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KEGG   Aptenodytes forsteri (emperor penguin): 103903833
Entry
103903833         CDS       T08527                                 
Symbol
COL6A3
Name
(RefSeq) collagen alpha-3(VI) chain isoform X1
  KO
K06238  collagen type VI alpha
Organism
afor  Aptenodytes forsteri (emperor penguin)
Pathway
afor04510  Focal adhesion
afor04512  ECM-receptor interaction
afor04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:afor00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    103903833 (COL6A3)
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    103903833 (COL6A3)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:afor04147]
    103903833 (COL6A3)
   00536 Glycosaminoglycan binding proteins [BR:afor00536]
    103903833 (COL6A3)
Exosome [BR:afor04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   103903833 (COL6A3)
Glycosaminoglycan binding proteins [BR:afor00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   103903833 (COL6A3)
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   103903833 (COL6A3)
SSDB
Motif
Pfam: VWA VWA_2 Collagen Kunitz_BPTI fn3 Ig_J DUF6559
Other DBs
NCBI-GeneID: 103903833
NCBI-ProteinID: XP_019329167
Position
Unknown
AA seq 2927 aa
MTPEKAGAKGLVKDITAQESADLIFLIDGSNNIGSVNFQAIRDFLVNLIESLRVGAQQIH
IGVVQYSDQPRTEFALNSYSTKADVLDAVKALSFRGGEEANTGAALEFVVENLFTQAGGS
RIEEAVPQILVLISGGESSDDIREGLLAVKQASIFSFSIGVLNADSAELQQIATDGSFAF
TALDIRNLDALRELLLPNIVGVAQRLILLEAPTIVTEVIEVNKKDIVFLIDGSTALGTGP
FNVIRDFVAKIVQRLEVGPDLIQVAVAQYADTVKPEFYFNTHQSRKDVMANVKRMKLMGG
TALNTGSALDFVRNNFFTSAAGCRMEEGVLPMLVLITGGKSRDAVDQAAAEMKRNRIVIL
AIGSRNADLAELQEIAHERDFVFNPNDFRVQFMQTILPEVLSPIRTLSGGLIIQEPPSVQ
VTKRDIIFLLDGSLNVGNANFPFVRDFVATLVNYLDVGSDKIRVGLVQFSDTPKTEFFLY
SYQTKSDIIQRMGQLRPKGGSVLNTGSALNFVLSNHFTEAGGSRINEQVPQVLVLVTAGR
SADPFLQVSNELARAGVLTFAVGVRSADKAELEQIAFNPRMVYFMDDFSALAALPQELNK
PITTYVSGGVEEVPLAPTESKKDILFLIDGSANLLGSFPAVRDFVHKVISDLNLGPDATR
VAVAQFSDTIQVEFDFAELPSKQDMLLKVKRMKIKTGKQLNIGAALDEAIRRLFVKEAGS
RIEEGVPQFLVLLAAGRSTDDVEQPSDALKQAGVVTFAIKAKNADPVELERIVYAPQFIL
NVDSLPRISELQPNIVNLLKTIQLQPTVVERGEKKDVVFLIDGSDGVRRGFPLLKTFVQR
VVESLDIGRDKVRVAVAQYSNVIQPEFLLDTHEDKADLISAIQELKVMGGSPLNTGAALD
YLIKNVFTVSSGSRIAEGVPQFLILLTADRSQDDVRRPSVVLKTSGTVPFGIGIGNADLT
ELQTISFLPDFAISVPDFSQLDTVQQVVSNRVIRLTKKEIESLAPDLVFTSPSPAGVKRD
VVFMVDGSRYAAQEFYLVRDLIERIVNNLDVGFDTTRISVVQFSEHPHVEFLLNAHSTKD
EVQSAVRRLRPQGGQQVNVGEALEFVAKTIFTRPSGSRIEEGVPQFLIILSSRKSDDDLE
YPSLQVKQVGVAPMVIAKNVDPEEMVQISLSPDYVFQVSSFQELPSLEQKLLTPIETLTG
DQIRRLLGDVQPPVDISGDEKDIVFLIDSSDSVRPDGLAHIRDFISRIVQQLEVGPNKVR
IGVVQFSNNVFPEFYLKTHKSKNAVLQAIRRLRLKGGSPVNAGKALDYVVKNYFIKSAGS
RIEDGVPQHLVVILGDRSQDDVNRPANVITSTSIKPLGVGARNVDRDQLQVITNDPERVL
VVQDFTELPTLEKNVQSILEELPIPTTETPGPLGPGGKKQADIVFLLDGSINLGRDNFQE
VLQFVYSVVDAIYRDGDSIQVGLAQYNSDVTDEFFLKDYSTKPQILDAINKVIYKGGRVA
NTGAAIKHIQAKHFVKEAGSRIDQRVPQIAFIVTGGKSSDDGPSASLEITQKGVKVFAVG
VRNIDLKEVSRLASESATSFRASTAQELSELNEQVLVTLEAAMEEKLCPGTTDVTRDCDL
DVILGFDVTDVGPGQNIFNSQRGLESRVESVLNRITQMQKISCTGNQAPNVRVAIMAQAR
GGPVEGLDFSEYELELFERFQGMRTRGPYFLTADTLRSYLKKFRSAPSSSTKVIIHFTDG
ADDSIDQLEAASSALHTEGVSALIFVGLDRVSNFDKVMQLEFGRGFTYNRPLRVNLLDLD
FELAEQLDNIAERMCCKVPCKCSGQRGDRGVLGPIGPKGATGDLGYGGYPGDEGGPGERG
PPGVNGTQGFQGCPGHRGTKGSRGFPGEKGELGEMGLDGIDGEEGDKGFPGSSGEKGYSG
RRGDKGIKGERGERGDRGLRGDPGDSGADNTQRGSRGQKGEIGPMGEPGPAGLDGQDGGV
GRKGMTGRRGLIGVKGTKGSLGQAGPAGEQGMRGPQGPSGQLGTPGIRGEQGVPGPRAGG
GPPGTPGERGRIGPLGRKGEPGNPGPKGPNGQQGPRGEMGDDGRDGIGGPGPKGRKGERG
FIGYPGPKGGPGDRGGAGGPGPKGNRGRRGNAGDPGTPGQKGEVGYPGPSGLKGDKGESR
DQCALVRNIKDKCPCCYGPKECPVFPTELAFAIDTSSGVVRDVFNRMKQTVLRVVNNLTI
AESNCPRGARVALVTYNNEVTTEIRFADARKKSSLLQQIQNFQATLTTKPRSLETAMSFV
ARNTFKRARSGFLMRKVAVFFSNGDTRTSPQLNDAVLKLYDAGVMPVFLTSRQDPVLTRA
LEINNTAVGHAIVLPTSGSQLNETIRRLLTCHICLDVCDPDPVCGFGSQRPVFRDRRAAP
TDVDTDIAFIMDSSESTTPLQFNEMKKYISHLISNLEISSEPEVSQHHARVAVLQQAPYE
YETNSSFSPVKTEFSLTDYGSKEKIINYLHNQMTQLHGTRAIGSAIEHTIAHIFESAPNP
RDLKVIVLMMTGKVNKQELEYLQKVVTDAKCKGYFFVVLGIGRKVNAKNIYSLASEPNDV
FFKLVDKPGELHEESLLRFGRLLPSFIRSEFAIYLSPEITKQCKRFQSDQQAKSQSPGHA
GHKAVYMAPNVTISRTLSASTTVSASIKPVASANARARTTTASTTAQTKATDQITASTVV
QVNTTAQSTANTAAHAKATGRTTASTTAAAAGGRRRQSAKTHDIQITDVTENSARLRWAS
PEPHNAYAFDITITLAHDHSLVQKQNLTGTEHVIRGLRSGQKYLVVITGYQKSQPKVTYT
GTFSTKTPAQPKVSLANMMLNTEPLEGPESDWPDPCLLDFDMGMQCKDYQIVWFFDYKNK
ICSQGWYGGCSGNANRFEAEAECISKCLKPCKYHMGINPFVFYHIVK
NT seq 8784 nt   +upstreamnt  +downstreamnt
atgactccagaaaaggctggggccaaaggactggttaaagacatcacagctcaagagtcc
gctgaccttattttccttattgacggatcaaacaacatcggaagtgtcaattttcaagcc
atacgtgatttccttgtaaatttgattgaaagcctcagagttggagctcagcaaatacac
attggggtggtgcagtatagtgatcaacccagaaccgagttcgctttgaacagctactcc
acaaaagcggatgttctggatgccgtgaaggcacttagtttccgcggtggcgaggaagcg
aacaccggtgcggcactggagtttgtggtggagaacctcttcacccaggcgggaggcagc
aggatagaggaagcggtgcctcagattttagtgctgataagtggtggagagtctagtgat
gatatccgagagggcttgttagcggtgaagcaagctagtatattttcatttagcattggg
gtcctgaatgctgacagtgcagagctgcagcagattgctactgatggaagcttcgcattt
actgccctggatatccgtaaccttgatgctcttcgagaattattactgcccaacattgtt
ggagtggcccaaagactcattttgttagaggccccaaccattgtgactgaagttattgaa
gtgaacaagaaggatatagtcttcctgatagatggctcaactgctttggggactggcccc
tttaacgtaattcgtgatttcgttgccaaaattgtccaaaggctggaggttggacccgac
ctgatccaagtcgcggtggcacagtacgcagacactgtgaagccagagttttattttaac
acccaccaaagcagaaaggatgtgatggctaacgtgaagagaatgaagctcatgggtggt
acagcactcaacactggctcggcactggactttgtgaggaacaacttcttcaccagtgct
gccgggtgcaggatggaggaaggggtgcttcccatgctggtgctcatcactggcggtaag
tccagggatgccgttgaccaagctgcggcagagatgaaaaggaaccggatagtgatcctt
gccattgggtcgagaaacgctgacctggcagaacttcaagaaattgcccatgagagagat
tttgtgttcaacccaaatgacttccgtgttcagttcatgcaaaccattcttcctgaagtg
ctgtcgcctatccggacactctctggaggactgattatccaagaaccaccatcagttcaa
gtaaccaaaagggatatcatctttcttttggatggatcactcaacgtcggaaatgccaac
ttcccctttgtgcgtgactttgttgccaccctagttaactaccttgatgtcggcagtgac
aaaatccgagttggcttagtgcaatttagtgacactcctaaaaccgagttctttctatac
tcgtaccaaaccaaatcagacataattcaacgtatggggcagctgaggcccaaggggggg
tcagtgctgaacactggctctgcactgaactttgtgctttcgaatcacttcacggaagct
ggtgggagcagaataaatgaacaagtgcctcaggtcctagtcctggtgacggcagggagg
tctgctgatcccttcttgcaagtttccaatgaattagctcgggctggagtgctgactttt
gctgttggagttaggagtgcggataaggcagaacttgaacagattgcctttaatccaaga
atggtatattttatggatgatttcagtgctctggcagctttaccccaggagttaaataag
cctataacaacatatgttagtggaggtgtggaagaggttccactcgccccaacagaaagc
aagaaagatattttattcctgattgatggctcagccaacctcttgggtagctttcctgct
gtccgggactttgtacacaaagtcatttctgacctgaacttgggtcctgatgccacacga
gtagctgtagctcaattcagtgacaccatccaagttgaatttgactttgccgaactccca
tctaagcaagacatgcttctcaaagtgaaaaggatgaagataaaaaccgggaagcagctg
aacattggagctgcgctagatgaagctataaggaggctgtttgtgaaggaagctggaagc
aggatcgaagaaggggttcctcagtttttggtcctccttgctgctgggagatcaaccgat
gatgtggagcaaccgtcagatgctctgaagcaagctggagttgtgacctttgctatcaaa
gccaaaaatgctgaccctgtagagctagaaaggattgtttacgccccgcaattcattctg
aatgtcgactccctccctcggatttcagagcttcagccaaacatagtcaacctgttgaaa
actatccagcttcagccaacagtagttgagagaggtgagaagaaggatgtggtgtttcta
attgatggctcggatggtgtcagaagaggtttccctctactgaagacctttgtccaaaga
gttgttgaaagcctggatatcggtcgtgacaaggtccgtgtcgccgtcgcacagtacagc
aacgtcatacaacctgagttcttacttgacacccacgaagacaaagcagatctcatcagt
gccatccaggagctgaaggttatgggaggatctcctctgaacactggagcagccctcgac
tatctcatcaagaatgtgttcacggtgtcgagcggcagcaggatagcagagggcgtcccg
cagttcctgattctgctgaccgctgaccggtcccaggatgatgtgaggaggccctcagtg
gtcctgaagacgagtggcacggtgccctttggcatcgggattggaaatgccgacctcaca
gaactgcagacgatttccttcctcccagattttgctatctctgtgcctgacttcagccag
ctggatacagtgcagcaggtcgtctcgaacagagtcatccgactgaccaagaaagagata
gagtcacttgcccctgatctggtttttacatcacccagcccagcgggagtgaagagggat
gtcgtgttcatggttgacggctcccgctatgctgcccaggagttctaccttgtccgtgat
ctcattgagaggatagtgaacaacctggacgtgggctttgacaccaccaggatttcagtg
gtccagttcagcgagcatccccacgtggagttcctgctcaatgcccactccaccaaggat
gaggtgcagagtgccgtgagacggctgcggccgcagggtggccagcaggtgaacgtgggg
gaggcccttgagtttgtggcaaagaccatcttcacccggccctctgggagccgcatagag
gagggcgtccctcagtttttgatcatcctctcctcccgcaagtctgatgatgacttagag
tacccatcactccaagtcaaacaagtgggggtggcacctatggtgatagcgaagaacgtg
gatcctgaggagatggtacagatttcccttagtcctgattatgtattccaagtctccagc
ttccaggaactgcccagcctcgagcagaagctgctgactcctattgaaacgctgactggg
gaccaaatcagacggctgctgggagatgtgcaaccccccgtagatatttctggtgatgaa
aaggacatagtcttccttattgacagctctgacagtgttaggcctgacgggcttgctcac
attcgggatttcattagcagaattgttcagcagctggaagttgggccaaacaaagtgcga
atcggcgtggtgcagttcagcaataatgtcttccctgagttctacctgaagacccacaag
tccaaaaatgctgtcctgcaagccatccgccgcttgaggcttaaaggggggtcccccgtg
aacgctggcaaagccctagactacgtggtgaagaactacttcatcaagtctgcggggagc
aggatagaagatggagtgccccagcacctagtcgtcatcctcggagaccggtcccaggat
gacgtgaacaggcctgctaacgtgatcacttcaaccagcattaaacctctgggtgttgga
gccaggaatgtggacagggaccagctgcaggtcattaccaatgatcctgagcgtgtgctt
gtggtacaggacttcacagaactcccaactttagaaaagaatgtgcagagcattcttgaa
gagcttccgatacctacaacagaaacccctggacctttaggacctggaggcaaaaagcag
gctgacattgtgtttttgctggatgggtccatcaatctggggagggataacttccaagaa
gttctccagtttgtctactctgtggtggatgccatttatagggatggagactctatccag
gtaggactggcccagtacaactcagatgtcaccgatgagtttttcctcaaggactactcc
accaaacctcagattttagatgccatcaacaaagtcatctacaaaggcggccgagtggca
aacactggcgcagccatcaaacacatccaggcaaaacactttgtgaaggaggccggcagc
cgaatcgaccagagggtgccccagattgccttcatcgtcacgggtgggaagtcgtcagac
gacgggccgagtgcctccttggaaatcacgcagaaaggcgtcaaggtatttgcggtcggc
gtgagaaacattgacctgaaggaagtcagcaggctggccagcgagagtgccacgagtttc
agagcatccacagcccaggagctgtctgagctgaatgagcaggtcctggttacgctggaa
gccgctatggaggagaaattgtgcccaggaacgacagacgttacaagagattgcgactta
gatgtgatacttggcttcgatgtcacggatgtcgggcctggccaaaatatatttaattcc
cagagaggtctggagtccagagttgagtccgtgctgaacagaataacgcagatgcagaag
atcagctgcaccggcaaccaggcacccaacgtcagggtagccatcatggcccaggctcgg
gggggacccgtggagggactggacttctccgagtacgagcttgagctcttcgagaggttt
caaggcatgcgcacccgcgggccctattttctcacggcagatacactgaggtcctacctg
aagaaattcagatctgcaccctccagcagcaccaaggtcataatccatttcactgatggt
gcagatgactcgatagatcagctggaggctgcttcatctgccttgcatacagaaggtgtc
agcgctctcatcttcgtggggctggaccgagtgagcaattttgacaaagtgatgcagctg
gagtttggtcgtgggttcacctacaacagacctctaagagttaatctgctggacttggat
ttcgagctggcagagcagctcgacaacatcgcagagaggatgtgctgcaaagtcccatgc
aagtgctcagggcagagaggggacagaggtgtgctgggccccataggaccaaagggtgcc
acgggtgatcttggctatggaggctatcctggtgatgaaggaggaccgggtgagcgtgga
ccaccgggtgtgaacgggacacagggtttccagggatgccccgggcacagaggaaccaag
ggctctcggggattcccaggagagaagggcgaactgggagaaatgggtctggatggcatt
gatggagaagagggagacaagggtttcccaggctcttctggagagaagggatactcaggc
aggaggggtgataagggaattaaaggcgaacgaggagaacgaggtgaccgtgggctccgc
ggagacccgggagattcaggagctgataatactcagcggggatccagaggccaaaagggt
gaaatcggaccaatgggagagccgggaccggcggggctggatggccaagacggtggagtc
gggaggaagggtatgacaggacgaaggggactgataggagttaagggtaccaagggctcg
ctcggtcaagcagggccagctggagaacaaggcatgagagggccacagggtccttctggc
cagcttggcacgccaggcataagaggagaacagggcgttcctggacccagggctggtggt
ggaccaccaggaaccccaggagagcgtggcaggatcggtcccctgggacgaaagggtgag
cctgggaaccctggacccaaagggccaaatggacagcaaggcccacgaggagagatgggt
gacgatggacgagatggaattggtggcccaggtcctaaaggcagaaagggagaacgtggc
ttcataggctacccagggcccaagggtggacctggtgaccgcggtggtgctggaggccct
ggccctaaaggaaacagaggccgcagaggaaatgcaggagatcctgggacacccggtcag
aaaggagaggttggataccctggaccatctggacttaaaggtgataaaggagaatccaga
gatcaatgtgcgcttgtgcggaacatcaaagacaaatgcccttgctgctatggtcccaag
gagtgccctgtcttcccaactgagctggcctttgctattgacacttcctcgggagtcgtg
agggatgttttcaacaggatgaagcaaactgtgctcagagtggtcaacaacttaaccatt
gctgaaagcaactgtcctcggggtgcccgggtggctctggtcacctacaacaatgaggtc
accacagagatccgctttgctgatgccaggaagaaatcgagcctcctccagcagatccaa
aacttccaggcaaccctgaccacaaagccacgcagcctggagaccgccatgtcctttgta
gccaggaataccttcaagcgtgcccgaagtggcttccttatgaggaaggtggctgtcttt
ttcagcaacggggatacgagaacctccccgcagctcaacgacgccgtgctgaaactctac
gatgctggggtcatgcctgtattcctcaccagcaggcaggacccggttctcaccagagct
ctggagatcaacaacacagcggttggacatgcaattgttcttccaaccagcggcagtcag
ctgaatgaaactatccggaggctcttgacttgtcacatttgtctggatgtgtgtgaccct
gatcctgtctgtggttttggtagtcagagacctgtattcagagacagaagggcagcccca
acagatgtagacactgacatagccttcatcatggatagctcagagtccaccacccctctg
cagttcaacgagatgaagaagtacatttcccacctcataagtaacctggaaatcagctct
gagccagaagtatctcagcaccatgcaagagtggcagtcctccagcaagctccttatgaa
tacgaaaccaactcaagcttctcaccagtaaaaactgagttttcactaactgattatgga
tccaaagagaagatcattaactaccttcacaaccaaatgacccagctccatggcacgagg
gctataggaagtgcaattgaacacacaatagctcatatttttgaaagtgcaccaaaccct
agggatctaaaagtcatagttctgatgatgaccggaaaagtgaataaacaagaacttgag
tacctgcagaaggttgttactgatgcaaaatgcaaagggtacttctttgttgtcttgggc
attggcaggaaggtgaatgccaagaatatctacagcctagctagcgagccaaatgatgtg
ttcttcaaattggtcgataaaccaggagagcttcatgaagagtccttactacgctttggg
agactgctgccgtcttttatcagaagtgagtttgctatctacctgtctccagagataacg
aaacagtgcaagaggttccagagcgatcagcaagccaagagccagagccccgggcacgcc
gggcacaaagcagtgtacatggcacccaacgtgaccataagccggaccctcagtgccagc
accacggtcagtgcgagcatcaagcctgttgcgagcgccaacgcccgtgccagaaccacc
actgccagcaccacggcccagaccaaagccaccgaccagatcacagccagcactgtggtc
caggtgaacaccactgcgcagagcacagcaaacactgccgcccacgccaaagccaccggc
cgcaccactgcaagcaccacggctgctgcggcaggtggcaggagaagacaaagcgcaaag
acccacgacatccaaatcacagatgtcactgagaacagtgccaggctgcgctgggccagc
cctgagccacacaacgcctacgcttttgatatcaccatcaccttagcgcatgaccactct
ctcgtacagaagcaaaacctgactggcactgagcacgtcatccgaggactcagaagcgga
cagaaataccttgtcgtcattaccggctaccagaaatcccaacccaaagtaacctacaca
gggacattcagcacaaagaccccggcgcagcccaaggtgtccctggccaacatgatgctc
aacaccgagccgctggaaggacctgagagtgattggccagacccttgcttgctggacttt
gacatgggcatgcagtgcaaggactatcagattgtgtggttctttgactacaaaaacaag
atctgcagccagggttggtatggtggctgcagtggtaatgccaatagatttgaggccgaa
gctgagtgcattagcaaatgcttaaaaccatgtaagtaccacatggggattaatcctttt
gtattttatcatattgtcaaatga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (13)   

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