KEGG   Falco peregrinus (peregrine falcon): 101921387
Entry
101921387         CDS       T02856                                 
Symbol
VWF
Name
(RefSeq) von Willebrand factor
  KO
K03900  von Willebrand factor
Organism
fpg  Falco peregrinus (peregrine falcon)
Pathway
fpg04510  Focal adhesion
fpg04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:fpg00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    101921387 (VWF)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    101921387 (VWF)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:fpg03110]
    101921387 (VWF)
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:fpg04147]
    101921387 (VWF)
Chaperones and folding catalysts [BR:fpg03110]
 Intramolecular chaperones
  Others
   101921387 (VWF)
Exosome [BR:fpg04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   101921387 (VWF)
SSDB
Motif
Pfam: VWD VWA C8 TIL VWC MCR_beta_N
Other DBs
NCBI-GeneID: 101921387
NCBI-ProteinID: XP_005234800
Position
Un
AA seq 2823 aa
MCKRNLAQKKMLLLEVLLTNLLLATVISGSRGSLLQESSVSRCSLFGNDHIKTFDGSFYN
FAGDCSYLLAGDCHKHSFTLLGDYQDGKKIGFSVYLGEYFNLRFSLDGGVMQEDKRVSIP
FASSGIFIEKEAGYYKISSDEHGFVVKIDISGNIQILLQEKHYNKTCGLCGNFNKFAEDD
FRTQEGTLVGNSYDFANSWALHSENKWCKRVQTPSNTCNISSDIAEKGVIETCQLLRTSL
TFSRCHHKVDPEPYLDLCERDICACTQGMDCHCSVFLDYARSCAHEGVILDGWPEESSCR
PRCPVGMEYKECVSPCAKTCQSLNINEVCHGQCVDGCSCPEGELLDGEHCIESSDCSCIH
SGKHYPPGFTISQDCNSCICRRGTWICSNGECPGECSVTGQSHFKSFDNKYFTFSGICQY
LFAKDCVENSFSVIIETVQCADDPDAVCTRSASVRIRDMDNSLIKMKHGGGISLNGQDVQ
IPLLQGALRIQRTVRTSVHLTYGEDLQIDWDGHGELLVKLSPVYSEKMCGLCGNYNGNQG
DDFLTPSGMVEALLEDFGNSWKLNPGCQDLLKQDSDPCNLNPRLAKYAEDSCSVLMSSAF
EPCHHEVSPTPYVKNCRFDVCSCSNGKDCLCSAIANYAAACARKNILVQWREPDFCPMTC
PEGQVYRQCGMPCNQTCRSLSYPDEDCDELCVEGCYCPPGHYLDEREQCVPKSHCSCYYD
GEIFQPEDVFSDHYTMCYCENGFMHCSTNRVPGAFLPDVFADERPSARIKRSLTCRSPME
SFICPANNPRAEGLECAKTCQNYDLECISHGCISGCLCPKGMVRHESKCVAPERCPCFHN
GREYAKGEMVTNDCNTCVCRGRKWECTKNTCDGTCTVIGTAHYLTFDGLKYKFPGNCQYV
LVQDFCKDDSGTFRILISNEGCGFTGEKCTKRVIILYESGEIELFNGNVNIKIPPKDDND
LEVIKSGRYYIILLGKSISVTWDLAMGVSVILKGNFKDQVCGLCGNFDGIQNNDLTSSNE
HLEVDPVDFGNSWKVNPYCADVEKVITLMPPLCNGNIVKQVMVETSCSILSGDLFEECKK
LVNPEPYIDICMYDTCACESIGDCACFCDTIAAYAHACAQKGVAVHWRSPALCPQSCEDL
NKQELDYQCEWRYNTCGPACPITCQHPQPLECPLQCVEGCHVHCPAGKILDELSLDCVSS
EDCPMCAVGDVKVPHGRRIVLNREDPQHCQSCLCEGKNLTCVPCEPGDDTLILTTPAPEE
DIELPPSEYSCSKMMDLAFLMDGSNKLSEEDFEQLKTFITGMMKKLHISQKKIRVSVLVY
RAGPTIYLGLKDIKTKSQMRKIVQSIKYTGDEVASAAEGLKYTVFHVFGKAERTNAARIV
VLFIASKSPGKLRSLLTALKNKNIAVIPVGIGPYVNVEQIRFIEKQSPANRAFLLNNMLE
LMENQDLLIDHLCDLGPEESSLLQATSLPTISSVLAPTWGLTAPPPFSEKPTRKRLDIAF
IVEGSDNVGEENFKIVKKFLERVITRMNVGQEDIHVTVMQYSETVTLEYSFREIQSKESI
IEKVRSIPYQGGKATNTGNALDYISKHTFTAVNGGRQDVPHLVYMVSSSPSTDVITRPPS
SINVIPIGITPNANIQELRKISQPNNPIILHSYSTLIEEAPELVLQSCCSPDVTSGYHAX
ITSPHPPSLELCNKPMDVMFLLDGSSNIGASEFEEMKNFVRAFIERVEIGNTSIHVSVLQ
YARENNLEISWNMPQETEKLVEMVHSIQQREQGPTRLGKAIDFVVQNAMSESHGGRPSAS
KVAVVIVSGRSEDTVEPAALSARMNRVSLFPVGVGNSYDEEQLRTLAGPSATNRIMKLQN
FEDLSTMITLNSEFIKKVCMESVRECIDEDGNKKKPGDKWTLADQCHTVTCFPGDYTVLE
SHQINCERMPKPVCHSNLPAVKIEETCGCRWMCPCVCMGSSSRHIVTFDGLNFKLTGNCS
YTLFQDMQRDVEVLLHEGPCRATPKINCMDSIEVKHHGVSVQLFSDMTVTVDGERVHIPY
SSSLFEVTVYGAIMHEIKFSHLGHNLTFTPINNEFILKLNSKSFSSGTRGLCGLCDQNHV
NDFTLRDGSVTTDSSVFIQDWTVKERGKICEFHREERCSEHATSHCRLLLSDQFAECHRV
ISPNMFYEACTETSCYEDEACEMITSYAHICRENGICVDWRTPEFCPMKCLTYLTYDHCH
KACVKHCENSTKLSVCKDYPTEGCFCPDGQVILNDSCVDEEVCTQCIGEDGTHHQHMETW
IPANEPCKICTCLDNQKVNCMVQPCPTAKPVLCGPCEVPRLRRDPSQCCPEYECVCDLVS
CDLPPAPVCEFGLQLALTNPGECRPNYTCACNREACSLVQRPSCPPYRELTVKKTECCDE
YECTCSCTNSTVSCPLGYLSRSLTNDCGCVSTTCVPGRVCVHNNIVYSIGTTWEDGCREC
SCTSMRDDVTGLQMMECHDKACNSFCSRGYKYIVQEGECCGKCQKTACEEQLFWSRGDAD
SRLHEVGTEWRSPFNRCVINECVRVNNEVFVQQKNVSCSQMDVPDCPEGTELRCDQIIDC
CPSCRCVPLDGCPLNGTVIGPWRSLMVDRCTTCRCSLQSISSRRYTLTCTKISCEPCPIN
YRKEEIPGSCCGKCVPTSCSIRLRDGRLKYLQPNETLQDGCDSHSCKVSEKGEFVWERRI
TGCPPFDSRRCLAEGGRITKIGNTCCDTCVEVECRPVSTRLQYRNMNGCVAEKEVPIAHC
EGKCRSNTRYSVETGKWEDLCSCCTATQTTTVTVPVRCANGTVVQHYIPSASQCECHTRK
CTD
NT seq 8472 nt   +upstreamnt  +downstreamnt
atgtgcaagaggaatctcgcacagaagaagatgctcctcttggaagtgctgctaacaaac
ctactgctggccactgtaatatcaggatcacgaggttctttgcttcaggagtcatctgtt
tcccgttgcagcctttttgggaatgatcacatcaaaacttttgatggttctttctacaat
tttgctggagactgcagttacctccttgctggtgactgtcacaagcactccttcacactc
ttgggtgactaccaggatggcaagaaaattggtttctctgtgtatcttggagaatatttc
aatcttcgcttctctttagatggaggtgtgatgcaggaagacaaaagggtttccatacct
tttgcctccagtggcatatttatagagaaggaggcaggttattataaaatatccagtgat
gagcatggctttgtggtgaagattgatatcagtgggaatattcagatactccttcaagaa
aagcactataataagacctgtgggttgtgtggcaactttaataaatttgctgaagatgac
ttcagaactcaggaagggacccttgtgggaaacagttacgattttgcaaactcctgggct
ttgcacagtgaaaacaagtggtgcaagagagtgcagactccaagcaacacctgcaacatt
tcatctgatattgcagagaagggtgtcatagaaacttgccagctgctaagaacatctttg
accttctcccggtgccaccacaaggttgatccagagccgtaccttgatctctgtgagaga
gacatctgtgcctgtacccagggcatggactgtcactgctccgtgttcctcgattatgca
agaagctgcgctcacgaaggagtgattttggatgggtggcccgaagagagctcatgcagg
ccaagatgtccagttggcatggagtataaggaatgtgtatccccttgtgccaaaacctgc
cagagcctgaatatcaatgaagtgtgtcacggacaatgtgttgatggctgcagctgccct
gagggggagctccttgatggtgaacattgcattgaaagctccgactgctcctgcatccac
tctggaaaacattatcctcctggcttcaccatctcccaggactgcaactcatgcatttgt
cgacgtggcacctggatctgcagcaatggggaatgcccaggagaatgctccgtcactggc
cagtcccatttcaaaagctttgacaacaagtatttcaccttcagtgggatctgtcagtac
ttatttgccaaagactgcgtggaaaattccttttctgtgatcatcgagaccgtgcagtgt
gcagatgatcctgatgctgtgtgcactcgctcagcttctgtccgaatccgggatatggac
aacagcctcattaaaatgaaacatggaggaggaatttcactgaatggacaagacgtacag
atccctttgctacaaggtgccctccgtatccagcgcacagtgaggacttcagttcacctt
acctatggagaagatttgcagattgactgggatggtcatggtgaactcctagtgaagctg
tctccagtctattccgaaaagatgtgcgggctatgtggaaattacaatggtaaccaaggg
gatgattttcttacaccttcgggcatggtagaagctcttctggaagattttggaaactcc
tggaagctcaatccaggctgccaagacttgttaaaacaagacagtgacccctgcaatctc
aatcctcgtttagccaaatatgctgaggactcctgctcagttctgatgtcttctgcattt
gaaccctgtcaccatgaagtcagtcccactccttatgtgaagaactgccgctttgatgtt
tgctcctgctccaatggcaaggattgtctgtgctctgctattgctaattatgcagcagct
tgtgctaggaagaacatcctggtccagtggagagaacccgacttctgcccaatgacctgt
cctgaaggccaagtgtaccggcagtgtgggatgccatgcaaccagacctgcagatctctg
tcctacccagacgaggactgtgatgaactctgtgtagaaggatgctactgtccccctggg
cactaccttgatgagcgtgagcagtgcgtgccaaagtcccactgctcttgttattatgat
ggtgagatcttccagccagaggacgtcttttcagatcattacaccatgtgctattgtgaa
aatggtttcatgcactgcagtacaaacagagttcctggtgccttcctgccagatgttttt
gctgatgagagaccatctgccagaataaaaaggagcttgacatgcagatcccccatggaa
agctttatctgtcctgcaaacaacccaagagctgaagggttggagtgtgccaagacttgc
cagaactacgacttggagtgcatcagccatggctgcatatctggatgcctctgtccaaaa
gggatggtgcggcatgaaagcaagtgtgttgctcctgagagatgcccgtgttttcacaac
ggaagagaatatgccaagggagagatggtgactaatgactgcaacacctgtgtgtgccgt
ggtcgaaagtgggaatgcaccaaaaatacatgtgatggcacctgcactgttattggtaca
gctcattatttgacatttgatggattgaaatacaagtttccaggaaattgtcaatatgta
ttagttcaggatttctgcaaggatgattctggaacattccggatactaatttcaaatgaa
ggctgtggcttcactggagaaaagtgcaccaaaagggttattattctgtatgaaagtggg
gaaatagagttgtttaatggaaatgtaaacatcaagatacctcctaaagatgacaatgat
ttagaagtcataaagtctggccgttattacatcattctactgggcaaaagcatcagtgtg
acctgggatctggccatgggagtctcagttatcttaaaaggcaatttcaaagatcaagtg
tgtggtctgtgtggaaattttgatggaatccaaaacaatgatttgaccagcagcaatgaa
catcttgaagtagatccagttgactttgggaattcttggaaagttaatccatactgtgct
gatgttgaaaaggtaattaccttgatgcctccactgtgtaatggaaacatagtgaagcag
gtgatggtggaaacgtcgtgcagcattttgtctggggatctctttgaagaatgcaaaaaa
cttgtgaatcctgagccctacatagatatttgcatgtatgacacttgtgcttgtgaatct
attggggactgtgcttgcttctgtgacactatagcggcctatgcacatgcctgtgcacaa
aaaggtgttgctgttcactggagatcaccagctctgtgtccacaaagctgtgaggacctg
aataaacaggaattagattatcaatgtgaatggcgatataatacctgtggacctgcttgt
cctataacgtgccagcacccgcagcctttggagtgtcctctgcagtgtgtggaaggatgc
cacgtacactgtcctgcagggaaaatacttgatgaactgtccctggattgtgtcagttct
gaagactgtcccatgtgtgcagttggagatgtcaaggtcccgcatggaaggagaatagtt
ttgaacagagaggatccacagcactgtcaatcttgtctgtgtgaagggaagaacttaacc
tgtgtaccatgtgagccaggggacgacaccctaatactgacaacacctgctccagaggag
gacattgaactaccacccagtgaatactcatgtagcaagatgatggacttggcctttcta
atggatggctctaacaagctgtcagaggaggactttgaacagctgaagactttcataact
ggcatgatgaagaaactccacatctcccaaaagaaaatccgagtgtcagttctagtgtat
agggctggccctacaatctatcttggccttaaagatatcaaaacaaagtcccagatgaga
aaaattgtccaaagcataaaatacacaggtgatgaagtagcgtccgctgctgaaggcctt
aaatacactgtgtttcacgtgtttggaaaagcagaaaggaccaatgctgccagaattgta
gtgctatttatagcaagcaaatctccaggaaaactccgcagcctcctgacagctttgaag
aataaaaacattgcagtaatacctgtggggattggaccgtatgttaatgtggagcaaatc
aggttcattgaaaaacagtcaccagctaatagagccttcctactgaacaacatgttagag
ctgatggaaaatcaggatctcctcattgatcatctatgtgatcttggacctgaagaaagt
tctctgttacaagctacatctcttccaacaatatccagtgtcctagctcccacgtgggga
ctcacagcaccaccacccttttcagaaaagcccactcgcaaaaggttggacattgctttt
attgtggaaggatctgacaatgtaggggaggaaaatttcaagattgtcaaaaagttcctt
gagagggtgatcacaagaatgaatgtgggacaggaagatattcatgttacagtcatgcag
tattcagagactgtgactctggagtattccttcagggaaatacagtcaaaggaaagtatt
attgagaaggtgaggagcataccctatcaaggagggaaggctactaacactgggaatgcc
ctcgattatatttccaaacacacatttacagcagtgaatgggggcaggcaagatgttcct
cacttggtgtatatggtgtcatccagtccttccactgatgttatcacacgacctcccagc
agcataaatgttattcccataggcataacccccaatgccaatattcaagagctcagaaag
atcagccagcctaataacccaattatcttgcatagttatagtacacttattgaagaagca
cctgaattagtgctgcagtcgtgctgctctccagatgttacttctggttatcatgcataa
ataacctccccccatcctccttccttagagttgtgcaacaaaccaatggatgtcatgttt
cttctggatggaagttccaatattggagcctcagagtttgaggaaatgaaaaactttgta
cgggcttttattgaaagggttgagattggcaatacttcaattcatgtgtcagtcctccag
tatgccagggaaaataatctagaaatttcatggaacatgcctcaagagaccgaaaagctt
gtagagatggtgcactcaattcaacaaagggagcaaggtcctaccagactaggaaaggcc
attgattttgtagttcagaatgcaatgtcggaatcacatggagggagacccagcgcatca
aaggtcgcagtagtcattgtgtcggggagatcagaagacactgtggaacctgctgcactt
tctgcaagaatgaacagagtatccttgtttccagttggagttgggaacagctatgatgaa
gagcaactaaggaccctggctgggccatcagctactaacagaattatgaagcttcagaat
tttgaagacttatccactatgatcacactgaatagtgaatttatcaagaaagtgtgcatg
gaatctgtcagagaatgtatagatgaggatggaaacaaaaagaaacctggtgataaatgg
acattagcagaccagtgccacactgtgacatgctttccaggagattacacagttctggag
agtcaccaaattaactgtgagaggatgccaaagccagtatgtcacagcaatcttcctgca
gttaagattgaagaaacttgtggttgccgatggatgtgtccatgtgtctgtatgggaagt
tcatctcgacatattgtcacttttgatgggctgaattttaagctgaccggcaattgctcc
tacaccttgtttcaagacatgcaacgtgatgttgaagttctcctccatgaaggaccatgc
agagcaacaccaaagattaactgtatggactccattgaagtgaaacatcatggtgtatct
gttcagctcttcagtgacatgacagtgactgttgatggtgaaagggttcatataccctat
tctagcagtttgtttgaagtcactgtctatggagcaataatgcatgaaatcaagttctcc
catctcggacataatctcacatttactccaataaacaatgaatttattcttaaactgaat
tcaaagagcttttcttcaggaacacgagggctttgtgggttgtgtgaccagaaccacgtc
aatgacttcacgttacgtgatggctctgtcacaactgacagcagtgtttttatccaagac
tggacagtgaaagagcgggggaagatctgtgaattccacagagaagagagatgctctgag
cacgcaacgagccactgccgccttctgctctccgatcagtttgcagagtgtcatagggtg
atctcccccaacatgttctacgaggcctgcacagagaccagctgctatgaggacgaagcc
tgcgagatgataacttcctacgctcacatctgcagggaaaacggcatctgcgtagactgg
agaacgcccgagttttgtccaatgaaatgtctcacatatttgacatatgatcactgccac
aaagcctgcgtaaagcactgtgagaatagtaccaaactcagtgtctgcaaggattatccc
acagaaggctgcttctgtccagatggacaggtgattttaaatgacagctgtgttgatgaa
gaagtctgcacacaatgcatcggtgaagatggcacacaccatcagcacatggaaacatgg
attcccgccaatgagccttgcaagatctgcacgtgtcttgataaccagaaagtaaactgc
atggtccaaccttgccctactgccaaacctgttctctgtggtccctgtgaagtccctcgt
ctgcgcagggaccccagccagtgctgccctgagtacgagtgtgtctgtgatctggtttcc
tgtgatttgcctcctgcccctgtctgtgaatttggcctgcagcttgctctgaccaaccct
ggagaatgcagaccaaattacacatgtgcgtgtaacagagaagcatgcagcttagttcaa
agaccttcctgcccaccatatcgagagctgactgttaagaagacggagtgctgtgatgaa
tacgagtgtacctgcagctgtacaaactccacagtgagctgccctctgggatatctctcc
agatctctcaccaacgactgcggctgtgtatctaccacctgtgttcccggcagggtgtgc
gtgcacaacaacatagtctactccattgggacaacctgggaagatggttgcagggaatgc
tcttgcactagtatgagggatgatgttacaggacttcagatgatggagtgtcatgacaaa
gcatgtaactcgttctgctctcggggttacaagtatattgtccaagaaggggagtgttgt
gggaaatgccagaagactgcctgtgaagagcaactgttctggtctcggggtgatgcagac
tctcgtttgcatgaggttggcacagagtggcgatcccccttcaaccgttgtgttatcaat
gagtgtgtccgggtgaacaatgaggtttttgtacagcaaaagaatgtttcttgctctcaa
atggatgtgcctgactgtccagagggtactgaactacgttgtgaccaaataatagactgc
tgtccttcctgcagatgtgtacccctggatggttgtcctttgaatggtactgttattggg
ccatggagaagcctgatggtggatcgatgcacgacatgtcgttgctccctccagtcaata
tcttctcggagatatactctgacatgtacaaaaataagctgtgaaccatgtccaataaat
tacagaaaggaggaaatccctgggtcttgctgtggaaaatgtgtgccaacttcatgtagc
atcagactgagagatggaaggcttaaataccttcagccaaatgaaacactccaggatggc
tgtgatagtcactcctgtaaagtaagtgagaaaggggaatttgtctgggaaaggagaatc
actggctgtcctccatttgattccagaagatgtttggctgaaggaggcagaattacaaaa
attggcaatacctgctgtgacacatgtgtggaagtggaatgtcgaccagtaagtacaaga
ctgcagtataggaatatgaacggatgtgtggctgaaaaggaagtgcccattgcccattgt
gagggcaagtgcagaagcaataccagatactctgttgagacagggaaatgggaagacctg
tgtagctgctgtacagccactcaaaccaccacagtcacagtccccgtccgctgtgccaac
gggacagtggtgcagcattacatcccgtctgcctcgcagtgtgagtgccatactcggaag
tgtacagactga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (121)   
   KEGG ORTHOLOGY (1)   
   RefGene (117)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (137)   

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