGQSIRLECRLIPVNDPTMRVTWTRNGQPLPEASRFMPARNFDYVNLDILALYGEDSGVYTCKAVSAFGEAATSCTVKCAAGKSLLLDTMHDASWKRVQEIENREKLEAVDAEPEKTAPKFVTQLNSSLGELQEGVPIHLEAQVEPTNDNQLTVQWFHNGQPLANGHRFRTRHDFGYVALDILYAFAQDTGEWACVARNSLGEAQTIANFTVLPRGTIYTDSQHPESWQKIQVLEAPRAAAPEKPDAEHDAPQFIEPLDSIDRMEFQSAHFQTKVTPQTDPNLRIQWFKDGQPLMNSNRFKLTTDFGYISLDIAHTVPEDSGVYSVKASNAKGDAEVQAQLTVTGNAVILGDTQHEQSWQKIQLIEAPRAPGEEEPDVKHGPPKFVTQLHSLDGVVEGQPSHFEAQFIPFSDPKTSVQWYLNGNPLSASSRRILRNDFGLVSLDLQYTLGEDAGEYSVVVKNSEGEDRTSGQLSCTTRAAILGDTQHEQSWQRIQEIEAPRAPGAEPEGPVYEKPSFVQPLQSVGDLPEGSVALLEARLVPVNDPNLRVQWFYNDQPLMESNWISTSNDFGCVSLRIAPVYARHTGVYSCKAWNDSGNAVTSANVGVQGSEGLLLDTSHPASLQKIQELEAIDKYARLDAPEREYEKPQWVQGFENYENVGEGQTVTLHGLVEPSGDPHLRLEWLLNGTPLRNANRFRQEYEFGNAILTIVHVLPHDSGVYTCRAWNTQGEASTSATVTTAGYEKILYDSQHPVSWERIQELEAPKIVEEIEEIVQKEKPNFLTQLESAENVPEGVPLHLESTFQPARDPELKVVWQKNGQPLGASQLVQTKHELGWATLDISSANEDHNGVYTLTITNSEGEAVSTASIRVAGTGPILGNTRHEESWKRIQILEAPKEAEPEAPAPVYDHPAITTQIDDKECNEGDHVHFEALITPVNDPRLQVQWIRNGVPLAHGSKYAIQQDFGICTLDVAYTYPEDEGVYQLRIWNPEGEAVSSATLKCHGKDAILGDVQHQESWKRIQEIEAPKQKLEEADPEPKGPPRFIQQLTSPGSLVENQPAHFEATVEPVDDPTLTINWFLNGEPMSASSRVKMINDFGWVIMDIAQTEPRDSGEWKCVAKNAAGEAVSTATIEVQGKEVILQDSLQPQSLDRIRQIEAGKPAPEERPDQQFEAPAIVNALQVQGALEEGGSAHLQTQFTPVADPSIKVEWLKDGQPIFHSNRYKMVHDFGFAVLDILHLLKHDAGEYTFRVSNNSGEASTSTSFEVSESSGLILQPQNEQKAKAVEILEDNLRRRPEEIEQELKEATPVFIEPLSAPVETEEGGRAHFTARYEPVNDNQLQVQWYHDGRPLKNGSRIKTINSFGYVVLEISPTYPEDNGEYICRAVNRVGEAVTSTKLTCTPKEGIISATQLPERMANAGRRIAEIEAPRPAREDAPDADHGPPKFTSALAGPPELQEGQQAHLECQVTPVADPRLVIEWFHNGQPVNHTNRMKAIHDFGFVVLQLTPAEPQDSGTWTCRATNQHGSDEVSTELKVVGGGGVSYEWQSTAERKERITELEDWIHRPKEDLNLPAVDYPAPSFSQGLTDLGQLNEADATAFVCVLEPIGDPTLRVQWEHNGHPIPYSNRISCTNEFGVATLLIKHLIAADAGEYKCVATNVKGSATSVGKIAVESSTQIDAPQVVQQLVDSVENILEGDSIHLECRVTPINDPRLHVEWLRNGAPLPEASRFKPTFEFGFVSLDILYAYPEDNGDYELVVRNDKGEARSKTKITVLPRPSLDYTSQTHGNQQDSLESHFKQHSQAKLQLTANDIYNESDKRAPEFRTQLQNIGVLEGEFCRFETQVAPINDPYLKVEWFKDKKPVLLGHRFRSTLDFGFACLDLLYALPDDTGEYHCVATNRHGQTMISAKLACQGASHVITDSQMPQGLRVSNVKKDNKNIYWSEQGGAVQPKQKQAPQFTIPLRNLQVTENQPARFECAVTGYPRPKVTWFINGNQCLHGHRFKLNFDGLHYLTVSKSRISDAGEVVAIARNTEGETISTATLDIFQNDDFRQTKLRPANFKTSDELRERELQWQRDTLGSLGPAFEAAPKPDAQKLMHVERAQSPIEPMESQELIQKFTRPRDDNFYNKLSYVELQKPQFKGMELEEVNLKAGKVEKYQPPVEEMERVNLKAIPEKDQQEVGWERPDWAGQDGTSKLPGADEGRFKKLPTPAPELDVPARDQVKLKTAKPTRGKDLEAGEKVKLKTEKAKIKEIQQKPEQPKEEPIVHKDAVQLKTQQLPKTGIKGDHFTVDREKDLKETPAVVKPVIEETRISNKSISNVVHESSEYTSSYASNQSRLTYQAYREHKESTSSDVYLSVETADSFSQVQRLEYSPRSPRRERIIGFHMIRPQPTKIGQSKQAPPTISQQLKPLQGELGKAAKFVIEFAGAAPVKVTWLKDGKEIKSTFRTLITTTPTNSSLHIGRLENSHAGEYTVRLENAAGTVESLANLTVAPPTTQGKAPDFSARLNDLRIQQNGPAEFSCQIGGEPKPTIQWFKDGQPLPNDDRFQVVEEGGAYKLKFSNIISTDAGIYEIVAKNGVGEARCKARLNVNLQKTGKGAEEGPRYEAPRFTSQIQPIVVDEGKGAQFSAQFSGFPDPTIRWYRNNEPVKHADGYEISQSKGEAILRISAARNEDVAEYKVEASNPAGKASSVANLVLTPRSGRIAKSTISRGGSASYQSSDKAAADSPHFIAKLSDISARQGHTVKFSAEVDGNPEPTVQWQFKGKPISASNNVKISRDGKRAILELARVTPDSAGEYQIVIRNDKGAATSQAKLTLSR

Keyword

KW-0175--Coiled coil
KW-0181--Complete proteome
KW-1267--Proteomics identification
KW-1185--Reference proteome

Interpro

IPR010939--DUF1136
IPR007110--Ig-like_dom
IPR013783--Ig-like_fold
IPR013098--Ig_I-set
IPR003599--Ig_sub
IPR003598--Ig_sub2

PROSITE

PS50835--IG_LIKE

Pfam

PF06582--DUF1136
PF07679--I-set

Gene Ontology