KEGG   Odobenus rosmarus divergens (Pacific walrus): 101386561
Entry
101386561         CDS       T05148                                 
Symbol
COL6A6
Name
(RefSeq) collagen alpha-6(VI) chain
  KO
K06238  collagen type VI alpha
Organism
oro  Odobenus rosmarus divergens (Pacific walrus)
Pathway
oro04151  PI3K-Akt signaling pathway
oro04510  Focal adhesion
oro04512  ECM-receptor interaction
oro04820  Cytoskeleton in muscle cells
oro04974  Protein digestion and absorption
oro05165  Human papillomavirus infection
Brite
KEGG Orthology (KO) [BR:oro00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04151 PI3K-Akt signaling pathway
    101386561 (COL6A6)
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    101386561 (COL6A6)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    101386561 (COL6A6)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    101386561 (COL6A6)
 09150 Organismal Systems
  09154 Digestive system
   04974 Protein digestion and absorption
    101386561 (COL6A6)
 09160 Human Diseases
  09172 Infectious disease: viral
   05165 Human papillomavirus infection
    101386561 (COL6A6)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:oro04147]
    101386561 (COL6A6)
   00536 Glycosaminoglycan binding proteins [BR:oro00536]
    101386561 (COL6A6)
Exosome [BR:oro04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   101386561 (COL6A6)
Glycosaminoglycan binding proteins [BR:oro00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   101386561 (COL6A6)
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   101386561 (COL6A6)
SSDB
Motif
Pfam: VWA VWA_2 Collagen VWA_3 VWA_CoxE Integrin_beta
Other DBs
NCBI-GeneID: 101386561
NCBI-ProteinID: XP_004415489
UniProt: A0A2U3X0I2
Position
Unknown
AA seq 2268 aa
MKMLLILFLIIICSHVSMNKDPGPEYADVVFLVDSSDHLGTNSFPFVKAFINKMISSLPI
EAHKYRVALGQYSKQLHSVFQLSTFKSRNPMLNHLKKNFGFIGGSLKMGNALREAHRTYF
SAPASMRDRKQFPPILVVLASAESEDDVEEASKALREDGVRIVSVGLQDASEEELKAMAT
AQFHFKLRSVRDLGTFSQNMTQIIKEATQYRDGAADDILVEVCQGPSVADVVFLLDMSVN
DSQENFEYLKEFLGESVSALDIKENCMRVGLVTYSNETKVINSLSRGVNKSEILQNIQNL
SPQAGKAYTGAAIRKIRKEVFSARNGSRKNQGVPQIAVLVTHRPSEDNVTKAAVNLRREG
VTIFTMGIEGASDSQLEKIASHPAEQHVSKLKTFSDLAAHNQTFLKKLRNQITHTVSVFS
ERTETLKSGCVDTEEADIYLLIDGSGSTQATDFHEMKTFLSEVVGMFNIAPQKVRVGAVQ
YADSWDLEFEINKYTNKHDLGKAIENIRQMGGNTNTGAALNFTLGLLQKAKKQRGNRVPC
HLVVLTNGMSKDSILEPANRLREELIRVYAIGVKEANQTQLREIAGEEKRVYYVHDFDAL
KDIRNQVVQEICAEEACKEMKADIMFLVDSSGSIGLENFIKMKTFMKNLVSKSQIGPDRV
QIGVVQFSDINKEEFQLNRYMSQNEISDAIDRMTHIGETTLTGSALTFVSQYFSPAKGAR
PNVRRFLILITDGEAQDIVKDPAVALRQEGIIIYSVGVFGSNVTQLEEISGRPEMVFYVE
NFDILQHIEDDLVFGICSPREECKRIEVLDVVFVIDSSGSIDHDEYNIMKDFMVDLVKKA
DVGKNQVRFGALKYADDPEVLFYLGDLGTKWEVISVLQKDQPMGGNTYTAEALGFSDHMF
SEARGSRLQKGVPQVLIVITDGESHDADKLNATAKALRDKGILVLAVGIAGANPVELLAM
AGSSDKYFFVETFGGLKGIFSDVSASVCNSSKVDCEIEKVDLVFLMDGSNSIHPDDFKKM
KEFLASVVQDFDVSVNRVRIGAAQFSHTYRPEFPLGTFIGKKEISFQIENIQQIFGYTHI
GAALRHVRHYFQPDMGSRINAGTPQVLLVLTDGQSQDEVAQAAEDLRHKGIDIYSVGIGD
VDDQQLIQITGTADKKLTVHNFDELTKVKKRIVRNICTSGGESNCFVDVVVGFDISTHEN
GQTLLEGQSWIETYLQDILRTISSLNGVSCEVGTETQVSVAFQVTNAMKKYSPKFEIYSE
NILNSLKDVTVKGPSLLNANLLSSLWDAFQNKSATRGKVVLLFSDGLDDDIEKLEQKSDE
LRKEGLNALITVALDGATDSSDLADLLYIEFGKGFEYRTQLTIGMRDLGSRLSKQLVNVA
ERTCCCLFCKCIGGDGIMGDPGPPGKKGSPGFKGSEGYLGEEGIAGDRGTSGPVGEQGTK
GCYGAKGPKGNRGLNGQEGEVGESGIGGLNGEQGESGLPGEKGEKGDEGSQGSPGKRGVS
GDRGAKGQRGDPGVPGFDNTTEGPKGLKGEHGRQGRRGWPGPPGTPGSRRKTAAHGRRGH
TGPQGKTGIPGPDGLEGSWGLKGPQGPRGETGMKGEKGGLGSKGPQGPPGPEGEAGSPGH
LGSQGNKGEPGDLGEKGAIGLPGPRGLPGGDGNPGYGSIGSKGAKGQEGFPGESGPKGET
GDPGGPGETGPKGARGKTISTGPPGEMGSPGEPGPPGRKGVKGARGLASFSMCELIQYVR
DHSPGRHGKPECPVHPTELVFALDQSRDVTKQEFERMKELLSSLVRGVRVRQNSCPVGAR
IAILTYTSHVRHLIRFSDAYKKNQLLREIEAIPYERSSDIREIGKVMRFISRNVFKRTLP
GAHTRRIATFFSSGQSADAHTIATATMEFSALDIIPVVIAFSNVPSIKRAFAIDDTGTFQ
LIMVPSGTDYVPALERLQRCTFCYDVCKPDALCDQAKPPPAQSYMDAAFLLDSSRHMGSA
EFEDIRHFLGALLDHFEITPEPETSVTGDRVALLSHAPPNFLPNTQKSPVRTEFNLTTYN
SKRLMKRHLEESVQQLNGDAFIGHALQWTLDNIFLNTPNMRRNKVIFVISAGETSHLDRE
TLKKESLRAKCQGYTLFVFSLGPAWNDKELEDLASYPLDHHLVQLGRIHKPDHRYSVKFV
KSFVNSIRRAINKYPPINFKMKCNRLSSTDLKPPPRQWRSFVPGPYKTTFKEDALQKAKF
FQDKKYLSRVARGSRDDTIRNLTRNTFHTFKNGKKVIKAASKHDKGSA
NT seq 6807 nt   +upstreamnt  +downstreamnt
atgaaaatgctgctgattttgttcctcataataatttgttcccatgtctctatgaacaaa
gatcccggccctgagtatgcagatgtcgtgtttctggtggacagctctgatcacctggga
actaactccttcccctttgtgaaagcgttcatcaacaaaatgatcagcagtctgcccata
gaggcccacaagtaccgtgtggccctgggccagtacagcaagcagctccacagtgtgttc
cagctgagcaccttcaagagcaggaaccccatgctgaaccacctcaagaagaacttcggc
ttcattggcggctccctgaagatgggcaacgctctccgggaggcccacaggacctacttc
tctgcaccggccagcatgagggacagaaagcagtttcccccgattctggtggtcctggct
tccgcggagtctgaggatgacgtggaagaggcctccaaggccctgcgggaagacggggtg
aggatcgtctctgtggggctgcaggatgcttctgaggaggagctgaaggccatggccacc
gctcagttccatttcaagctccggtcggtcagggaccttggcacattttcccaaaacatg
acacagatcatcaaggaagccactcagtacagggatggagcagccgatgacattcttgta
gaagtttgccaaggcccgtctgtggcagatgtggtgttcctgctggatatgtctgtcaat
gacagccaggagaactttgaatatcttaaggaattcctgggagagagtgtatctgctctt
gacataaaggaaaactgcatgagggttggcctcgtgacctacagcaatgagacgaaggtg
ataaattcactcagcaggggcgtaaataagtcagagattctccagaatatacagaacctc
tctccccaggctgggaaggcttacacaggagctgctatcagaaagatcaggaaggaagtg
ttcagtgcacgcaatggcagtcggaagaatcagggggtgccccagattgccgtgctggtg
acccacagaccctcagaggataacgtgaccaaggcagccgtgaacctccggcgcgagggc
gtgaccattttcaccatgggcattgagggggccagcgacagccagctagaaaagatcgcc
tctcaccctgccgagcagcacgtgtccaaactgaaaaccttctctgacctggccgctcac
aaccagacgtttctgaagaagctgcggaaccagataacacacacagtctctgttttttca
gagcgcactgaaacgctcaaatccggttgtgtggatactgaagaagcagacatttatctg
ctcattgatggctctggaagcacccaggccacagacttccacgaaatgaagaccttcttg
tcagaggtggtagggatgttcaacatcgctccccaaaaggtgcgggttggggctgtccag
tacgctgacagctgggacttggaatttgagatcaataaatacactaacaagcacgacttg
ggaaaggccatcgagaacatccggcagatgggtgggaacacaaacacgggggcagccctg
aatttcacactagggcttttgcaaaaagcaaagaagcagcgaggaaaccgagtgccttgt
catcttgttgtcctgacaaatggcatgtccaaggatagcatcttggagcctgcgaacaga
ctgagagaagaactcattcgtgtctatgccattggggtcaaggaggccaaccaaacacaa
ctgcgagaaattgcaggcgaggagaagagggtatactacgtgcatgacttcgacgctttg
aaagacataagaaaccaagttgttcaagaaatctgtgctgaagaagcctgcaaagagatg
aaagcggacatcatgtttctggtggacagttctggcagtataggacttgaaaatttcatc
aaaatgaaaacatttatgaaaaacctggtgagcaaatctcagattgggccagatcgggta
caaatcggtgtagtccagttcagcgacatcaataaggaggaatttcagctcaacagatat
atgtcccaaaatgagatttcagatgcaatagaccggatgactcatattggagaaaccacc
ttgactggtagtgccctgacctttgtgtctcagtacttcagccctgccaagggggcccgg
cccaatgttagaaggtttctcatcctcatcactgacggtgaagctcaggacatagtcaag
gacccagcagtagcacttcggcaagaaggcataattatctactctgtcggggtgtttggt
tccaatgtcacccagctcgaggaaatcagcgggaggccagagatggttttttatgttgag
aattttgatattctgcagcacattgaagatgatcttgtttttggaatatgcagcccccgt
gaagaatgcaagcggattgaagttttggatgttgtgtttgtaattgacagctctggaagc
attgaccatgatgaatataatatcatgaaagactttatggttgacttggtaaaaaaagct
gatgttggcaagaatcaggtccggtttggggctctgaagtatgctgatgacccagaggtg
ctgttttatctgggtgaccttggcacaaaatgggaggtgatttcggtgctccagaaggac
cagcccatggggggcaatacttacactgccgaggccttaggcttctcagaccacatgttc
agtgaagcccggggcagccgtctgcaaaaaggggtcccccaagtcctcattgtgatcacc
gatggggaatcccacgatgctgataagctcaatgccacagccaaggccttgagggacaaa
ggcattctcgtcctggctgtggggattgctggtgctaatcccgtggagctgctagccatg
gcaggatcaagtgacaagtacttctttgtggagacgtttggaggcctgaaggggatattt
tcagatgtgtcagccagtgtatgtaactcttcaaaagtagattgtgaaattgaaaaagta
gatcttgttttcctcatggatggttcaaatagcattcatccagatgacttcaagaagatg
aaggaattcctggcatctgttgttcaagactttgatgtcagtgtcaacagagtacgtata
ggagctgcccagtttagccatacctatcggccagaatttccactgggtactttcataggc
aaaaaggagatatcatttcagattgaaaacatccagcagatctttggatacacacacatt
ggcgctgcactccggcatgtgaggcattacttccagccagacatgggcagccggataaat
gcaggtaccccgcaggtgttgctggtcctcacagatggccagtcccaagatgaggtggcc
caggctgctgaagacctgagacacaaaggtattgacatttactctgtgggcattggggac
gtggatgatcagcagctcattcagatcaccgggactgcagataaaaaactaacggttcat
aactttgatgaactgacaaaggtcaaaaaaaggatagttcgcaacatctgtacctcgggg
ggtgagagcaattgttttgtggacgttgtggtgggatttgacatctcaactcatgaaaat
gggcagactttgcttgaaggtcagtcgtggatagaaacctaccttcaagacatcttacgt
accatcagctccctcaatggggtaagctgtgaggtgggcacagagactcaagttagtgtg
gcttttcaagtgaccaatgccatgaaaaaatattcacccaagtttgagatctatagcgaa
aatatactgaacagcttgaaggatgtaacagttaaaggaccatctcttctcaacgcaaac
ctcttgagttctctatgggatgcatttcagaataaatcagctactcgaggaaaggtggtt
ctcttattttcagatggattggatgatgacattgaaaagcttgaacaaaaatctgatgaa
cttagaaaagaaggcctgaatgccctcataactgttgctctggatggagccacagattca
agtgacctggctgatcttctctacattgaattcgggaaagggtttgagtacaggacccag
ctcactattggaatgagggaccttgggagccgactgtcaaagcaactggttaatgttgct
gaaaggacgtgctgctgtttattctgcaagtgcattggaggggatggcataatgggggat
cctggaccaccagggaaaaagggatccccaggttttaaaggcagtgagggctatctggga
gaggaaggcattgctggagacagaggaaccagtggaccagtgggagaacaaggtactaag
ggatgctatggtgccaaaggtcctaagggaaacaggggactaaatggacaggagggagaa
gttggagaaagtggaattggtgggttaaacggagaacagggtgagagtggtcttcctgga
gaaaaaggagaaaagggtgatgaaggatcccagggaagcccaggaaagcgaggggtttct
ggtgaccgaggtgcaaagggccagcgaggagaccctggagttcctggatttgacaatacc
acagagggacctaagggcttgaaaggagaacatggaagacaaggtagaagaggctggcca
ggcccccctggaacaccaggctccagaagaaagacagcagctcatggccgaagaggacat
acaggcccacaggggaaaacaggcatcccaggcccagatggacttgaaggctcatgggga
cttaagggccctcagggtcccagaggagaaactggtatgaaaggcgaaaaaggaggtctg
ggaagtaaaggtcctcaggggcctccaggaccagaaggagaagcagggagtccaggccat
ttgggaagccaaggaaataaaggagaacctggagatttgggagaaaaaggagctattggc
ctcccgggtcctcgaggcttgccgggtggtgatggcaatccaggttatggtagcattgga
agtaaaggagcaaaggggcaagaaggatttcctggagaaagtggacctaagggtgagact
ggggaccctgggggtccaggagaaactggacccaagggagctagaggcaagacgatatcc
actgggcctccaggagagatgggatccccgggggagccaggacctcctggacgcaagggt
gtgaaaggggccagaggattggcttcattttctatgtgtgagctcattcagtatgtacgg
gaccacagccctggcagacatggaaaaccagaatgccccgtgcatcccaccgaattggtg
tttgccttggaccagtctcgagatgtcaccaagcaggaatttgagcgcatgaaggagctg
ctgtcttccctggtgaggggcgtcagggtccggcagaacagctgcccggtgggcgctcgc
atagctatcctcacctatacctctcacgtccggcacctcatccgcttctcagacgcctac
aagaagaaccagctcctcagggagattgaagctattccttacgagaggtcctcggacatc
agggagatcggcaaagtgatgaggtttatctccagaaatgtcttcaagcgaacgcttcca
ggggctcacacaagaagaatcgccaccttcttcagcagcggtcagtcggcagatgcccat
accattgccactgcaactatggaattcagtgcccttgacatcattccggtcgtgatcgca
ttcagcaacgtgccctccatcaagcgtgcatttgcgattgatgacactggcacattccaa
ctcataatggttccatccgggaccgactacgtgccagcattagagagactccagcggtgt
actttctgctatgatgtatgcaagccagacgctctttgcgatcaagccaaaccaccccct
gcacagtcttacatggatgctgctttccttctggacagctcccggcatatgggaagtgct
gaatttgaagacataagacactttttgggagcactgttagatcactttgagatcacccca
gagcctgagacctctgtcactggagaccgggtggccctattaagccatgctccccccaac
ttcctacccaacactcagaagagtcctgttagaactgagttcaaccttaccacctacaat
agtaaacgcctcatgaagaggcacctggaagaatcagttcaacaactaaatggagatgct
ttcattggtcatgcgttacagtggaccctggacaatatctttttaaatacacccaatatg
agaagaaacaaagtcatatttgtgatatccgctggggaaaccagtcacttggacagggaa
accttaaagaaagaatctttgagagccaaatgtcaaggttataccctatttgtgttttcc
cttggccctgcttggaatgacaaggaactagaagatctagccagctaccctttggatcac
cacttggtccagcttggccgaattcataaacctgaccacagatacagtgtgaagtttgtg
aaatcctttgtaaactcaatcaggcgtgcaatcaacaaatatccacccataaacttcaaa
atgaagtgcaatagactgagctctacagatctgaagccgcccccacggcagtggcgaagc
tttgttcctggaccatataaaactaccttcaaagaagatgcattacagaaggcaaagttc
tttcaagataaaaagtatctttcaagagtagcaagaggcagcagagatgatactattcga
aatcttaccagaaacacattccatacctttaaaaatggaaaaaaggtgataaaagctgct
tcaaaacatgataaaggaagtgcttga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (6)   
   KEGG PATHWAY (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (48)   

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