KEGG   Macaca mulatta (rhesus monkey): 719319
Entry
719319            CDS       T01028                                 
Symbol
COL6A6
Name
(RefSeq) collagen alpha-6(VI) chain isoform X1
  KO
K06238  collagen type VI alpha
Organism
mcc  Macaca mulatta (rhesus monkey)
Pathway
mcc04151  PI3K-Akt signaling pathway
mcc04510  Focal adhesion
mcc04512  ECM-receptor interaction
mcc04820  Cytoskeleton in muscle cells
mcc04974  Protein digestion and absorption
mcc05165  Human papillomavirus infection
Brite
KEGG Orthology (KO) [BR:mcc00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04151 PI3K-Akt signaling pathway
    719319 (COL6A6)
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    719319 (COL6A6)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    719319 (COL6A6)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    719319 (COL6A6)
 09150 Organismal Systems
  09154 Digestive system
   04974 Protein digestion and absorption
    719319 (COL6A6)
 09160 Human Diseases
  09172 Infectious disease: viral
   05165 Human papillomavirus infection
    719319 (COL6A6)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:mcc04147]
    719319 (COL6A6)
   00536 Glycosaminoglycan binding proteins [BR:mcc00536]
    719319 (COL6A6)
Exosome [BR:mcc04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   719319 (COL6A6)
Glycosaminoglycan binding proteins [BR:mcc00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   719319 (COL6A6)
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   719319 (COL6A6)
SSDB
Motif
Pfam: VWA VWA_2 Collagen VWA_3 Radical_SAM
Other DBs
NCBI-GeneID: 719319
NCBI-ProteinID: XP_014987688
Ensembl: ENSMMUG00000040631
Position
2:32831529..32992982
AA seq 2262 aa
MKMLLILFLMITCSHISVSQDSGPKYADVVFLVDSSDRLGSRSFPFVKMFITKMINSLPI
EADKYRVALAQYSDKLHSEFHLSTFKGRSPMLNHLKKNFGFIGGSLQIGKALQEAHRTYF
SATTNGRDKKQFPPILVVLASSESEDDVEKASKALQKDGVKIISVGVQKASEENLKAMAT
SQFHFNLRTVRDLSMFSQNMTQIIKDVAKYKEGAVDDIFVEACQGPSMADVVFLLDMSIN
GSDENLDYLKGFLEESVSALDIKENCMRIGLVAYSNETKVINSLSMGINKSEVLQHIQNL
SPRTGKAYTGAAIKKLRKEVFSARNGSRKNQGVPQIAVLVTHRDSEDNVTKAAVNLRREG
VTIFTLGIKGASDTQLEKIASHPAEQYVSKLKTFADLAAHNQTFLKKLRNQITHTVSVFS
ERTETLKSGCVDTEEADIYLLIDGSGSTQATDFHEMKIFLSEVVGMFNIAPHKVRVGAVQ
YADSWDLEFEINKYSNKQDLGKAIENIRQLGGNTNTGAALNFTLSLLQKAKKQRGNKVPC
HLVVLTNGMSKDSILEPANRLREEHIRVYAIGIKEANQTQLREIAGEEKRVYYVHDFDAL
KDIRNQVVQEICAEEACKEMKADIMFLVDSSGSIGPENFSKMKTFMKNLVSKSQIGPDRV
QIGVVQFSDINKEEFQLNRFMSQSDISNAIDQMAHIGQTTLTGSALSFVSQYFSPTKGSR
PSVRKFLILITDGEAQDIVKEPAVALRQEGVIIYSVGVFGSNVTQLEEISGRPEMVFYVE
NFDILQRIEDDLVFGICSPREECKRIEVLDVVFVIDSSGSIDYDEYNIMKDFMIDIVRKA
DVGMNRVRFGALKYADDPEVLFYLDNFGTKPEVISVLQTDQAMGGNTYTAEALGFSDHMF
TEARGSRLNKGVPQVLIVITDGDSHDADKLNATAKALRDKGILVLAVGIADANPVELLAM
AGSSDKYFFVETFGGLKGIISDVTASVCNSSKVDCEIDKVDLVFLMDGSTSIQQTDFKKM
KEFLVSVVQDFDVSPNRVRIGAAQFSDAYRPEFPLGTFIGAKEISIQIENITQIFGNTHI
GAALRKVEHYFRPDMGSRINTGTPQVLLVLTDGQSQDEVAQAAEALRRRGIDIYSVGIGD
VDDQQLMQITGTAEKKLTVHNFDELKKVNKRIVRNICTTGGESNCFMDVVVGFDVSTQEK
GQTLLEGQPWMETYLQDILRAISSLNGVSCEVGTETQVSVAFQVTNAMEKYSPKFEIYSE
NILNSLKDITVKGPSFLNANLLDSLWDTFQNKSAARGKVVLLFSDGLDDDAEKLEQKSDE
LRKEGLNALITVALDGPADSSDLADLPYIEFGKGFEYRTQLSIGMRDLGSRLSKQLVNIA
ERTCCCLFCKCIGGDGTMGDPGPPGKRGPPGFKGSEGYLGEEGIAGERGAPGPVGEQGTK
GCYGTKGPKGNRGLNGQEGEAGESGIDGLNGEQGDYGLPGRKGEKGDEGSQGSPGKRGIP
GDHGAKGLRGDPGTPGVDNSIEGPTGLKGERGREGRRGWPGPPGTPGSRRRTAAHGRRGH
TGPQGIAGIPGPDGLEGSLGLKGPQGPRGEAGVKGEKGGVGSKGPQGPPGPGGEAGNQGH
LGSQGNKGEPGDLGEKGAVGFPGPRGLQGNDGSPGYGSVGRKGAKGQGGFPGESGPKGEI
GDPGGPGETGLKGARGKTISAGLPGEMGSPGEPGPPGRKGVKGAKGLASFSTCELIQYVQ
DRSPGRRGKPECPVHPTELVFALDQSRDVTEREFERMKEMMAFLVKDIKVRENSCPVGAR
IAILSYNSHARHLVRFSDAYKKNQLLREIEAIPYERSSSSREMGRAMRFISRNVFKRTLP
GAHTRRIATFFSSGQSADSQSITTAAMEFSALEIIPVVITFSNVPSVRRAFAIDDTGTFQ
VIVVPSGADYTPALERLQRCTFCYDVCKPDASCDQARPPPVQSYMDAAFLLDGSRNVGSA
EFEDIRAFLGALLDHFEITPEPETSVTGDRVALLSHAPPDFLPNTQKSPVRAEFNLTTYS
SKRLMKRHVDESVKQLNGDAFIGHALQWTLDNVFLTAPNLRRNKVIFVISAGETSHLDGE
ILKKESLRAKCQGYALFVFSLGPTWDDKELEDLASHPLDHHLVQLGRIHKPDHSYGVKFV
KTFINSIRRAINRYPPINLKIKCNRLNPADPRQPPRHFRSFVPGPYKATLKEDILQKAKF
FQDQKYLSRVARSGRDDAIQNFIRNTSHTFKNGRRVTKSAPK
NT seq 6789 nt   +upstreamnt  +downstreamnt
atgaaaatgttgctaattttgttcctcatgataacttgttcccatatttctgtgagccaa
gattctggccctaagtatgcagatgtcgtgtttctggtggacagctccgatcgcctggga
tccaggtccttcccatttgtgaaaatgttcatcaccaaaatgatcaacagtctccccata
gaggctgacaaataccgcgtggccctcgcccagtacagtgataaacttcacagtgaattc
cacctaagcaccttcaaaggcaggagccccatgctgaaccacctcaagaagaactttgga
ttcattggcgggtccctgcagataggaaaggctcttcaggaggctcacaggacttatttc
tctgcaaccacaaatgggagagacaagaaacagtttcccccaattctagtggtcctggct
tcgtctgagtctgaggatgatgtggaaaaggcttcgaaggccctgcagaaagacggagtg
aaaatcatctccgtaggggtgcagaaagcttctgaggaaaacctgaaggccatggccacg
tctcagtttcatttcaaccttcggacagtcagagacctcagcatgttttcccaaaacatg
acacagatcatcaaggatgtagcaaagtacaaggagggagcagttgatgacatctttgta
gaagcttgccaaggcccttctatggccgatgttgtgttcctattggatatgtcaatcaat
ggaagtgacgagaacttagactatcttaaaggattcttggaagaaagtgtatctgccctt
gacataaaggaaaattgcatgaggattggccttgtggcctatagcaatgagacaaaagtg
ataaattcactgagcatgggcataaataagtcagaggttctccagcatatacagaacctt
tctccccggactgggaaggcctataccggagctgccatcaaaaagctcaggaaggaagtc
tttagtgcacggaatggcagtcggaagaatcagggggtgccccagattgccgtgctggtg
acccaccgagattcggaagacaacgtgacaaaagcagctgtgaacctccgacgggagggt
gtgaccatcttcaccctgggcataaagggggccagtgacacccagttggaaaagatagca
tcccaccctgctgagcagtatgtctccaaactgaagaccttcgctgacctggctgctcac
aaccagacgtttctgaagaagctgcggaaccaaataacacacacagtctctgtcttttca
gagaggaccgaaacgctcaaatctggttgtgtggacactgaggaagcagacatctatctg
ctcatcgatggctcagggagcacccaggccacagatttccatgaaatgaagatcttcctg
tcagaggtggtagggatgttcaacattgccccccataaggtgcgggttggggccgttcag
tatgctgacagctgggacttggaattcgagatcaataaatactccaacaagcaggatttg
ggaaaggccattgagaatatcaggcagctgggtgggaatacaaatacaggtgcagcactg
aatttcacactgagtctgttgcaaaaagcaaagaaacagcgaggaaacaaagttccatgt
caccttgttgtcctgacaaatggcatgtccaaggatagcatcttggagcctgcaaacaga
ctgagagaagagcacatccgagtttatgctatcgggattaaggaggccaaccaaacacag
ctgcgagaaattgcaggagaggaaaagagagtgtattacgtgcatgactttgatgcattg
aaagacataagaaaccaagttgttcaagaaatctgtgctgaagaagcttgcaaagagatg
aaagctgacatcatgtttctggtggacagttctggaagtataggacctgaaaacttcagc
aaaatgaaaacgtttatgaaaaacctggtgagcaagtctcagattggaccagatcgggtg
caaattggtgtagtccagttcagcgacatcaataaggaggagtttcagctcaacagattc
atgtcccaaagcgacatttcaaatgcaatagaccaaatggctcacattggacaaaccacc
ctgactggtagtgccctgagctttgtgtctcagtacttcagccccaccaagggctcccgg
cccagtgtcagaaagtttctcatccttatcacggatggtgaagctcaggacatagtaaag
gaaccagcggtagcgcttcggcaagaaggtgtaatcatctattctgtgggagtgtttggc
tccaatgtcacccagcttgaggagatcagcgggaggcccgagatggttttttatgttgag
aattttgacattctgcagcgcattgaagatgatcttgtttttggaatatgcagcccccgt
gaagaatgcaagcggattgaagttttagatgttgtgtttgtcattgatagctctggcagc
attgactatgatgagtataatatcatgaaggattttatgattgacatagtgagaaaagct
gatgtgggcatgaatcgggtccggtttggggctctgaagtatgctgatgacccagaggtg
ctgttttatctggataactttggcacaaaaccggaggtaatttcagtgctccagactgac
caagccatgggtggcaatacttatactgctgaggcactgggcttctcagaccacatgttc
actgaagcccggggcagtcgcctgaacaagggggtcccccaagtcctcattgtgatcacc
gatggggattcccatgatgctgataaactcaatgccacggcaaaggccttgcgagacaaa
ggcattcttgtcctggctgtgggtattgctgatgccaatcctgtggaactgttagccatg
gcaggatcaagcgacaagtacttcttcgtggagacttttggaggtctgaagggaataatt
tcagatgtgacagccagtgtctgcaactcttcaaaagtggattgtgaaattgacaaagta
gatctggttttccttatggatggttcaactagcattcagcaaactgacttcaagaaaatg
aaggaatttctggtatccgttgttcaagactttgacgtcagccccaacagagtgcgtata
ggagcggcccagtttagcgatgcctatcgcccagagtttccactgggaactttcataggt
gcaaaagagatatcaattcagattgaaaacatcacgcagatctttggaaacacacacatc
ggtgccgcactcaggaaggtggaacattacttcaggccagacatgggcagcaggataaat
acaggtaccccacaggtgttgctggtccttacagatggccagtcccaagacgaggtggcc
caggccgcggaagccctgagacgcagaggtatcgacatctactctgtgggcattggggat
gtggatgaccagcagctcatgcagatcaccgggactgcagagaaaaaactgacagtgcac
aactttgatgaactgaagaaggtcaataaaaggatcgttcgcaacatctgtaccacaggg
ggtgaaagcaactgtttcatggatgttgtggtgggatttgatgtctcaactcaggagaaa
gggcagactttgcttgaaggtcagccttggatggaaacctaccttcaagacatcttacgt
gccatcagctccctcaatggagtaagctgtgaggtgggcacagagactcaggtcagtgtg
gcttttcaagtgacaaatgccatggaaaaatattctcccaagtttgagatctacagtgaa
aacatactgaatagcttgaaggatataacagttaaaggaccatcttttctcaatgcaaac
ctcttggattctctatgggatacatttcagaataaatcggctgctcgaggaaaggtggtc
cttttattttcagatggattggatgatgatgctgagaaacttgaacaaaaatctgatgaa
cttagaaaagaaggcctgaatgctctcataactgttgctctggatggacctgccgattca
agtgacttggctgatcttccctatattgaatttgggaaaggatttgagtacaggacgcag
ctctctattggcatgagagatcttgggagccgtctatcaaagcaactggtcaacattgct
gaaagaacatgctgctgtttgttctgcaagtgcattggaggagatggcacaatgggagat
cctggaccaccagggaaaaggggacctccaggttttaaaggcagtgaaggttacctggga
gaggagggaatcgctggagaaagaggagcccctggaccagtgggagagcaaggtactaag
ggatgctatggcaccaaaggtcctaagggaaacaggggactaaatggacaggagggagaa
gctggggaaagtggaattgatggactaaatggagaacagggtgattatggtcttcctgga
agaaaaggagaaaagggtgatgagggatcccagggaagcccagggaagagagggattcct
ggtgaccatggagcaaagggcctgcgaggggatcccgggactcctggagttgacaatagt
atagaaggacccacaggcttgaaaggagaacgtggaagagaaggtagaagaggctggcca
ggcccccccgggacaccaggctccagaagaaggacagcagctcatggcagaaggggacat
acaggcccacagggaatagcaggcatcccaggaccagatggacttgaaggctccctggga
cttaagggccctcagggcccaagaggagaggctggtgtgaaaggagaaaaaggaggtgtg
ggaagtaaaggtccccagggacctccaggacccggaggagaggcagggaatcaaggccat
ttgggaagccaaggaaataaaggagaacctggagatctgggagaaaaaggagctgttggc
tttcctggtcctcgtggcttgcagggcaatgatggcagtccaggttatggtagtgtcgga
cgcaaaggagcaaagggacaaggaggattccctggagaaagtggacctaagggtgagatt
ggggaccctggtggtccaggagagactgggctgaagggagctagaggcaaaacgatatct
gctgggcttccaggagagatgggatcccctggggaaccaggacctcctggacgtaagggt
gtgaaaggagccaaaggcttggcttcattttctacatgtgagctcattcagtatgtgcaa
gaccgcagtcctggcagacgtggaaaacccgaatgcccagtgcacccaaccgagttggtg
tttgccctggaccagtcccgggatgtcactgagcgggaatttgagaggatgaaggagatg
atggctttcctggtgaaagacattaaagtccgggagaacagctgccccgtgggagcgcgc
atcgccatcctctcctataactcccacgccaggcacctcgtgcgcttctcagatgcctac
aagaagaatcaacttctcagggaaattgaagctattccttatgagagatcctcttccagc
cgggagatgggcagagcaatgcggtttatttccaggaatgtcttcaagcggacgcttccg
ggggcgcacacgagaagaattgccacatttttcagcagcggtcagtctgcggattcccag
tccatcactacggctgccatggagttcagcgcgcttgaaatcattcccgtggtgatcact
ttcagcaacgtgccctcggtcaggcgtgcatttgcgattgacgacactggcacatttcaa
gtaatagtggttccctctggagctgactacacaccagcattagagagactccagcggtgc
actttctgctatgatgtatgcaagccagatgcttcttgtgatcaagccagaccaccccct
gtgcagtcttacatggatgctgctttccttctggatggctcccggaacgtgggaagtgct
gaatttgaagacataagagctttcctgggagcactattagatcactttgaaatcacccca
gagccagagacttctgtcactggagaccgggtggccctattgagccatgctccccccgac
ttcctacccaacactcagaagagtccagttagagctgagttcaatctcaccacctatagc
agtaagcgcctcatgaagaggcacgtggatgagtcagttaaacaactaaatggagatgct
tttattggtcatgccttacagtggactctggacaatgtctttttaactgcacccaatctg
agaagaaacaaagtcatatttgtgatatctgctggggaaaccagccacttagatggggaa
atcttaaagaaggaatctttgcgagccaaatgtcaagggtatgccctatttgtgttttcc
cttggccctacttgggatgacaaggaactggaggatctcgctagccaccctttggatcac
cacctggtccagcttggccgaattcataaacctgaccacagttatggtgtgaagtttgtg
aagacctttataaactcaatcaggcgtgcaatcaacagatacccaccaataaacttaaaa
ataaagtgcaatagacttaaccctgcagatccaaggcagcccccgcgacatttccgaagc
tttgttcctggaccatataaagctaccctcaaagaagatatattacagaaggcaaaattc
tttcaagatcaaaaatatctttcaagagtagcaagaagtggcagagatgatgctattcaa
aattttatcagaaacacctcccatacctttaagaatggaagaagggtgacaaaaagtgct
cccaaatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (6)   
   KEGG PATHWAY (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (10)   
   RefSeq(nuc) (6)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (69)   

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