KEGG   Homo sapiens (human): 221806
Entry
221806            CDS       T01001                                 
Symbol
VWDE
Name
(RefSeq) von Willebrand factor D and EGF domains
Organism
hsa  Homo sapiens (human)
SSDB
Motif
Pfam: EGF_2 VWD EGF hEGF JAG1-like_EGF2
Other DBs
NCBI-GeneID: 221806
NCBI-ProteinID: NP_001129396
HGNC: 21897
Ensembl: ENSG00000146530
UniProt: Q8N2E2
Position
7:complement(12330885..12403865)
AA seq 1590 aa
MPGGACVLVIALMFLAWGEAQECSPGGHQFLRSPYRSVRFDSWHLQQSAVQDLICDHSLS
PGWYRFLILDRPAEMPTKCVEMNHCGTQAPIWLSLRDSETLPSPGEIKQLTACATWQFLF
STTKDCCLFQIPVSVRNCGNFSVYLLQPTQGCMGYCAEAISDARLHPCGSDETETGGDCV
RQLAASLPPPPAGRPEVLVELIESRLFCRCSFDVPATKNSVGFHIAWSRLSSQEVKEELT
QETTVQAFSLLELDGINLRLGDRIFCSASVFFLENPHVQSVAIESQEFFAGFKLQPELST
ISEDGKEYYLRIESTVPIICSEFSELDQECKISLKLKTIGQGREHLGLNLALSSCHVDLL
QTSSCANGTCSHTFVYYTAVTDFSRDGDRVSNIVVQPIVNEDFLWNNYIPDSIQIKVKDV
PTAYCYTFTDPHIITFDGRVYDNFKTGTFVLYKSMSRDFEVHVRQWDCRSLHYPVSCNCG
FVAQEGGDIVTFDMCNGQLRESQPYLFIKSQDVTRNIKISESYLGRKVTIWFSSGAFIRA
DLGEWGMSLTIRAPSVDYRNTLGLCGTFDENPENDFHDKNGMQIDQNFNNYVAFINEWRI
LPGKSMSDTLPVSMTSPGKPSYCSCSLDTAAYPSSEDLDSVSRSEIALGCKDLNHVSLSS
LIPELDVTSEYINSDTLVREINKHTSPEEYNLNLFLQEKKHINLTKLGLNVQKHPGNEKE
DSLQYLANKKYTQGRGSHSQEMRYNRQNRWKRQNFHEFPPLFAFPSLSQTDLEELTYFFP
EDHAEDVQQEFFPSWPTPSGLTEYSTLTLCQETLANSSIGRLCLAFLGKRLDSVIEMCVK
DVLLKDDLSWAEAGVALLENECEKRIVEEGKYNTEEYGTSIEDILSVLKCPNLCSGNGQC
MEWGCACSPSFSSYDCSDSYDKAPEITELGNAGFCDVQKYNCMMVRVFGKGFKELPSIKC
EVTKLQYNSSEWMPGEPIYTQTVFHNSRAVDCQLPTDVQQFDTMDLVGGKPTGKWQLKVS
NDGYKFSNPKITVIYDGACQVCGLYKNDSCTIKENVCIIDGLCYVEGDKNPTSPCLICRP
KISRFTWSFLENNQPPVIQALQDKLQTFYGENFEYQFVAFDPEGSDIHFTLDSGPEGASV
SSAGLFMWKTDLLTTQQITVRLNDDCDAETRVTIEVTVKSCDCLNGGSCVSDRNFSPGSG
VYLCVCLPGFHGSLCEVDISGCQSNPCGLGSYISGFHSYSCDCPPELKVETQFVNQFTTQ
TVVLTRSDKSVNKEEDDKNAQGRKRHVKPTSGNAFTICKYPCGKSRECVAPNICKCKPGY
IGSNCQTALCDPDCKNHGKCIKPNICQCLPGHGGATCDEEHCNPPCQHGGTCLAGNLCTC
PYGFVGPRCETMVCNRHCENGGQCLTPDICQCKPGWYGPTCSTALCDPVCLNGGSCNKPN
TCLCPNGFFGEHCQNAFCHPPCKNGGHCMRNNVCVCREGYTGRRFQKSICDPTCMNGGKC
VGPSTCSCPSGWSGKRCNTPICLQKCKNGGECIAPSICHCPSSWEGVRCQIPICNPKCLY
GGRCIFPNVCSCRTEYSGVKCEKKIQIRRH
NT seq 4773 nt   +upstreamnt  +downstreamnt
atgcctggcggagcctgcgtgctggtgatcgcgctgatgttcctggcctggggggaagct
caggagtgctctcctgggggacaccagtttcttcggagtccttatagaagtgtccgtttt
gactcatggcacctccagcagtcagctgttcaagacctaatatgtgaccattccctctcc
cctggatggtatagatttctcatccttgacagacctgccgagatgccaaccaaatgtgtt
gagatgaaccattgtggaactcaggcccccatctggctgtctctgagagattcagaaaca
ctgccatctcctggggagatcaagcaattgacagcttgtgcaacatggcagtttttgttc
agcactacaaaagactgctgtctctttcaaatcccagtgtctgtaagaaactgtgggaac
ttttctgtatacttactacaaccaactcagggatgtatgggctactgtgcggaagctatt
tctgatgcacgattacacccatgtggttctgatgaaactgaaacaggaggtgattgtgtt
cgtcagctggctgcctcattgccacctccacctgcaggaaggccagaggttctggtggag
ttgattgagtccaggcttttctgtaggtgttcttttgatgttcccgctacaaaaaactca
gtgggatttcacatagcttggtctaggctttcttctcaagaagtcaaagaggagctgaca
caagagaccacagttcaggcattctctcttttagaacttgatggcataaatctcagactt
ggagacaggatattctgcagcgcttctgtctttttcttggagaatcctcatgtacaaagt
gtagccatcgaaagccaagaattttttgcaggctttaagctacagcctgaattgagcact
atatcagaggatgggaaagaatactacctgaggatagaaagcacagttcctattatttgt
tctgaatttagtgagcttgatcaagaatgcaaaatctcattaaaactgaaaactattggt
caaggtagagagcacctaggcttaaatttggcactgtcttcctgtcatgtggaccttctc
cagacatcttcctgtgctaatggaacctgtagccacacttttgtgtactacactgctgtc
acagatttttctcgagatggagatagagtctcaaacattgtagtgcaaccaatagttaat
gaggatttcctgtggaacaactacattccagacagcatccagatcaaagtaaaggatgtc
ccaactgcttactgctatacatttactgacccacatataattacatttgatggcagggta
tatgataatttcaagactggaacatttgtgctttataagagtatgtcacgtgattttgaa
gtccatgtacgtcagtgggactgcagaagccttcactatccagtgtcatgtaattgtggg
tttgttgcccaggaaggaggtgatatagttacttttgatatgtgcaatggtcagctacgt
gaatcacaaccatatttgttcataaaaagccaagatgtaaccaggaatatcaagataagt
gaatcttacttaggaagaaaagtcacaatctggttttcttctggggcatttatccgtgct
gatcttggtgaatggggcatgagtctaacgatcagagcccctagtgtagattacagaaac
actctgggactttgtggaacctttgatgaaaatccggaaaatgatttccatgacaaaaat
gggatgcaaattgatcaaaattttaacaattatgttgcttttattaatgaatggaggatt
ttaccaggaaaaagcatgtctgacacactgccagtttctatgacatcacctggaaagcca
tcctattgtagctgttcattggacactgcagcgtatccgtcttccgaagatctggacagt
gtttctcgatcagaaattgccttgggttgcaaagacctcaatcatgtcagcttatcttct
ttgataccagaactagatgtcacctccgaatatattaattcagacactcttgtcagagag
ataaacaagcatacatctccagaagaatataatctaaatttatttctgcaagaaaaaaaa
cacataaacctgactaaactcggcttaaatgtacaaaaacatcctggaaatgagaaagaa
gattcactacaatatttggccaataagaaatatacacaaggccggggaagccacagccaa
gaaatgaggtacaatcgacaaaacagatggaaacggcagaactttcatgagtttcctcct
ttgtttgctttcccgagtctcagccaaacggatctggaagaacttacttattttttccca
gaggaccatgctgaggatgtacagcaagagtttttcccctcttggcccactccctctggc
ctcaccgagtatagcaccttgaccctctgtcaggagactctagccaactccagcatagga
aggctgtgtcttgcttttcttggcaagagattagacagtgttatagagatgtgtgtgaag
gatgttctgttaaaagatgatcttagttgggcagaagcaggtgtggcccttttagaaaat
gaatgtgaaaagaggattgtggaggaggggaaatataacacagaagagtatggcacatca
attgaagacattctctcagtattaaaatgccccaatttatgcagcggcaatgggcagtgc
atggaatgggggtgtgcgtgttccccaagctttagttcctatgactgcagtgattcctat
gacaaagctcctgaaattacagagcttgggaatgctggattctgtgatgttcaaaaatat
aattgtatgatggtgagagtttttggcaaaggcttcaaagaattaccttcaattaaatgt
gaagttactaagctacagtataatagcagtgaatggatgcctggagaacccatctataca
cagactgttttccacaatagcagagctgttgattgtcagctgcccactgatgttcagcag
tttgataccatggatctggtgggtgggaaaccaactgggaagtggcagttgaaggtatct
aatgatggttataaattcagtaatcccaaaataacggtcatatatgatggtgcttgccaa
gtttgtggtctctataaaaatgactcatgtactataaaggaaaatgtttgcattattgat
ggactctgctatgttgaaggagacaaaaatccaaccagcccttgtttgatttgtagaccc
aaaatttcaagatttacttggtcatttttagaaaacaaccagcccccagtgattcaagca
ttgcaagacaaattacagacattttatggtgaaaactttgagtatcagttcgtggccttc
gatccagaaggttctgacatccattttacgttggactctggtcctgaaggggcaagtgtt
tcctctgcagggctttttatgtggaaaacagatttactaactacccaacaaattactgta
cgccttaatgatgactgcgatgctgaaactagagtcacgattgaggtgactgtgaagtct
tgtgattgcttgaatggtggatcatgtgtatctgataggaacttttctccagggagtgga
gtgtacctgtgtgtctgcttgcctggcttccatggcagcctttgtgaagtggacattagt
gggtgccaatccaacccttgtggtcttggcagctatattagtggttttcacagttattcc
tgtgattgtccacctgagctcaaagttgaaacacagtttgtaaatcaatttactacacaa
actgtggttctcacaagatctgataaaagtgtaaataaagaagaggatgataaaaatgcc
caagggagaaagaggcatgttaagccaacaagtggaaatgccttcaccatttgtaaatat
ccatgtggaaaaagtagggagtgtgttgccccaaacatctgcaaatgtaaacctggttac
attggttctaactgccaaactgctctttgtgaccctgattgcaaaaaccatggaaaatgt
attaagcctaacatttgtcagtgtcttccaggacatggtggagcaacctgtgatgaagaa
cattgtaacccaccttgtcaacatggtggcacatgcttggctgggaatctctgcacttgt
ccttatggttttgtaggaccaaggtgtgaaacaatggtttgtaacaggcactgtgaaaat
ggaggccagtgtcttacaccagatatttgccagtgcaaacctggctggtatggacccacc
tgtagtacagctttgtgcgaccctgtctgcctcaatggtggttcgtgtaataagccaaat
acttgcctctgtccaaatggattctttggggaacactgtcagaatgctttctgtcaccct
ccctgtaagaatggtggccactgcatgagaaataatgtgtgcgtctgtcgtgaaggatac
actggtaggagattccaaaaaagcatctgtgatcctacgtgcatgaatggaggaaaatgt
gtgggaccaagcacttgctcttgtccttctggttggagtgggaaacgatgcaacacacct
atctgcttgcagaaatgtaaaaacggtggtgaatgcattgcgcccagcatatgccattgt
ccttcctcctgggaaggagtgcggtgtcaaataccaatttgcaacccaaaatgtctttat
ggaggcagatgcatatttcccaatgtgtgttcctgccgcactgaatactctggagtcaaa
tgtgagaagaaaatacagataagacgccattga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (8)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (14)   
   RefSeq(nuc) (6)   
   GenBank (4)   
   EMBL (4)   
Protein domain (5)   
   Pfam (5)   
All databases (89)   

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