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KEGG   Serinus canaria (common canary): 103814584
Entry
103814584         CDS       T05755                                 
Symbol
COL6A3
Name
(RefSeq) collagen alpha-3(VI) chain isoform X5
  KO
K06238  collagen type VI alpha
Organism
scan  Serinus canaria (common canary)
Pathway
scan04510  Focal adhesion
scan04512  ECM-receptor interaction
scan04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:scan00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    103814584 (COL6A3)
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    103814584 (COL6A3)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:scan04147]
    103814584 (COL6A3)
   00536 Glycosaminoglycan binding proteins [BR:scan00536]
    103814584 (COL6A3)
Exosome [BR:scan04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   103814584 (COL6A3)
Glycosaminoglycan binding proteins [BR:scan00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   103814584 (COL6A3)
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   103814584 (COL6A3)
SSDB
Motif
Pfam: VWA VWA_2 Collagen VWA_3 Kunitz_BPTI fn3 Ig_J
Other DBs
NCBI-GeneID: 103814584
NCBI-ProteinID: XP_009086444
UniProt: A0A8C9N0Q1
Position
Unknown
AA seq 3137 aa
MRKHRHLPLVAMFCLLLSGFGSVGAQQQAAVKTVAVADIIFLVDSSWSVGKEHFQLVREF
LYDVVKALDVGGNDFRFALVQFSGNPHTEFQLNTFPSTQDVLSHIANMTYVGGGAEPGKG
LEYLIEKHLTKAAGSRASEGVPQVIVVLTDGQPRDDVALPSSLLNSARVNLFAVGVQEPV
EGELQEVASGPLDTHRFNLENFTTLHGIVGDLVASVRSSMTPEKAGAKGLVKDITAQESA
DLIFLIDGSNNIGGVNFPAIRDFLVNLIETLRVGAQQIHIGVVQYSDQPRTEFSLNSYST
KADVLDAVKALGFRGGEEANTGAALEFVVENLFTQAGGSRIEEAVPQILVLISGGESSDD
IREGLLAVKQAGIFSFSIGVLNADSAELQQIATDGSFAYTALDIRNLDALQELLLPNIVG
VAQRLILLAAPTIVTEVIEVNKKDIVFLIDGSTALGAAPFNAIRDFVAKIVQRLEVGPDL
IQVAVAQYADTVKPEFYFNTYQTRKDVMANVRKMKLMGGTTLNTGSALDFVRNNFFTSAA
GCRMEEGVLPMLVLITGGKSRDAVDQAAAEMKRNRIVTLAVGSRNADLAELQEIAHEQDF
VFNPNDFRLQFMQAILPEVLSPIRTLSGGLIVPEQPSVQVTKRDIIFLLDGSLNVGNANF
PFVRDFVATLVNYLDVGSDKTRVGLVQFSDTPQTEFSLYSYQTKSDIIQRLGQLRPKGGS
VLNTGSALNFVLSSHFTEAGGSRINEQVPQVLVLVAAGSSADPFLQVSNELARAGVLTFA
VGVRNADKAELGQIAFNPRMVYFVDDFSALAALPQELNKPITTYVSGGVEEVPLAPTESK
KDVLFLIDGSANLLGSFPAVRDFVHKVISDLNVGSDATRVAVAQFSDTIQIEFDFAEYSS
KQDMLVKVKRMKIKTGKQLNIGAALDEAIRRLFVKEAGSRIEEGVPQFLVLLVAGRSTDD
VEEPSDVLKHAGVVTFGIKAKNADPVELERIVYAPQFLLNAESLQRISELQPNIVNLLRT
VQLQPTVVERGEKKDVVFLIDGSDGVRRGFPLLKTFVQRVVESLDIGRDKVRVAVAQYSN
TIQPEFLLDTHEDKADLISAIQQLKLMGGSPLNTGAALDYLIKNVFTVSSGSRIAEGVPQ
FLILLTADRSQDDVRRPSVVLKTSGTVPFGIGIGNADLTELQTISFLPDFAISVPDFSQL
DSVQQVVSNRVIRLTKQEIESLAPDLVFTSPSPAGVKRDIVFLVDGSRYAAQEFYLVRDL
IGRIVNNLDVGIDTTRISVVQFSEHPHVEFLLNTHSTKDEVQNAVRQLRSKGGQLVNVGE
ALEFVAKTIFTRPSGSRIEEGVPQFLVILSSRKSDDDFEYPSLQVKQVGVAPMMIAKNVD
TEEMIQISLSPEYIFQVSSFQELPSLEQKLLTPIETLTVDQIRRLLGDLQPPIDVSGDEK
DIVFLIDSSDSVRPDGLAHIRDFISRIVQQLEVGPNKVRIGVVQFSNGVFPEFYLKTHKS
KNAVLEAIRRLRLRGGSPLNAGKALDFVVKNYFIKSAGSRIEDGVPQHLVVILGDRSQDD
VDRPARVITSTNIKPLGVGARNVDRDQLQVITNDPGRVLVVQDFTGLSTLEKRVQNILDE
LPIPTTDSPGPSLPGGKKQADIVFLLDGSINLGRDNFQEVLQFVYSVVDAIYRDGDSIQV
GLAQYNSDVTDEFFLKDHSTKAQILDAINKVIYKGGRVANTGAAIKHIQERHFVKEAGSR
IDQRVPQIAFIVTGGKSTDDGPRASLEITQKGVKVFAVGVRNIDLKEVSLLASESAMSFR
AATAQELSELNEQVLVTLEAAMEERLCPGTTDVTRDCDLEVVIGFDVSDVRPGQNIFSSQ
RGLESRVESVLNRITQMQKISCTGNQAPNVRVAIMAQAQGGPVEGLDFSEYQPELLERFL
DMRTRGPYYLRADTLRSYLSKFRSSPAGSTKVIIHFTDGVDEPINQLEDASSTLHSEGVN
ALIFVGLDRVTNFDRVMQLEFGRGFTYNRPLRVNLLDLDFELAEQLDNIAERTCCKVPCK
CSGQRGDRGVPGPIGPKGVTGDLGYGGYPGDEGGPGERGPPGVNGTQGFQGCPGHRGTKG
SRGFPGEKGELGEMGLDGIDGEEGDKGLPGSSGEKGYSGRRGDKGVKGERGERGDRGLRG
DPGDSGADNTQRGPRGQKGEIGPMGDPGPAGPEGQDGEVGRRGMAGRRGPIGVKGTKGSP
GQPGPAGEQGMRGPQGPPGQVGTPGIRGEQGVPGPRAGSGPPGPPGDRGRIGPLGRKGEP
GNPGPKGPNGQPGPRGEMGDDGRDGIGGPGPKGRKGERGFVGYAGPKGGPGDRGVAGGPG
PKGNRGRRGNAGVPGTPGQKGEIGYPGPSGLKGEKGESRDQCALVQNIKDKCPCCYGPKE
CPVYPTELAFAIDTSSGVVREVFNRMKQTVLRVVNNLTIAESNCPRGARVALVTYNNEVT
TEIRFADARKKSSLLQQIQNFQATLTTKPRSLETAMSFVARNTFKRARSGFLMRKVAVFF
SNGDTRASPQLNDAVLKLYDAGVVPVFLTSRQDAVLARALEINNTAVGHAIVLPTSGGQL
NQTIQRLLTCHICLDVCDPHPSCAGTGQRPAFRDRRAAPTDVDTDIAFILDSSESTTPLQ
FSEMRKYISHIVTNLEISSEPKVSQHHARVAVLQQAPYEHETNSSFPPVKTEFSLTDYAS
KEKIINYLHNQMTQLHGTRALGSAIEHTIAHVFESAPSPRDLKVIVLMMTGKVNKKELEH
LQRAVISAKCKGYFFVVLGIGRKVNAKNIYSLASEPNDVFFKLVDKPGELHEEPLLRFGT
LLPSFIRSEFAFYLSPEIRKQCEWLQNGQQIQGQHPVLIGQKAVFVAPNATASRTFPAST
TVSATIKPAASAHATTTPASTTAQARAPETTPASSVAQGNATAQGAASATTTHSKASARA
ATSNATGTAAGGRRRHSAKTQDLQITDVTESSARLRWASPEPHSTFDVTVTLAQDHSLVQ
RQNLTGTEHVIRGLRSGQKYVVVITGSQKSQPKVTYTGSFSTKTQAQSQVSLANMMLNTE
PLEGPESVMDVCRLQKDEGTCRNFVLKWYYDPETKSCARFWYGGCGGNDNRFNTQKECEK
LCSPGTINPGVVTAMGT
NT seq 9414 nt   +upstreamnt  +downstreamnt
atgaggaaacatcgacatttgcccctcgtggcaatgttttgcctcctgctctcaggcttt
ggctcggttggtgctcagcagcaagcagctgtcaaaaccgttgccgtggctgatataata
tttctagtggattcctcctggagcgttgggaaggaacacttccaactcgttcgagagttt
ctgtatgatgttgtaaaggctttagatgtgggaggaaatgattttcgctttgccctggtc
cagttcagcggaaacccccacacagagttccagttaaataccttcccctccacccaggac
gtcctgtcccatattgccaacatgacttacgtggggggaggcgccgagcctggaaaagga
ttagagtacctaatcgagaagcacctcactaaagctgctggaagcagagccagtgaaggc
gtgccccaggttattgtagtgctaacagatggacagccccgggatgatgtggctctgccc
tcatctctccttaactcggcccgtgtaaacctgtttgcggtcggcgttcaggagccagtg
gaaggggagttgcaggaagtagcgagcggacccctcgatacgcaccgcttcaacctggag
aactttaccactctccacggcatagttggggacttagtggcgagtgtccgctcctccatg
actccagaaaaggctggagccaaaggactggttaaagacatcacagctcaagagtccgct
gacctaattttccttattgacggatcaaacaacatcggaggtgtcaattttccagccata
cgcgatttccttgtaaatttgattgaaaccctcagagttggagctcagcagatacacatt
ggggtggtgcagtatagtgatcaacccagaaccgagttctctttgaacagctactccaca
aaagcggatgtcctggatgccgtgaaggcactcggattccgcgggggcgaggaagcgaac
accggtgcggcactggagttcgtggtggagaacctcttcacccaggcgggaggcagcagg
atagaggaagcagtgcctcagattttagtgctgataagtggtggagagtctagtgatgat
atccgagagggcttgttagcggtgaagcaagctggtatattttcgtttagcattggggtc
ctgaatgctgacagtgcagagctgcagcagattgctactgatggaagcttcgcctatact
gccctggatatccgtaaccttgatgctcttcaagaattattactgcccaacattgttgga
gtggcccaaagactcattttgttagcggccccaaccattgtgactgaagttattgaagtg
aacaagaaggatatagtcttcctgatagatggctcaactgctttgggggccgcccccttt
aatgcaattcgtgatttcgttgccaaaattgtccaaaggctggaggttggacccgacctg
atccaagtggcggtggcacagtatgcagacactgtgaagccagagttttattttaacacc
taccagaccaggaaggatgtgatggccaatgtgaggaagatgaagctcatgggtggcacg
acactcaacactggctcggcactggactttgtgaggaacaacttcttcaccagtgctgct
gggtgcaggatggaggaaggggtgctccccatgctggtgctcatcactgggggtaagtcc
agggatgctgttgaccaagctgcagcagagatgaagaggaacaggatagtgacccttgct
gttgggtcaagaaacgctgacctggcagagcttcaagaaattgctcatgaacaagatttt
gtgttcaacccgaacgacttccgcctccagttcatgcaagccatccttcctgaagtgctg
tcacctatccggacactctctggaggactgatcgtcccagagcaaccctcagttcaagta
accaaaagggatatcatctttcttttggatggatcactcaacgtcggaaatgccaacttc
ccctttgtgcgggactttgtggccaccctagttaactaccttgatgtcggcagcgacaaa
acgcgagtgggcttagtgcaatttagcgacaccccccaaaccgagttctccctgtactcc
taccagaccaaatctgacataatccagcgcctggggcagctgaggcccaaggggggctcg
gtgctcaacaccggctccgcgctgaactttgtgctctcgagtcacttcacggaggccggg
gggagcaggataaatgaacaagtgccccaggtgctggtcctggtggcagcagggagctct
gctgatcccttcctccaagtttccaatgaattagctcgggccggagtgctgacctttgct
gtcggcgttaggaatgcggataaggcagaacttggacagattgcctttaatccaagaatg
gtgtattttgtggatgatttcagtgccctggcagctttaccccaggagttaaataagccc
ataacaacatatgttagtggaggtgtggaagaggttccactcgccccaacagaaagcaag
aaggatgttttattcctgattgatggctcagccaacctcttgggcagctttcctgccgtc
cgggactttgtacacaaagtcatttctgacctgaacgtgggttctgacgccacacgagtc
gccgtagctcagttcagcgacaccatccaaattgaatttgactttgccgagtactcatcg
aagcaagacatgcttgtcaaagtgaaaaggatgaagattaaaactgggaagcagctgaac
attggagctgcacttgatgaggctataaggaggctgtttgtgaaggaagctggaagcagg
atcgaagaaggagttcctcagtttttggtcctccttgttgctgggagatcgactgatgat
gtggaggagccatcagatgtcctgaagcatgctggagtggtaacttttggtatcaaagcc
aaaaatgctgaccctgtagagctggaaaggattgtttacgcccctcaattccttctgaat
gccgaatccctccagcggatttcagagcttcagccaaacatagtcaacctgctgagaaca
gtccagcttcagccaacagtagttgagagaggtgagaagaaggatgtggtgtttctgatc
gatggctcggatggtgtcagaagaggtttccccctcctgaagacgtttgtccaaagagtt
gtggagagcctggacattggccgcgacaaggtgcgcgtggctgtggcacagtacagcaac
accatacagcccgaattcctgctggacacccacgaggacaaagcagatctcatcagtgcc
atccagcagctgaagctcatgggagggtctcctctgaacacgggggcagccctcgactat
ctcatcaagaacgtgttcacggtgtcaagcggcagcaggatagcggagggcgtcccgcag
ttcctgatcctgctgactgctgaccggtcccaggatgatgtcaggaggccctcagtggtc
ctgaagacgagtggcacagtgccctttggcattgggatcggaaatgccgacctcacagag
ttgcagaccatttccttcctcccagattttgctatctctgtgcccgacttcagccagctg
gactcagtgcagcaggtcgtctccaacagagtcatccggctgaccaagcaagagatagaa
tctcttgcccctgacctggttttcacatcacccagcccagcgggcgtgaagagggacatc
gtgttcctggttgacggctcccgctacgccgcccaggagttctacctcgtccgcgacctc
atcgggaggatcgtgaacaacctggacgtgggcatcgacaccaccaggatctcggtggtg
cagttcagcgagcacccccacgtggagttcctgctcaacacccactccaccaaggacgag
gtgcagaacgccgtgaggcagctgcggtccaaaggtggccagctggtgaacgtgggggag
gccctggagtttgtggccaagaccatcttcacccggccctccgggagccgcatagaggag
ggcgtcccgcagttcctggtcatcctctcctcccgcaagtccgacgatgactttgagtac
ccgtccctccaagtcaagcaagtgggggtggcacctatgatgatagcaaagaacgtggat
actgaagagatgatacagatttcccttagtcctgagtatatattccaagtctccagcttc
caggagctgcccagcctcgagcagaagctgctgactccaattgaaaccctgactgtggac
caaatcaggcggctgctgggagatctgcagccccccatagatgtttctggagatgaaaag
gacatagtcttcctcattgacagctctgacagcgtccggccggatgggctcgctcatatt
cgggatttcatcagcaggattgtccagcagctggaagtggggccgaacaaagtgcggatt
ggggtggtgcagttcagcaatggtgtcttccctgagttctacttgaagacccacaagtcc
aaaaatgccgtcctggaagccatccgccgcttgaggcttagaggtgggtctcccctgaat
gctggcaaagctctggacttcgtggtgaagaactacttcatcaagtctgcggggagcagg
atagaagatggagtgccccagcacctggtggtcatccttggagaccggtcccaggatgac
gtggacagacctgccagagtgatcacttccacaaacatcaaacctctgggtgtcggagcc
aggaatgtggacagggaccagctgcaggtcattaccaatgatcctgggcgcgtgcttgtg
gtacaggactttacaggactctcaaccttagaaaagagggtgcagaacattctagatgag
ctcccaatacctacaacagactcacctggaccatccctacctggaggcaaaaagcaggct
gacattgtgtttttgctggatggctccatcaatctggggagggataacttccaagaagtc
ctccagtttgtctactctgtggtggatgccatttacagggatggcgactcgatccaggta
ggactggcccagtacaactcggatgtcactgatgagtttttcctcaaggaccactccacc
aaagctcagattttagatgctatcaacaaagtcatctacaaaggcgggcgagtggcgaac
accggcgcggccatcaagcacatccaggaaaggcactttgtgaaggaggctggcagcagg
attgaccagagggtgccccagatcgccttcatcgtcacgggtgggaagtctacggatgat
gggcccagggcctccttggaaatcacgcagaaaggcgtcaaggtgtttgcagttggagtg
aggaacattgacctgaaggaagtcagcctgttggccagtgagagcgccatgagtttcaga
gcagccacagcccaggagctgtcagagctgaatgagcaggtcctggtcacgctggaagct
gccatggaggaaagattgtgcccaggaacaacagatgtgacaagagactgtgacttagag
gtggtaattggatttgatgtcagtgatgttaggcccggtcagaacatcttcagctcccag
cgaggcctggagtcgagagtggagtccgtgctgaacaggataacacagatgcagaagatc
agctgcactggcaaccaggcacccaatgtcagggtggccatcatggcccaggcccagggg
ggacccgtggaggggctggacttctctgagtaccagcccgagctcttggagaggttcctg
gacatgaggacccgcgggccctactacctcagggcagacacactgaggtcctacctgagc
aaattccggtcctcacctgctggcagcaccaaggtcataatccattttactgatggtgta
gatgagccaataaatcagctggaggatgcttcctctactttacactcagaaggagtcaac
gctctcatcttcgtggggctggaccgagtgaccaactttgacagagtgatgcagctggag
tttggccgtggcttcacctacaacagaccactcagagttaatctgctggacttggatttc
gagctggcagagcagcttgataacatcgcagagaggacgtgctgcaaggtcccctgcaag
tgctcagggcagagaggggacagaggtgtgccaggccctataggaccaaagggtgtcaca
ggggatcttggctacggaggctaccctggtgatgaaggaggaccgggtgagcgtggacca
ccgggtgtgaatgggacacaaggtttccagggatgccccgggcacagaggaacaaagggt
tctcggggattcccaggagagaagggtgaactgggagaaatgggtctggatggcattgat
ggagaagagggagacaagggtttgcctggctcctctggagagaagggatattctggcagg
aggggagataagggagtcaagggagaacgaggggaacgaggcgaccgtgggctccgtgga
gatccgggagattcaggagctgataatactcaacggggccccagaggacaaaagggtgaa
attggaccaatgggagatcctggaccggcagggccagagggccaagacggtgaagtgggg
aggaggggcatggcaggacggaggggacccataggagtaaagggcaccaagggctcacct
ggtcagcctgggccagctggagaacaaggcatgcgagggccacagggtccccctggccag
gttggcacaccaggaatcagaggagagcagggagtccctggacccagggctgggagtgga
cctccaggacccccaggagatcgtggcaggattggtcccctgggaaggaagggtgagcct
ggaaaccctggacccaaagggccgaatggacagccaggcccacgaggagagatgggtgat
gatggacgagatggaattggtggcccaggtcctaaaggcaggaagggagaacgtggcttc
gtaggttacgcagggccaaagggtggacctggtgaccgtggtgttgctggaggccctggc
cccaaaggaaacagaggccgcagaggaaatgcaggagtacctgggacacccggtcagaaa
ggagagattggataccctgggccatctggccttaaaggcgagaaaggagaatccagagat
caatgtgcgctggtgcagaacatcaaagacaaatgcccttgctgctatggtcccaaggag
tgccctgtctacccaaccgagctggcctttgctattgacacctcctcgggcgtcgtgagg
gaggttttcaacagaatgaagcaaaccgtgctcagagtggtcaacaacttgaccatcgcc
gagagcaactgtccccgtggggcacgggtggccctggtcacctacaacaacgaggtcacc
accgagatccgctttgctgacgccaggaagaaatccagcctcctgcagcagatccaaaac
ttccaggcaacgctgaccacgaagccacgcagcctggagaccgccatgtccttcgtggcc
aggaacaccttcaagcgtgcccgcagtggcttcctgatgaggaaggtggctgtcttcttc
agcaacggggacaccagggcgtccccgcagctcaacgatgccgtgctgaagctctacgac
gccggggttgtgccggtgttcctcaccagcaggcaggatgcagtgcttgccagagctctg
gagatcaacaacacagcggttggtcacgccattgttcttccaaccagcggcggacagctg
aatcaaaccatccagaggcttttgacttgtcacatttgtttggatgtgtgtgacccccat
cccagctgtgctggaactggccagagacctgccttccgagacagaagggcagcccccact
gacgtggacacggacatagccttcatcctggacagctccgagtccaccacccccctgcag
ttcagcgagatgaggaagtacatttcccacattgtaaccaacctggagatcagctcagag
ccaaaagtatcccagcaccacgccagagtggccgttctccagcaagctccttacgaacat
gaaaccaactcaagcttcccaccagtgaaaactgagttctcactcactgattatgcatcc
aaagagaagatcattaattatctccacaaccaaatgacccagctccatggcacgagggct
ctgggaagtgcaatcgaacacacaatcgctcatgtcttcgaaagcgcgccaagccctcgg
gatctaaaagtcatcgttctgatgatgactggaaaagtgaacaaaaaagaacttgagcac
ctgcagagggctgtcatcagtgcaaaatgcaaagggtacttctttgttgtcttgggcatt
ggcaggaaggtgaatgccaagaacatctacagccttgccagcgagcccaacgacgtgttc
ttcaagctggttgataaaccaggagagctccatgaagagcccttgctgcgttttgggaca
ctgctgccatcctttatcagaagtgaatttgctttctacctgtctccagagataaggaaa
cagtgtgagtggctccagaatggtcagcaaatccagggccagcaccccgtgctcatcggg
cagaaagcagtgttcgtggctcccaacgcgaccgccagccgcaccttccctgccagcacc
acggtcagcgccaccatcaagccagcggcgagtgcccacgccacaaccactcctgccagc
accacggcccaggccagagcccccgagaccaccccagccagctctgtggcccaggggaac
gccactgcccagggagcagccagtgccaccaccacccacagcaaagccagtgcccgggct
gccaccagcaatgccaccggcaccgcggccggcggcaggaggagacacagcgcaaagacc
caggacctccagatcacagacgtcactgagagcagtgccagactgcgctgggccagccct
gagccccacagcacctttgatgtcactgtcaccttggcacaggaccactccctcgtgcag
aggcaaaacctgaccggcaccgagcacgtcatccgggggctcaggagcgggcagaaatat
gttgttgtcatcactggctcccaaaaatcccagcccaaagtaacctacacagggtcattc
agcacgaagacccaggcacagtcccaggtgtccctggccaacatgatgctcaacactgag
ccactggaagggcctgagagtgtgatggatgtctgccggctgcagaaggacgagggcacc
tgcaggaactttgtgctgaagtggtactacgaccccgagaccaagagctgcgcccgcttc
tggtacggcggctgcggcggcaacgacaacaggttcaacacgcagaaagaatgtgaaaaa
ctctgcagccctggcaccatcaaccccggcgtggtgacggcgatggggacatag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (12)   
   UniProt (1)   
   RefSeq(pep) (11)   
DNA sequence (11)   
   RefSeq(nuc) (11)   
Protein domain (7)   
   Pfam (7)   
All databases (32)   

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