KEGG   Sinocyclocheilus anshuiensis: 107662885
Entry
107662885         CDS       T04917                                 
Symbol
vwf
Name
(RefSeq) von Willebrand factor isoform X1
  KO
K03900  von Willebrand factor
Organism
sanh  Sinocyclocheilus anshuiensis
Pathway
sanh04510  Focal adhesion
sanh04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:sanh00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    107662885 (vwf)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    107662885 (vwf)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:sanh03110]
    107662885 (vwf)
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:sanh04147]
    107662885 (vwf)
Chaperones and folding catalysts [BR:sanh03110]
 Intramolecular chaperones
  Others
   107662885 (vwf)
Exosome [BR:sanh04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   107662885 (vwf)
SSDB
Motif
Pfam: VWA C8 VWD TIL VWA_2 VWC VWA_3 Vault
Other DBs
NCBI-GeneID: 107662885
NCBI-ProteinID: XP_016308488
Position
Unknown
AA seq 2286 aa
MGGLVETRVEGFGNAWKMNADCDNVQLQPSDPCILNPKRVRFAEEACAVLLSVKFVPCHY
VVNPEPYVKNCRYDVCSCTDGQVCLCDAVRSYAAACAAKGVLINWRGHGYCELTCPDDQV
YEVCGSVCNQTCRSLSLPDGDCRGFCEEGCFCPRGLFLSDAGECVPPEHCSCHHNGEIFE
PNDMIGDHHSICVCESGSMQCTSNEASGSTLSDLFFDEHSSSRGRRSITCPPPLQRFECE
SVRDPGIECAKTCQNLDLECVSQGCVSGCMCPPGMVRHKKECIPQDQCPCYHNNRPYASG
QSINVDCNTCVCEKRQWKCTQRVCDGVCRVIGETHYISFDGLKFSFPGPCQYVLAQDYCN
GVDGTFRVLVENSACGIAGYRCSKSITVMYMGGLIVMEHNEVRMKRPVLKETAVEIVRSG
QYYIILLGKHISITWDTGTRISLQINGQYRGKVCGLCGNFDAIQNNDLLSSSNQMEVDAA
DFGNSWKVRPSCADAVPVVSQCSTDMVKLVTVEQSCRVLTSTIFRECNSVVDPEPYWDIC
THDTCSCPSVGDCACFCNTIAAYAHECAQKGLVVNWRSNDLCPLSCEELNKDAGVECEWR
YNACGSACPPTCQHPEPLSCPITCVEGCHAVCPSGQVLDEVLRKCVQLSQCQVCVHDGER
ISHGKQFILNHDDPHLCQICHCESNTLTCGPCPVTGFASTLTPTTVSNTPTPLPFSTPVP
ADACDRAMDLAFLVDGSSALSEEDFGLVKLFILRVVERFRMGSAHTRATVLLFHSGVKSY
DMQVQKWIFKKMVRDLRYSGGDVAFMDEAIKYLAVYIYDKNKREHAGRVAILLTASANPR
PMRSTQRLLRKKDITILTVALGPDVNMAQVNEITKATPSSRSYVVSSVSELDDEALAITD
YLCTLGLDPEPPKKPSTTKPSTTSVTPTTTATSKLTPATIPPTAAIVNTFPSIPSPGTTF
PPPTVTTYEVVFLLESSDAVGEEGFNKTRDALVDVVASLDQKEVENLRITVVQYSFTVTV
VISRMELQHREQVLQRMRQLRWTKGVEVNTGHAIRSVYETVTTDTPSNTPDQMVFLITQS
PPTDVIQRPPSSAHKKVYPIGIGQQIRYEDLVQLSFPDEPIMLDNPSDLKILRPMLINIS
KTIRRPVLPTLPPRATLPPSVPCSKPMDVLFLLRASSDNQFEDFKTFVRTFIKGTNIGRN
DTQVAVIVYGAKSAVAVTWRDEQTEDNLLKLLETLHSKTDNTPRLGAALRLAVQTAISST
SGGRMGIPKAVVMVVTDRSIDSVQEAANEALTAGVSVFPIGLGNQYDQTELSTLAGRHAQ
DNIIRLSSTEYLLAMAALDQSFTDKLCRAGPPGVCVDDEGNERKPGETWLLPDGCHSVLC
NPSGTVTVQSHRINCEKMEPPVCKNNLPALRYNHTCGCTWTCPCSCMGSSTSHVVSFSGA
ALKLRAACSYLLLRSGGVELVLHTAACQSSPNQICMKSLELRKGGTSVVLRDDMKVTVGG
VITAVPFRSEGVTVTQIGAILHQLRSEQHGFTLTFTPHSNEFMVNMDITMKPNTTGLCGS
CSDDQTGLLLSDGSVTTDPDMYLKGWALGECVQHQEVQSCTAGVAKGCDVLSSEVFSHCH
ALVPLQDYVQICRTVACQPNAVCDLVTAYSSVCRQQGVCVDWRTPTLCPMSCSDSMEYAA
CRTGCLEQCGRSQFSPGDMMGDGLMKGNGSVCLKTPTEGCFCPEGSVLMGDKCVSKETCS
QCVDHHGKTHKFMESWNPEENPCLLCVCLDQQRINCTALPCTNSKAPECGQCEVLREKTG
SKCCPEYECVCDPNCKRSDPPHCDHGLSVVLTNPGDCLPVYQCVCKKDQCPVTTKPSCPA
YKKLSVTPSECCDSYECVCYCQNITRTCPSGYIMKTTANDCNCIEVTCTPDKVCVVDTVV
YQVGSRWDEKCKTCTCTEQADRQTGLHIAQCVDPVCNQICPLGTTYSHSEDECCGHCRKS
SCVEGGHLRQVGEQWVSPQDRCVWSECVQVNEEVFIQHTNVSCHLMDTPTCPLGTELQCN
TVEDCCPTCHCVPMDVCVLNQTVIAAGERVMVDVCTHCECVKDKRSYRLSCRKMSCSPCS
EGYTLEPIPNACCGRCVATECSIRRPDRQLVTLKANTTRTDGCTKHTCSVNKDEELVLET
LVTTCPPFDRKRCLEHGGKISQIGDTCCEMCTEPECRRTVGLLNYIRVDDCQSEEKIELT
YCEGKCGSKSMYSLDKHTVESECVCCSATGTVPMNVPLRCANGTQTHHQVLAVTGCDCMS
HACLTD
NT seq 6861 nt   +upstreamnt  +downstreamnt
atgggcgggctggtggagacacgcgtcgaaggattcggcaacgcatggaagatgaacgca
gactgtgacaatgttcaattgcaaccctcagatccctgtattttaaaccctaagagagta
cgttttgcagaagaggcctgtgccgtgctgctttctgtgaagtttgtgccctgtcattat
gtggtcaaccctgagccatatgtaaaaaactgccgctatgacgtctgctcctgcacagac
ggccaagtttgtctgtgtgatgctgttcgcagctatgcagccgcctgcgcagccaaggga
gtgctaatcaactggaggggacatggatactgtgaactgacctgtccggatgaccaggtg
tatgaggtgtgtgggagcgtgtgtaatcagacatgccgctctctgtcgctgcctgacggt
gattgcagaggcttctgtgaggaaggctgtttctgccccagaggactcttcctcagcgac
gcgggcgagtgtgtgccccccgaacactgctcgtgccaccataacggagagatctttgag
cctaacgacatgattggggaccatcactccatctgtgtatgcgagagtggatccatgcaa
tgcacttctaatgaagccagtggatctactctgtctgacctcttctttgacgaacattct
tcttcaagaggacggcgctctatcacttgtccccctccactgcaacggtttgagtgtgag
agtgtgagggatcctgggatagagtgtgccaagacctgccagaatctggacctggagtgt
gtcagtcagggatgtgtgtctggctgtatgtgtccacctggaatggttcgacacaaaaaa
gaatgcattccccaagaccagtgcccttgttaccataacaaccgtccctatgcctcagga
cagagcattaatgtggactgcaacacctgtgtttgtgagaagcgtcagtggaagtgtacg
cagcgtgtgtgtgacggtgtgtgtcgtgtgataggagagacacactacatcagctttgat
ggactcaagttctcatttcctggaccttgccaatacgtgctagctcaggattactgtaac
ggggtggacggcacgtttagggttctggtggagaactctgcttgtgggatcgcaggctac
cgctgcagtaaaagcatcacagtgatgtacatgggcggactgattgtcatggaacacaac
gaggtgaggatgaagaggcctgtgttgaaagagacagcggttgagattgtgcgctcggga
cagtattacatcatccttctgggtaaacacatctccatcacctgggacacaggaacccga
atctcactgcagatcaatggacagtacagggggaaagtctgtggcctttgtggaaatttt
gatgccattcagaataatgacctgttgagcagcagtaatcagatggaggtggacgctgca
gactttggaaactcgtggaaagttcgacccagctgtgctgacgctgttccggttgtgtct
cagtgcagcacagacatggtgaagctggtgacggtggagcagtcctgccgtgtgctcacc
agcaccattttcagggagtgcaatagtgtggtggaccctgagccgtactgggacatctgt
actcatgacacatgctcgtgtccgtctgtgggtgattgtgcatgtttctgtaacactatt
gctgcctatgctcacgagtgcgctcagaagggactggtggtgaactggaggtccaacgac
ttgtgcccactgagctgtgaggagttgaataaggacgcaggggttgagtgtgagtggaga
tataacgcctgtggaagcgcttgccctcccacctgccagcaccctgagcctctgagctgt
cccatcacatgtgtggagggatgccatgctgtctgcccatcagggcaagttttagatgag
gtgctgaggaagtgtgtgcaactgtcacagtgtcaggtgtgtgtgcatgacggagagaga
atctcccatggaaaacagttcatccttaaccatgacgatcctcatctctgccagatatgt
cactgtgagagcaacacgttgacgtgcggcccatgtcctgtaactggtttcgcctccaca
ctaacaccaaccaccgtcagcaacaccccgacgccgctcccgttttccaccccggtgcct
gccgatgcctgcgacagagcgatggacctagccttcctcgtggacggctcctctgctctg
agtgaagaagacttcggcttggtcaagctcttcatcctccgtgtggtggagcgcttccgc
atgggttcggcccatactcgcgccacggtcctgctcttccactccggtgtgaaaagttac
gacatgcaggtgcagaagtggatcttcaagaagatggtgcgtgatctgcgttacagcgga
ggcgatgttgcgtttatggacgaggccataaaatatctagccgtctacatttacgataaa
aacaagcgcgagcatgcgggccgcgtcgctatcttgctgacggcgagtgcaaatcctcgg
cccatgcgtagtacacagcgtctgctgcgtaaaaaagacatcaccatcctcacggtggct
ctagggcctgacgtcaacatggcacaggttaatgagatcacgaaagccacacccagcagt
cgctcatacgtggtgagcagcgtgtcggagctggacgatgaagctctggccatcacggac
tacctctgcactttgggattggatcctgaacccccaaagaaaccctctaccacaaagccc
agcaccacttcagtcaccccaacaactaccgccacctctaagctcactcccgccacgatt
ccgccaaccgctgccattgtaaacacatttcccagcatccccagccctggaacaacattt
cctccacctacagtaacaacatacgaggtcgtcttcctgttggaaagctcagatgcagtt
ggcgaggagggcttcaataaaacacgtgatgctttggttgatgtcgttgcttcgcttgat
caaaaagaggtggagaatctacggatcacagtggtgcagtactccttcacggttactgtg
gtaatcagccgcatggaattgcagcacagggagcaggtgttgcaaagaatgcgacaatta
cgttggaccaaaggtgtggaggtcaacacaggccacgccattcgttctgtgtatgagact
gtcactacagacacacccagtaatacgccagaccagatggtgtttctcatcacacagagc
cctccgacggacgtcattcagcggcctccgagctccgctcataaaaaagtgtatccgatt
gggatcggccaacagattcgatatgaggatctggtgcagttgagcttcccggatgaaccg
atcatgctggataatccttcggatcttaagatactgcggcccatgctgatcaatatcagt
aaaaccatcagaaggcctgtgctgcccacactgccacccagagctacgctgcccccttca
gtgccgtgttcaaagcccatggacgtgctgttcctgctgagagcctcttctgataaccag
tttgaagacttcaaaacatttgtgagaacctttataaagggcacaaatatcggtcgcaat
gacacacaggtggcggtgatagtgtatggggcaaaatcagcagttgctgtcacatggagg
gatgaacagacagaagacaaccttctcaagcttttagaaaccttacacagcaagacagac
aacacaccaagactaggagctgcactgagattggccgtgcagacagccatttcctccacc
agcgggggacggatgggcatccctaaagctgtggttatggtggtgacagacaggtcaata
gactcagtgcaagaggcagcaaacgaggctctgaccgctggtgtgtcagtgtttcctatt
gggctgggtaaccagtatgaccagactgaactgagcacgctcgcgggacggcacgctcag
gacaacatcattcggctcagcagcacagagtacctgctcgccatggctgcactcgaccag
tcgttcaccgacaaactctgtagggcgggtcctcctggagtgtgtgtggatgatgaaggg
aatgaacggaagcccggtgagacgtggttgttgccagacggctgtcactcagtgctgtgc
aacccatcaggcacggtaacggtgcagagccaccgcatcaactgtgagaagatggagcct
cccgtctgcaaaaacaacctcccagccctccgctacaatcacacctgcggctgtacctgg
acctgtccctgtagttgcatgggcagctccactagtcacgttgtgtcattttcgggtgcg
gctctgaaactgagagccgcttgctcctatttgctgcttcgctcaggaggggtggagcta
gtgttgcatacagctgcctgtcaaagctcacccaatcagatctgcatgaagagtctggag
ctaaggaagggtggaacgagtgtggtgctacgggatgacatgaaggtgactgtgggcggt
gtgattactgcagtgccattcagaagtgagggagtgactgtgacacaaattggtgcaata
ctgcaccagctgagatcagagcagcatggtttcacactcaccttcactcctcacagcaat
gagttcatggtcaatatggacatcaccatgaaacctaacaccactggcttatgtggttcc
tgctctgatgatcagacgggtctgctgttatctgacggcagtgtgaccacagaccctgac
atgtacctgaaggggtgggctctgggcgagtgtgtccagcatcaggaggttcagtcatgt
actgcaggtgtggcgaagggctgtgatgtgttaagttctgaggtgttcagccactgtcac
gcactggtccccctgcaggactatgtgcagatctgtcggaccgtggcctgccagcctaat
gcggtgtgtgaccttgttactgcgtacagcagcgtgtgccgtcaacagggagtgtgtgtg
gactggaggacgcccaccctctgccccatgtcatgctcagactcaatggagtatgccgct
tgtcgaaccggatgtttggagcagtgtggacggagccagttcagtcctggtgacatgatg
ggtgatggtttaatgaagggcaatggatcagtgtgcttgaaaactcccacagaaggctgt
ttctgccctgaagggtcagtgttaatgggagataagtgtgtaagcaaagaaacctgcagc
cagtgtgtggaccaccatgggaaaactcacaaatttatggaaagctggaatcctgaggaa
aacccctgtcttctgtgtgtgtgtctggatcagcagcgcattaactgcacagcgttaccc
tgcaccaactctaaagctccagagtgtggacaatgtgaggttcttcgggagaagacggga
tctaagtgctgccctgaatatgagtgtgtgtgtgacccgaactgtaagcggtcagatccc
cctcactgcgatcacgggctcagtgtcgtcctcacaaaccctggagattgtctgccagtt
taccagtgtgtttgcaaaaaggatcagtgtcctgtgacaacaaaaccatcctgccctgca
tacaagaagctgtcggtcacaccgtcagagtgctgcgattcatatgaatgtgtgtgctac
tgtcagaacatcactcgcacctgcccctcgggttacatcatgaagacaactgccaatgat
tgcaactgcatagaggtcacctgcacgcccgataaggtgtgtgtggtggacactgtggtc
taccaggtgggtagcaggtgggatgagaagtgtaaaacctgcacctgcacggagcaagca
gacagacagaccggcctgcacatcgctcagtgtgtggaccccgtctgcaaccagatctgt
cctctgggaaccacatactctcactcagaggacgagtgctgcggtcactgccgtaaatcc
agctgcgtggaaggaggacatttgagacaggtgggagagcagtgggtgtctccgcaggac
agatgtgtgtggagcgaatgtgtacaggtcaatgaggaagtgttcatccagcatacaaac
gtgtcctgccacctcatggacacgccaacctgtccactgggcacagagctccagtgcaat
acagtagaagactgctgcccgacctgccactgtgttccaatggatgtctgtgtgctgaat
caaacggttattgcggctggagagcgagtgatggtggatgtgtgcacacactgcgagtgt
gtgaaagataagaggagttatcggctctcttgcaggaagatgagctgctccccctgctca
gagggatatacgctggagcccatacctaatgcttgctgtggccgttgtgtagcaactgaa
tgtagcatccgacgacctgacagacagctggtcactctgaaagcaaatacaacacgtaca
gatggctgcactaaacacacatgcagtgtgaataaggatgaagaactggtgctggagaca
cttgtgacaacatgtcccccgtttgaccgtaaacgctgtctggaacatgggggtaaaata
agccagattggagacacctgctgtgagatgtgtactgagccagaatgcagaagaactgtg
ggtttgctgaattacattagagtggatgactgccaatcagaagaaaagatagaactcacg
tactgcgagggaaagtgtggcagcaagtctatgtactcactggacaagcacacggtcgag
agcgagtgtgtgtgttgctcggctacaggcaccgtgcccatgaatgttcccctgcgctgc
gctaacggcacacaaacacaccaccaagtccttgccgtcactggctgtgactgcatgtca
cacgcctgtttgaccgactga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (8)   
   Pfam (8)   
All databases (22)   

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