KEGG   Homo sapiens (human): 1307
Entry
1307              CDS       T01001                                 
Symbol
COL16A1, 447AA, FP1572
Name
(RefSeq) collagen type XVI alpha 1 chain
  KO
K24339  collagen type XVI alpha
Organism
hsa  Homo sapiens (human)
Pathway
hsa04974  Protein digestion and absorption
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09150 Organismal Systems
  09154 Digestive system
   04974 Protein digestion and absorption
    1307 (COL16A1)
SSDB
Motif
Pfam: Collagen Laminin_G_2
Other DBs
NCBI-GeneID: 1307
NCBI-ProteinID: NP_001847
OMIM: 120326
HGNC: 2193
Ensembl: ENSG00000084636
UniProt: Q07092
Position
1:complement(31652263..31704017)
AA seq 1604 aa
MWVSWAPGLWLLGLWATFGHGANTGAQCPPSQQEGLKLEHSSSLPANVTGFNLIHRLSLM
KTSAIKKIRNPKGPLILRLGAAPVTQPTRRVFPRGLPEEFALVLTLLLKKHTHQKTWYLF
QVTDANGYPQISLEVNSQERSLELRAQGQDGDFVSCIFPVPQLFDLRWHKLMLSVAGRVA
SVHVDCSSASSQPLGPRRPMRPVGHVFLGLDAEQGKPVSFDLQQVHIYCDPELVLEEGCC
EILPAGCPPETSKARRDTQSNELIEINPQSEGKVYTRCFCLEEPQNSEVDAQLTGRISQK
AERGAKVHQETAADECPPCVHGARDSNVTLAPSGPKGGKGERGLPGPPGSKGEKGARGND
CVRISPDAPLQCAEGPKGEKGESGALGPSGLPGSTGEKGQKGEKGDGGIKGVPGKPGRDG
RPGEICVIGPKGQKGDPGFVGPEGLAGEPGPPGLPGPPGIGLPGTPGDPGGPPGPKGDKG
SSGIPGKEGPGGKPGKPGVKGEKGDPCEVCPTLPEGFQNFVGLPGKPGPKGEPGDPVPAR
GDPGIQGIKGEKGEPCLSCSSVVGAQHLVSSTGASGDVGSPGFGLPGLPGRAGVPGLKGE
KGNFGEAGPAGSPGPPGPVGPAGIKGAKGEPCEPCPALSNLQDGDVRVVALPGPSGEKGE
PGPPGFGLPGKQGKAGERGLKGQKGDAGNPGDPGTPGTTGRPGLSGEPGVQGPAGPKGEK
GDGCTACPSLQGTVTDMAGRPGQPGPKGEQGPEGVGRPGKPGQPGLPGVQGPPGLKGVQG
EPGPPGRGVQGPQGEPGAPGLPGIQGLPGPRGPPGPTGEKGAQGSPGVKGATGPVGPPGA
SVSGPPGRDGQQGQTGLRGTPGEKGPRGEKGEPGECSCPSQGDLIFSGMPGAPGLWMGSS
WQPGPQGPPGIPGPPGPPGVPGLQGVPGNNGLPGQPGLTAELGSLPIEQHLLKSICGDCV
QGQRAHPGYLVEKGEKGDQGIPGVPGLDNCAQCFLSLERPRAEEARGDNSEGDPGCVGSP
GLPGPPGLPGQRGEEGPPGMRGSPGPPGPIGPPGFPGAVGSPGLPGLQGERGLTGLTGDK
GEPGPPGQPGYPGATGPPGLPGIKGERGYTGSAGEKGEPGPPGSEGLPGPPGPAGPRGER
GPQGNSGEKGDQGFQGQPGFPGPPGPPGFPGKVGSPGPPGPQAEKGSEGIRGPSGLPGSP
GPPGPPGIQGPAGLDGLDGKDGKPGLRGDPGPAGPPGLMGPPGFKGKTGHPGLPGPKGDC
GKPGPPGSTGRPGAEGEPGAMGPQGRPGPPGHVGPPGPPGQPGPAGISAVGLKGDRGATG
ERGLAGLPGQPGPPGHPGPPGEPGTDGAAGKEGPPGKQGFYGPPGPKGDPGAAGQKGQAG
EKGRAGMPGGPGKSGSMGPVGPPGPAGERGHPGAPGPSGSPGLPGVPGSMGDMVNYDEIK
RFIRQEIIKMFDERMAYYTSRMQFPMEMAAAPGRPGPPGKDGAPGRPGAPGSPGLPGQIG
REGRQGLPGVRGLPGTKGEKGDIGIGIAGENGLPGPPGPQGPPGYGKMGATGPMGQQGIP
GIPGPPGPMGQPGKAGHCNPSDCFGAMPMEQQYPPMKTMKGPFG
NT seq 4815 nt   +upstreamnt  +downstreamnt
atgtgggtatcctgggctcctggcctgtggctgctcggtctttgggctaccttcggccat
ggggcaaatacaggtgcacaatgcccaccttcacagcaggaaggactcaaattggaacac
agtagtagcctgccagccaacgtgactggcttcaacctcatccaccgactcagcctcatg
aagacgtctgccatcaagaagatccgcaaccccaaggggcctctcatcctgcgcctgggg
gcggcccccgtgacccagcccacgcgaagagtattccctcggggtctcccggaggagttt
gccctggtgctgacactactgctgaagaaacacacccaccagaagacgtggtatctgttt
caagtgaccgatgcaaatgggtatccacagatatccctggaagtcaacagccaagagcgg
agcctggagctcagggcccagggccaggatggcgactttgtgtcctgcatcttcccagtg
ccccagctcttcgacttgcgttggcacaagctgatgctgagtgtggctggacgtgtggcc
tctgtgcacgtggactgcagctcagcctcctcccagcctctggggccccgacgacccatg
aggcctgtgggccatgtatttctaggcttggatgctgagcagggcaagcctgtctcgttt
gaccttcagcaggtgcacatctactgtgacccggagctcgtgctggaggagggctgctgt
gagattttaccagcagggtgccccccagagacctccaaggcccgccgggacacccagagc
aatgagctcattgagatcaatccacagtctgaaggcaaggtctacacccgctgcttctgc
ctggaggagcctcaaaacagcgaggtggatgcccagctgacgggaagaatcagccagaag
gcagaaaggggagcaaaggtccatcaggagacagcagccgatgagtgtccgccctgtgtc
catggtgcccgggacagcaatgtcacacttgctccctctggccccaagggagggaaaggt
gagcggggcctgcctggtccaccaggctccaagggagagaagggagcacggggcaatgac
tgtgttcgaatctccccggatgccccacttcagtgtgcagaaggcccgaagggagagaag
ggggagtcaggagctctgggaccctcaggactcccaggctcaacaggcgagaagggccag
aaaggcgagaagggcgacggaggcatcaagggcgtgccgggaaagccaggccgggacggc
cggccaggagagatctgtgtcattgggcccaaagggcagaagggagaccctggctttgtt
gggcctgaggggctggcaggagagcctgggccccccggcctccctggaccccctgggata
ggactgcctgggaccccgggggatccaggtggcccaccaggccccaagggagacaagggc
agctcggggatcccaggaaaggaaggccctggtgggaaacctgggaagccaggtgtgaag
ggagagaagggtgacccctgtgaagtgtgcccaacactgcctgaagggttccagaacttt
gttggacttcctggaaagccagggcccaaaggggagcctggtgatcctgtaccagccagg
ggagaccctggcatccaaggcatcaaaggagagaagggggagccctgcttgtcctgcagc
tcggttgtaggggcccagcatcttgtgtcctccacaggggccagtggagatgtgggttcc
cctggctttggtctgcctggccttccgggtagagctggggttccagggctgaaaggagag
aagggtaacttcggggaggcagggccagctggcagtccagggccaccaggaccagtgggg
ccagcaggcatcaaaggggcgaagggggagccctgtgagccgtgcccagccctgtccaac
cttcaggatggggatgtccgtgtggtggccttgcctggcccatccggagagaagggggaa
cctgggcctccaggctttggcttgccaggaaaacagggcaaggctggagagcgtggactg
aaggggcagaagggtgatgctgggaatcctggagaccctggaacgccgggcaccacaggg
cggccaggactgtcaggagagcctggagttcagggccccgcggggccaaaaggagaaaag
ggtgatggctgcactgcctgccccagcctgcaggggacagtgacagacatggcaggacgg
cctgggcagcccggccccaaaggagagcagggccccgaaggcgtgggccgacctggtaaa
cccggccaacccggtctaccaggagttcaagggcccccaggactgaagggcgtgcaggga
gagccagggcctccaggaaggggagtccagggaccccagggggagcctggagccccgggt
ttgcctggcattcagggacttccgggacctcggggaccacctggccccactggagagaag
ggtgcccagggatctccaggggtgaaaggagccaccggacctgtgggacctcctggggcc
agtgtctctgggcctccgggccgtgatgggcagcaaggacagacgggactcagaggaaca
ccaggtgaaaaaggaccacgaggagagaagggtgagccaggggagtgctcctgcccctct
caaggagacctcatcttctctggcatgccgggtgctccgggactttggatgggcagctcc
tggcagccgggcccgcagggtccaccaggtattcccggaccaccaggcccccctggagta
cctgggctgcagggagtgcctggaaacaacggtttgccaggacagcctgggctcactgca
gaactgggatccttaccaattgaacagcacctccttaagagtatctgcggggactgtgtc
caggggcagagggcccacccagggtacctcgtggagaagggagagaagggagaccagggc
atccctggtgtgccaggcctcgacaactgcgcccagtgctttttgtcactggagcgccca
agagccgaggaggcccggggtgacaacagtgagggagatcctggctgtgttgggagccca
ggcctacctggtcctccgggattgccaggccagagaggagaagagggtccgcctggcatg
aggggctccccgggtcctccaggccctatcggccccccaggttttcctggtgctgttggc
tcccccggattgcctggccttcaaggagagcgaggtctcacgggcctgactggagacaag
ggggagccgggtcctccagggcaaccaggttacccaggtgccacgggccccccaggactg
cctggcatcaagggggagcgtggctacaccgggtcagcgggagagaaaggagagccgggc
cccccaggatctgaaggcctcccaggccccccaggcccagcgggtcccagaggagagcga
ggaccccaaggtaactccggtgagaagggcgaccagggatttcaaggccagccaggcttt
ccgggcccaccgggtccccctggattcccaggcaaagttggatcacctggcccacctggc
cctcaagcagagaagggcagcgaagggattcgaggcccatcaggcctgcctggctcccct
gggccaccgggacctcctgggattcagggccccgccggtctggatggtttggatgggaag
gacggcaagcctggcttgaggggggaccctggtcctgctggcccccctggactcatggga
ccaccgggctttaaggggaaaacaggacatcctggcctcccaggacctaagggtgactgt
ggcaaaccaggtccccctggcagcactggccggcctggcgcagagggtgaacctggtgcc
atgggaccccagggaagacccggtcccccgggacacgttgggccaccagggcctccaggc
cagccaggaccagctgggatctctgcagtgggtctgaaaggagaccgaggagccaccgga
gaaaggggccttgcaggcctcccaggccagcccggcccccctggacaccctggcccccca
ggcgaacctggtacggatggtgcagctggcaaagagggaccccctggaaagcagggattc
tatggacctcctggtcccaagggtgatccaggagctgcaggacagaagggccaggcagga
gagaaggggagagccggcatgcctggtggacctggcaagagtggttccatggggcctgtt
gggccaccgggccctgcaggagagagaggccaccctggagctccggggccttcggggagc
cctggcttgcctggtgtgcctggctccatgggagacatggtgaattatgatgaaatcaag
aggttcatcagacaagagatcattaaaatgtttgatgagagaatggcttactacacctcc
aggatgcagttccccatggagatggcggcagctccgggacgaccagggcctccagggaag
gatggtgctccgggcaggccaggtgctccagggtcacctgggctccctggtcagattggc
agagaaggacggcagggcttgccaggagtaagaggattgcctggtaccaaaggtgaaaaa
ggggacattggtattggcattgcaggagaaaatggtcttcccggccccccaggtcctcaa
ggtcctccaggctatggcaagatgggtgcaacaggaccaatgggccagcaaggcatccct
ggcatccctgggcccccgggtcccatgggccagccaggcaaggctggccactgtaatccc
tctgactgctttggggccatgccgatggagcagcagtacccacccatgaaaaccatgaag
gggccttttggctga

  All links  
Disease (1)   
   OMIM (1)   
Gene (37)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (37)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (35)   
DNA sequence (53)   
   RefSeq(nuc) (37)   
   GenBank (8)   
   EMBL (8)   
Protein domain (2)   
   Pfam (2)   
All databases (130)   

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