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Sushi, von Willebrand factor type A, EGF and pentraxin domain-containing protein 1

Summary

UniProt ID

A0A1D5NSM8

Gene Symbol

svep1

Organism

Danio rerio (zebrafish)

External Links

Annotation

Keyword

Calcium
Cell adhesion
Cytoplasm
Disulfide bond
EGF-like domain
Glycoprotein
Membrane
Nucleus
Reference proteome
Repeat
Secreted
Signal
Sushi

Gene Ontology (GO)

Displaying **all 7** entries
GO Term
epidermis development
epidermal cell differentiation
cell migration
lymph vessel development
lymph vessel morphogenesis
negative regulation of complement activation, classical pathway
epithelial cell-cell adhesion

Displaying **all 4** entries
GO Term
extracellular space
nucleus
cytoplasm
membrane

Displaying 1 entry
GO Term
calcium ion binding

Annotation information from UniProt.

Sequence

MMVTLRLALTLRLTVLLLYWSGCTCWPSHAQQFSLQSLRQTSQARQNLSESAESKVERLGQVFRKNVRLLRERGGCLDLVFLVDESSSVGASNFKSELRFVRKMLSDFPVAPEATRVALVTFSSKSHVVTRADYVSAPKAHQHKCSLFSKEIPSITYRGGGTYTRGAFQRAAQILRQSRENATKVIFLITDGYSNGGDPRPVAAALRERGVEIFTLGIWQGNIRELHEMASQPKDQHCFFVHNFAEFEALARRALHEDLPSGNYIQEDLAQCSSLCDGGKDCCDLMASCKCGTHTGQYDCVCEKGYYGKGLQHECTACPSATYKPEAVAGGASTCLPCPDPHHTSRPGSTDISDCVCLEGYRPHNNTCQAVVCPVLSPPENGFFIQNVCNNQFNSACGVRCLPGFDLQGDGIRLCQPDGTWSGVQPSCRIRSCPDLSPPHHGMLNCSERSAPYRLECLVRCEQGYRLQGRARITCLANSQWSGPQPRCVEVRCPPIVTLKHIHLMPSTCGENEVRTGAVCQLSCPYGYSLIGDSKVKCLPTGNWSDNLHKATCTDVEPPWIQCPGDVITETDEHQRSANVSLSAPMLRDNSGDEVMVQVTPVLNPMQTFPIGTEFITYTATDRTGNKANCSFTVTVVDTEPPLIDRCRSPPTVKATGRKTAVYWEEPQFSDNSGAQLNISSTHSSGDIFPVGETSVYYTATDPSGNNRTCELIITVRGSTCEKPFVPVNGDFSCAKTKEGMNCTLICRQGYSLAQNAVHSYFCANNGIWEPPRSPDRPDCSLNRIANNGFKPFEMLFKASRCDDLNLVRSFSGEFSNVLKNTVPNICGGDDVSCKLEMTLPAQCLEYNYDYPNGFAIGPGGWGSNWGSQNGEDYAYFDSGFAPEHQLQKDASSQHGSHMRTKRHRKITGPTREQKIQIHFNITASIPLPLSRNDSAEIVNQKRLLRALEQLTNRLKRTLAKQPFSTFHVSSEMIVADPKSLESKKATLYCRPGSVLKGRVCVLCPVGTYFSLEYAECESCWRGSYQNEEGQMECKSCPDGSSTPYLHSRSQAECKAQCQPGSSSLTGLETCESCPLGEYQPGFGSQDCLSCPSTTTTVNRGALDVNECGVPCSAGHFSRTGLVPCYPCPRDYYQPEEGRSYCLSCPFYGTTTITGARAIQQCSSFGSSFLPKEESATTAPEVIVRKDYQASSQMFHECLLNPCQNQGTCEEVGVGYVCTCLPGFTGAKCESDIDECDSAPCQNGGLCRDGMGDFQCQCQPGFVGLLCEAEVNECSSSPCLNEGICVDEVNYFSCSCPDGFTGPRCEMEINECASSPCQNEGVCKDLEGGYFCTCAQGFTGDNCEVDVNECYSAPCLNGGTCVDAINDFRCECVNGYRGRLCQVDVDDCELNLCLNGATCVDGVATFTCRCPPGFNGTRCETEMPYSFDLEFEVSGIHGYVMMDGHMPSLTQITCTFWMRSSDTVNYGTPVSYAVEGSDNAFLLIDYNGWVLYVNGKERITDCPAVNDGLWHHIGVTWRSKDGDWRVYIDGSPSDGGKGLSIGTTIPGGGALVLGQDQDQRGDGFNPVESFVGTLSQLNIWNYVLTPQQIRSLASSCPHDLQKGNVFAWPDFLGGVTGRVKTTSKSIFCADCPLVETSVPHLLSSSKAVSPGSKVQFSCSPGFYLVGEPVQLCLNRGQWSHAEPICERVECGPPPDLEHGQYHGEDFYAGSSVLYQCKPGFYLLGESKMQCTNNGKWIGNPPACLDVDECSLGSECDEHASCQNTDGSHICTCIAPYSGDGRNCTEPVKCKDPGVPEFGQREGTNFIMGSEVVFSCKEGYELIGSSQLTCTEEGFWKQDVPYCKALSCPHPTLPKYGILKGANFTYGSKVTFSCEKGYVPLEPIESQCQSDLKWSREPHICQPITCGEPPVVDYAEYTLNGKIYRSTLSYTCIEGYRLQGAMELQCESSGEWTSPPPMCARVDCGKPPPLKDAVIKGDNFTLGSKIYYICKDGYTLLGAETQECLPSGNWTRNSSQCVPRSCGPPPQVDHALPDTGHQLFGDIAIYFCDDGYTAGNNTKLFCNAQGVWAPPDGFGIPHCIANFCQRPPDLPHAILDSINKPKYASNTEVSYKCEEGFVLNTTGTLKCLIGGEWTPSPSDIGCMPVRCSKPESIEKGYVSGNNYGFGAVIAYSCDKGYFIRGEKKRICKASGEWGGVLPTCQPISCPSPPRLANGFIQGQIRKNSYVYNSKVTYACNDGYRLTGKPERTCMANKQWSNSNSLVCVLLTCPTPPDIKNGLYHGSTFEVGSKVEFVCNEGYELIGDTVWTCLKFGNWDKSIIPRCSPVQCPEPPLEENHLVLRGLDSDSGTVELSCEEGYVLHGARTLRCTPSQEWNDSFPVCKQVFCGPPPEVAFGDPSDTQSYFGSVVTYSCMDGFTLRKEGSVHCQANGNWSKPYPQCIPVECPHPEDIPNGIVDVQGLMYLSTAVYSCKAGYDILGNSTVLCGQSGQWIGGIPVCHPVKCAAPKEIPNGSVRYSKLQFSQSITYFCQRGYRIQGPETLTCLENGQWDQEAPTCVPIYCSPPKPIDNGFVEGRDRKFGVTIFYSCFPGFLLVGNNHLTCEDHGWSSSEPKCVLADCGLPPHIDFGDYSKVQELSAEYDMVTSQQLPVDNSFLHGSLVKYHCHSGYEINGAIMLMCREDGTWNGTAPMCTPAQCEAPPSPENGSVMVTDSALGSLAEYSCAEGYELNGQTIRQCISGQQWSDDAPRCLPISCGNPGGIANGEVIGKSFHFKELIHYECHSGFVLEGVETRTCQVDGKWDNKAPLCKEVSCGRPVVSKDVLVRGDDHTFGKRLLFSCNLGFILLGAPTIVCLANGSWNEVPPKCLPANCGQPPSIENGRVTGTDYGYNGMVRYACDIGYVLTGNPTLICRADGLWDDPPPRCDIITCDPPEDISHGYLNGSSFNFDDIVEYICFPGYEVVGSPILRCAAEGVWLGQVPECRPCVCSPPVFKYGSILGRDHTCGASIWFRCDDGYKILGSSEAICDKGGVWSPGVPICTRGRCSIPPPAVPNAVIQGSTAYTIDTVTYRCRPGYHLKGFPHISCGRLGRWGEPNLSCEPISCGVPPLISNAETVGAVLTYGSKAQYRCKEGFELATKTDSITCQSDGTWSKHGVRCRPSPCTLPTNLTHVVITGKQLTPVGGTVIVSCRPGYYLEGPGLSECTVSGKWSPPLASCLPVICEKPLPILNGLVEGISYNYGDVVNFTCQQGFLLQGHSVRTCQGDKTWSGTQPVCAAVSCGPPPVVPNAVASSSGQTYKSIVSYTCRQGTSLVDSQNLTCQANGSWSLPTPICEVPGGCEKITDLLNGKVQEHNLSSGRALEFHCNKGYTLQGESLVMCVGNGSWSSPFPVCLPKPCPPLPHGWTVGSANATQTVFSVGQSVQVSCPKGQRVKSNQGKGIATLTCRSDQTWTPISAVCERVSCGPPLYVSNGVVRGAVFQFGDMVLYSCYAGFTMEGSSRSVCLDNGTWTQPPTCKAVCWRHCQNGGVCQRPNTCSCPEGWMGRFCEEPICILPCLNGGRCVAPYQCECPAGWTGTRCHNAVCSMPCLNGGRCIRPNRCHCSPGWGGYDCSRKRKSAYFHF

N : N-glycosylation Site
___ : Potential Sequon

Glycosylation Sites

Displaying entries **1 - 10** of 13 in total

1

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Position	Description	Source
47	N-linked (GlcNAc...) asparagine	UniProt
181	N-linked (GlcNAc...) asparagine	UniProt
365	N-linked (GlcNAc...) asparagine	UniProt
445	N-linked (GlcNAc...) asparagine	UniProt
543	N-linked (GlcNAc...) asparagine	UniProt
579	N-linked (GlcNAc...) asparagine	UniProt
629	N-linked (GlcNAc...) asparagine	UniProt
678	N-linked (GlcNAc...) asparagine	UniProt
707	N-linked (GlcNAc...) asparagine	UniProt
742	N-linked (GlcNAc...) asparagine	UniProt