KEGG   Python bivittatus (Burmese python): 103066465
Entry
103066465         CDS       T03091                                 
Name
(RefSeq) collagen alpha-6(VI) chain-like
  KO
K06238  collagen type VI alpha
Organism
pbi  Python bivittatus (Burmese python)
Pathway
pbi04510  Focal adhesion
pbi04512  ECM-receptor interaction
pbi04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    103066465
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    103066465
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    103066465
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pbi04147]
    103066465
   00536 Glycosaminoglycan binding proteins [BR:pbi00536]
    103066465
Exosome [BR:pbi04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   103066465
Glycosaminoglycan binding proteins [BR:pbi00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   103066465
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   103066465
SSDB
Motif
Pfam: VWA VWA_2 Collagen VWA_3 Kunitz_BPTI VWA_CoxE TehB
Other DBs
NCBI-GeneID: 103066465
NCBI-ProteinID: XP_015744429
UniProt: A0A9F3VZJ9
Position
Unknown
AA seq 2731 aa
MNNWSCILIVSILTTWCCTDGQTTVCRKASVADIVFMVDGSWSIGPNNFKIIQDFLYTLV
NSFDIGEDKIQVGMIQYSDNPHNEFFLNFFHHKEDILKKIQKLNYRGGGTYTGKSLKFML
DEQFNEMAGSRHSEGVPQIAVVITDGQSQDNISGPAGEVKNAGITLYAIGIKDAILSELQ
EIASDPDDTHVYNVEDFAGLQGVSQHILQVLCTTVEEASQHIIHISPACRKATVADIVFL
VDSSSSIGVENFQKVKNFLYTLISSLHVGHNQVRIGLAQYSDEIFGEFQLNQYSSKNDIL
EQIEKLTFRMGSTYTGAALDFIKEEYFTAFSGSRIQENIPQVLILLTDGESNDEIKVPAH
KLKDEGILVYVVGIGIQNTTELMNIASQPFNKFLFNIDNFDILQELTSNLLDTMCFALES
QIKAFTKRYADVVFLLDSSESMGSANFEKVKKIIAQIVEQLDIGPKKYQIGFAQYSAGGQ
VEFLLNRYKTKEDILNHIQSSTIFMGGPLRTGSALQFLREVYFIEKAGSRLSQGTPQFAV
IFSSAKSEDNVKKAAKDLKKMGVNIATVGILHSDKKEMEKIATPPLVYQVDDVESLDQVH
EIIIDVVEAPVQREYDAAVDAHVPAVCSSASVADIVFLVDESTRVGQKNFQLIRTFLLKI
INALEIAPDNVRVALVLYSDKPRLEFSLNMFEDKSEVVNYLKRLPYRGGKTHTGAAIDFL
RKKVFTKKAGSRKNQGVQQLAVVITDGQSLDKFTGPASKLRRKGVTVYAVGIKNISVSSQ
LYKIASHPPRKHVTTMESFLQLSNLEYVIKRQLCNEIVSQTLAIPVRLRTLKEGCEETEE
ADIYFLIDGSGSIEPPDFHDMKVFMIELISMFQVGPDQVRFGVVQYGSVPKKEFLIDQYH
TVAQLKKAIKAIQQIGHGTRTGDALWYMQNLFKTSARDKVPQFLIVVTDGKSQDQVTKAA
EELRSAGIVVYAIGIKNAIKGELEDIAGTKDRMFFVNDFDSLKLIKHDIVRDICSPEACK
NLKADIILLIDTSESMTHLEFEQIKDFIELIVNKSDVGADKVRIGLLQFGFTPEEVFPLN
KYNNKGDLRKAITTMRQVQEGARIGKALDFASPYFDSSEGRRLGVKQYLIVVTDEESSDD
VRRAARALRKKGVVIYAIGILKANNSQLLDIAGTQDKVFLEDYVESLMFLVKPILFEICN
PGEVCKRTEVADIIFVVHGSRDVTDLQFKGIQWLMEAIVDDSVVGKDNVQFGAVVFGTEP
IAQFQLNTYSTKFQLKEAIQKLAPLREFTFTARALNFAREQFGAAYGGRSSFLGITKIIV
LITDEPTTPTDRPNLPAAAWALKQEGIQVIAVGIDEASRTELAEIVGENRRWFFTPSYNA
LESLYQNITYLICDESKPACDTDQADLVFLIDGSNSISGQNFSIMKTFMKEVVDSFIIAK
DKVRVGVAQYSTEPQKEFYLNEFFKVAEIKEKIGAIDQLKTRTFTGQGLKFVKTFFEPAN
GSRKNIGVLQYLIVITDGHSDDKVEEAAIALRKDGIQVFAIGIDDVNSFELLKITGTADK
VYVLKDFEELQTIKRKFVKEICNPGDRPPPDCDIDISVGVDLSEPANSPSAARLKQKMQA
SLPWIMQQMSIVNNISCMVASSDDIRFRYQVYTENGQTFFDSGFESYSDEIFQKFWAVQT
TVETHLTVDFLQSFWDRSLSPDSAKVKVLLVFSDGPDDKIDMLKTTVDALRRQGLNAFLI
IGLEHFPEYRKLQELEFGRGFGYQEPLYYGNPELPSTLRRALDTIIERECCKVCCKCFGE
DGIQGIPGYPGNKGKTGFDGYPGYPGEEGGIGSRGPMGSNGTQGEAGCSGARGLKGARGY
RGQKGEVGDVGLDGIDGQEGEQGFPGSHGQKGHSGRRGTEGPRGEPGEHGQPGVRGDYGF
PGSDNNDPGLPGNRGNMGPQGEPGADGEPGEAGENGATGPSGLRGTPGSEGEPGNEGEQG
YPGEAGIQGQQGVSGSKGIPGPQGLQGLPGHQGNPGIKGESGSVGKVGRVGPKGEHGDPG
AKGQKGQRGPRGFPGFDGKNGYGLSGRKGTKGLTGSPGNPGRQGEAGDPGSPANKGAKGI
QGQMGRDGTPGTNGDPGSQGPPGKMGPKGPKGITAMTPCELVNLTRGNCPCCTGMSKCPV
YPTEVVFALDMSEDVTPVSFERMKDIMKSLLKSLQISKSNCPTGARVSVLSYNTNVKYLI
RFSDFQREDLLMEAVQRIPLERSSGQRNIGRVMRFVARNAFKRYRQGALIKKVAVFLTAG
PSQDATSINTAVLEFSALDITPAVIALSEIPNVREAFLTDDTGRFKLFVWESREEERLDY
VSLCSLCYDQCNPVPQCEVVDPPPININMDIAYIMDGSRDVSNEEFETMKEFVSNMLDYF
AIASLPVESDRGARVALVQQAPRNFRETGLSSPVTVEFDLTTYNTKNLMKMHIQDSLHQL
EGPSALGHALEWTINNVFLEAQRPRKHRVIFTILGSKTSSWDREKLKKMSLEAKCQGFTM
FTLALGSEPDDTEMTELSSVPVEQHLLQLGRVDKLELPYALRFSRAFLNLLKKELNYYPV
KLQEECEKLDRGDTYQQVVGMTDRIMFPDLKHSDLLQPLELSRKNRQYKILETTQRPIEE
QYDQMETKYLSSISVQNGKGTETEEHFEKIQRAKDACSVDMDNGECEDYTLKWHYAKQWN
MCFQFWYGGCGGNKNRFETQEECDALCVVSL
NT seq 8196 nt   +upstreamnt  +downstreamnt
atgaataattggagctgcattcttattgtttccattttaactacttggtgctgcacagat
ggtcaaactaccgtctgcagaaaagcttctgttgctgatattgtgttcatggtggatgga
tcatggagtataggaccgaacaacttcaaaatcattcaagactttctatacacattggtc
aacagttttgacattggagaagataaaattcaagttgggatgattcagtatagtgacaac
ccccacaatgagttctttttgaattttttccatcacaaagaggacattttaaagaaaata
caaaaactgaactacagaggtgggggtacctacactggaaaaagtttgaagtttatgcta
gatgagcagttcaatgaaatggctggaagtcgacatagtgaaggtgttccccaaattgca
gtagtgataacggatgggcaaagtcaagacaacatttctgggccagcaggagaagtcaag
aatgcaggcatcacactttatgctataggcatcaaagatgctattctgtctgagcttcag
gaaattgctagtgatccagatgatacgcatgtttacaatgtggaggattttgctggcttg
caaggtgtctcccaacacatactccaagtgttatgtactactgttgaggaagcctctcaa
cacatcatccacatttctccagcatgccgaaaagccactgtggccgacattgtgtttttg
gtggacagttcatcaagcattggtgtggagaattttcagaaggtgaaaaattttctgtac
acactgatttccagccttcatgttggtcacaaccaggtcagaattggactggcccagtat
agtgatgaaatctttggagagtttcagctaaaccaatattcttcaaaaaatgatattcta
gaacaaatagagaagttgaccttccggatgggaagcacttacacaggtgctgctttggat
tttatcaaggaagaatatttcactgcattttctgggagcagaattcaagagaacatccca
caagtactcatcctactcacagatggggaatcaaatgatgaaatcaaggttccagcccac
aaattaaaagatgaaggaatcttagtttatgtggtggggattgggatccagaacactact
gagcttatgaacattgcaagccaaccttttaacaagtttttgtttaatattgacaatttt
gatatcctacaagaacttaccagcaatcttcttgatacaatgtgctttgctttggaaagc
cagattaaagcatttacaaagcgctatgctgatgttgttttccttttggactcctctgaa
agcatgggatccgccaactttgaaaaagtaaaaaaaatcattgcccagatcgttgaacaa
ctagacattggccctaaaaaataccagattggctttgcacagtacagtgcaggcgggcaa
gtggaatttttgctgaacagatacaagacgaaggaagatattctaaaccacattcagagc
agcaccatatttatgggaggccctctgaggactggcagtgctctccaatttttgcgagaa
gtctattttattgagaaagctggaagccgccttagccaaggaacaccacaatttgcagtg
attttctcctcagctaaatctgaagataatgtcaagaaagctgcaaaggatctgaagaaa
atgggagtgaatattgcaacagttggtatcttacattctgacaagaaagaaatggaaaag
attgctacccctcctttagtttaccaggttgatgatgtagagagccttgatcaggttcac
gagatcatcatagatgttgtggaagcaccagtccagcgagagtatgacgctgccgtagat
gcacatgtgccagcagtttgctcctctgcctcggtggcagacattgtgtttcttgtggat
gaatccactcgcgtcggtcaaaagaactttcaactaatcaggacttttctgctcaaaata
atcaatgctctggaaattgccccagataatgtacgagttgccttggtactttacagtgat
aagccaagattagagttcagcctgaatatgtttgaagacaagtcagaggttgtgaactat
ctgaaaagattgccttatcgtggggggaaaacacacacgggtgctgctatagacttccta
aggaaaaaggttttcaccaagaaagcagggagcaggaaaaatcaaggagtgcagcaattg
gctgtagtgatcacagatggtcagtctctagataagttcactggtcctgcatccaagctt
cgaaggaaaggtgttacagtttatgccgtgggcatcaaaaacatttcagtgagtagccag
ctatacaaaattgcatctcatcccccaaggaagcatgttaccaccatggaatctttcttg
caactatcaaacttggagtatgttataaagagacagctttgcaatgaaattgtttcacaa
acacttgcaattccagtgcggttgcgtaccctgaaggaaggctgtgaagagacagaggaa
gcagacatttatttcttgattgatggttctggcagtatagaaccacctgatttccatgac
atgaaagtcttcatgattgaactgatcagcatgttccaggttggccctgatcaagttcgt
tttggggtagttcagtatggaagtgttcccaagaaagagtttctgattgaccagtaccac
acagtggcccaattaaagaaagccatcaaagcgatccagcaaattggtcatggtactaga
actggagatgctttatggtacatgcagaatctgttcaaaacttcagccagggacaaggtc
ccccagttcctcattgttgttacagatggtaaatcccaggatcaagtgaccaaagctgca
gaagagctgcggagtgcagggattgttgtatatgccataggcatcaagaatgctataaaa
ggagaactagaagatatagctgggaccaaagaccggatgttttttgtgaatgattttgat
tccctaaagctcatcaaacatgatattgtgcgggatatttgttctcctgaggcctgtaaa
aatttgaaagctgacataattttgctaattgatacatcagaaagcatgactcatcttgaa
tttgaacagatcaaggatttcatcgagttaattgtgaataagtctgatgttggggctgat
aaggttcggattgggctgctccagtttggcttcactccagaagaagttttcccactgaac
aagtacaataacaagggtgacctgaggaaagcaatcactacaatgaggcaggttcaggaa
ggagccagaattggaaaagctctagactttgcttccccttattttgactcatccgaagga
agacgtttgggtgtaaaacaatatttgatagtggtcacagatgaagaatctagcgatgat
gtgagaagagcagccagagcactcaggaagaaaggtgttgtcatctatgccattggaata
ctgaaagcaaacaactcccagcttttagacattgctggcactcaggacaaagtatttttg
gaggattatgttgagtccctcatgtttctggttaagccgattctgtttgaaatttgcaac
cctggggaggtatgcaagcgaactgaagtggctgacatcatctttgtagttcatggatcc
agagacgttacagatctgcagttcaaggggatacaatggctcatggaagcaatagtggat
gactctgtggtgggcaaagacaatgttcagtttggggctgttgtctttggcactgaacct
atagcacaatttcagctaaacacatattccacaaaatttcaactcaaggaagccattcaa
aagctggctcctttaagagaattcacctttacagcaagagctttgaattttgcaagggaa
caatttggtgctgcttatggtggccgttcatcattcctaggtatcacaaagatcatcgtc
cttatcacagatgaaccaacaacacccacagatagacctaatctcccagcagcagcttgg
gctttgaagcaagaaggcatccaggtcattgctgttgggatagatgaagctagtagaaca
gaactagcagaaatagttggtgagaatagaagatggttttttactccaagttacaatgca
ctggaaagtttatatcaaaacatcacttatcttatatgtgatgaatcaaaaccagcttgt
gatactgaccaggcagatcttgtgtttctgatcgatggctcaaacagcatatcaggacag
aacttttctattatgaagaccttcatgaaagaagtggttgatagctttatcattgcaaag
gacaaagtccgggttggagtggctcagtacagcacagagcctcagaaagaattttatctc
aatgaattttttaaagttgctgaaataaaagaaaagatcggtgcaattgatcagttaaaa
actcgcaccttcacgggccaggggctgaaatttgtcaagaccttctttgaacctgccaat
ggtagccgaaaaaatattggggtcctgcagtatttgattgtcatcacagatgggcactct
gatgacaaagtggaggaggcagccatcgctttaaggaaagatggcatccaggtttttgca
ataggtattgacgatgtaaactcttttgaactccttaaaatcactggcactgctgacaaa
gtgtatgtgttgaaggactttgaagaattgcaaactattaagaggaagtttgtgaaagag
atctgtaaccctggtgatcgacctcctccagattgtgacatagatatttctgtaggggta
gatctttctgagcctgcaaattctccatctgcagcccgtttgaagcagaaaatgcaggcc
tccttgccctggatcatgcaacaaatgagtatcgtaaacaatatcagttgtatggtagca
tcttcagatgacatcaggttcaggtaccaagtgtacacagaaaacggacagactttcttt
gactcaggttttgaaagttatagtgatgaaatctttcagaaattctgggctgtacaaaca
actgtggaaactcatttgactgtggacttcctgcagtctttctgggacagatcccttagt
ccggactctgccaaagtgaaggttcttcttgtgttttctgatggacccgatgataagata
gacatgcttaaaactacagtggatgctcttcgtagacaaggactaaatgcattcttgatt
attggattagaacattttccagaatatcgtaaactgcaagaacttgagtttggtagagga
tttggttatcaggagcctttgtactatggaaatcccgaactcccaagcacattgagaaga
gcacttgacactattatagaacgagaatgctgtaaagtttgctgcaaatgttttggggaa
gatggaattcaggggatccctggatatcctggaaataagggaaagacaggctttgatggg
tatccagggtacccaggtgaagaaggaggaattggaagccgtggtccaatgggttctaat
ggaacacaaggagaagctggatgctctggtgctagaggtctcaagggagcaagaggatat
agaggacaaaagggtgaagttggtgatgtcgggcttgatggtattgatggacaggaggga
gaacaaggatttcctggatcacatggacaaaagggccattcaggacgaaggggtacagaa
ggccctagaggagaaccgggtgagcatggacagcctggagtaagaggagactatgggttt
cctggctctgacaacaatgatcctggtcttcctggtaatagaggaaacatggggccacag
ggagaacctggagctgatggagaaccaggagaagccggcgagaacggtgcaacaggtccc
agtgggctaagaggtactcctggctcagagggtgaaccaggaaatgaaggagagcaaggt
tatcctggggaagcagggatacaaggccaacagggtgtttcagggtcaaaaggaatacct
ggaccccagggactacaaggcctacctggccatcagggtaatccaggaatcaaaggcgaa
tctggctctgtaggaaaagtaggccgtgtgggtccaaagggcgaacatggtgatcctgga
gcaaaagggcaaaaggggcaacgcggaccaagaggctttcctggatttgatggtaagaat
ggctatggcctatcaggaagaaaaggcacaaagggattgactggatctcctggaaaccct
ggacgacagggagaagctggagatccaggcagtcctgccaacaaaggtgccaaaggaatt
caaggacaaatgggcagggacggaacaccagggacaaacggtgaccccggcagtcaaggg
ccacctggaaaaatgggtccaaaaggtccaaaaggcataactgctatgacgccttgtgaa
cttgtgaaccttacaagaggaaactgtccttgctgtacaggcatgagcaagtgtccagtt
tacccaactgaagtggtgtttgctcttgacatgtctgaagatgttactccagtttccttt
gaaaggatgaaagacattatgaagtctttgctgaagagtttgcagattagcaaaagcaat
tgcccaactggtgctcgggtgtcagtgctttcatacaacaccaatgtaaagtacctcatc
cggttctcggacttccagagagaagatctccttatggaggcagtacagagaattcctttg
gagagatcttcaggccaacggaatatcggaagggtcatgcgctttgttgccaggaatgct
tttaaacgttatcgtcaaggggccctcattaaaaaagtcgctgtattccttactgctggc
ccatcacaagatgccacttccatcaatacagctgtgctggaattcagcgctttagatatt
accccggcagtcattgctttaagtgaaataccaaatgtcagagaagcatttttgacagat
gatactggtcgatttaagttgtttgtttgggaatccagagaggaagagaggttggattat
gtttccctttgttctctctgctatgatcagtgtaaccctgttccacaatgtgaagtagtg
gatcctccccctattaatataaacatggatatagcttacatcatggatggctctcgagat
gtcagcaatgaggagtttgaaacaatgaaggaatttgtgagcaatatgttggattatttt
gctattgcttccctgccagttgagtcagacagaggggcaagggttgccctggtgcaacag
gctccacgaaatttcagagagactggattatcaagcccagtaactgtagagtttgacttg
actacatacaacactaaaaatctgatgaaaatgcatattcaggattctcttcaccaactg
gaaggtccatcagctttgggtcatgctctagagtggaccattaataatgtgtttttggaa
gcccagagaccaagaaaacacagggtcatttttacaatacttggaagtaagacaagctcc
tgggacagagagaaacttaaaaaaatgtcattggaagccaaatgccaaggattcaccatg
ttcactttggcccttggcagtgaacctgatgatacagaaatgactgaactctccagtgtt
ccagtggaacagcacctattacagctgggcagagttgataaacttgaattgccatatgcc
ctgaggtttagccgggccttcttaaatcttttgaaaaaggaactgaattattatcctgta
aagctgcaggaagaatgtgaaaagctggatcgaggagacacctatcagcaagttgtaggg
atgactgacaggattatgttccctgatttgaaacacagtgatttattgcaacccttagaa
ttatccaggaaaaacagacaatacaaaattttagagaccacccaaagaccaatagaagaa
cagtatgatcaaatggaaactaaatacctcagcagcatcagtgttcaaaatgggaaaggg
acagagactgaagaacattttgagaaaatacaaagagcaaaggatgcttgctcagtagac
atggacaatggtgagtgtgaagactacactctgaagtggcactatgctaaacagtggaat
atgtgcttccagttctggtatggtggctgtggtggaaataaaaatagatttgaaactcaa
gaagaatgtgatgctttatgcgtggtatcattgtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (69)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (86)   

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