KEGG   Anolis carolinensis (green anole): 100557792
Entry
100557792         CDS       T01608                                 
Symbol
col11a2
Name
(RefSeq) collagen type XI alpha 2 chain
  KO
K19721  collagen type V/XI/XXIV/XXVII, alpha
Organism
acs  Anolis carolinensis (green anole)
Pathway
acs04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:acs00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    100557792 (col11a2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:acs00536]
    100557792 (col11a2)
Glycosaminoglycan binding proteins [BR:acs00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   100557792 (col11a2)
SSDB
Motif
Pfam: Collagen COLFI Laminin_G_2 Laminin_G_3 Laminin_G_1
Other DBs
NCBI-GeneID: 100557792
NCBI-ProteinID: XP_016853991
Ensembl: ENSACAG00000003040
Position
Un
AA seq 1857 aa
MATPGPLSVLLLLPLFLCPPSWGAPGDPVDVLKALQFQKQPEGVRKVAGLCPKRRSGSGP
DVAFRVSRQAQISAPTRQLFPGKFPEDFSLMALVKPKAGLQAFLLSIYNQDGIQQLGLEL
GRSPVFLYEDQGGRPAPEDYPIFKGVNLADGKWHRVALSVNKKQVTLILDCKKKVTRPLP
RGSHPVIDTRGITVFGTRILDQEVFEGDIQQLLISSNPQDAFEYCERHSPECEGDTHRPQ
AQEAQQRPSRTQKPSKAKAPAAKPQPKPKPPQKRQLMSTAPSAAKNGAKNGGNGSKAPGN
GKPSNGGGKSAKATPSKPTKSPPPRQSGGRHAQASVGGSRPRGNSYQQVEPEGRMQASVG
SRPGIPPKKRGNSTSSMGNGTGMGKESLCVLGGVVSSRLGYTDSAPLPLRLHVCDLQVLH
GPRGMKGEKGEPAVFEPGMLVEGRPGSEGPPGMSGPPGTQGPTGPPGDAGERGPPGRPGL
PGSDGTPGPPGSSMMLPFRFGSSGGGKGPVVAAQEAQAQAFLQQARMALRGPPGPMGYTG
RPGTMGQPGSNGMKGESGDFGPQGPRGPQGLTGAPGKSGRRGRAGADGARGMPGESGNKG
ERGFDGLPGLPGEKGHRGDTGSQGIHGPPGEDGERGDDGEVGQRGLPGEPGPRGLLGPKG
PPGIPGPPGVRGIDGPHGPKGNLGPQGEPGPPGQQGTPGTQVSGSWSRWLYMASYMAHGE
ESSVCLSGPFNARESKICSLLLLPIGVVNEMNTKWVSVLLFQGHPGKEGHPGTKGNQGPS
GPQGSIGYPGPRGAKGMDGIRGLKGHKGEKGEEGVSGQKGDFGVKGDRGEVGVPGSRGED
GPEGPKGRTGPPGDPGPIGLLGEKGKLGVPGLPGYPGRQGPKGLQGFPGFPGTNGEKGGR
GISGKVGPRGERGPTGPRGQRGPRGATGKSGAKGTSGGEGPAGPPGELGLPGSQGPNGFP
GPKGPPGPPGKDGLPGHPGQRGEVGFQGKVGPPGGPGVVGAPGPSGETGQMGERGHAGPP
GPPGEQGLSGPSGKEGTKGDPGGPGGPGKDGPAGLRGFPGERGLPGTPGGTGLKGNEGPA
GPPGPAGSPGERGGPGSGGPVGPPGRPGPQGPPGPAGEKGVPGEKGPLGPSGRDGVQGPV
GLPGPAGPPGGPGEDGDKGEVGDPGKKGPKGGKGEHGPPGPPGPLGGLGQPGAAGADGEQ
GARGTQGQFGAKGDEGTRGFNGAPGPIGLQGMPGPSGEKGETGDVGPLGPPGPPGPRGPA
GASGASGPQGPPGGIGNLGPPGQKGDPGEPGGPGVTGEPGGKGPRGERGEKGEPGAAGVP
GPPGGKGPTGDDGPKGNPGPVGFPGDPGPPGGMGPRGQDGAKGDRGEDGEPGEAGSPGVT
GENGPPGPPGKRGPAGSPGPEGRQGGKGKKGEAGAVGPPGKTGPVGPQGTPGKPGTDGLR
GLPGSVGAQGKTGQTGQTGPPGPVGPPGLPGLRGDVGAKGEKGHPGLIGLIGPPGEQGEK
GDRGLPGPHGAKGPKGETGIPGPTGPIGPAGPPGLPGPPGPQGAKGATGQAGPKGQRGVN
GPPGHPGPPGEVIQPLPIQRPKKNKRSVDGSQISPENEEEEKMAASEAGGHPPSQGMEEV
YGSLNSLRQEVERMRKPLGTKESPARTCQDLWLSRPETPDGEYWIDPNQGCSRDSFKVFC
NFTAGGETCVFPRKEVREVPMSAWEKETPQSWFSEFQSGSRFSYEDAEGYPLGVVQLTFL
RLLSVSARQNFTYHCLRSAAWHSRLPSAAGGSSTSVGGYQQALRFLGANEEDISYDNSPY
VKALADGCAPRKGPSSTILEVRTPRVEQLPLLDVRLMDFGNSGQKFGFQLGPVCFLG
NT seq 5574 nt   +upstreamnt  +downstreamnt
atggcgacccccgggcccctctccgtcctcctcctgctgcccctcttcctctgcccgccc
tcctggggggctccaggagacccggtggatgtcctgaaggccctccagttccagaagcag
cccgaaggagtgcgcaaagtggccggcctctgtcccaagcggcgctctggatcggggccc
gatgtggccttccgcgtctcccgccaggcccagatcagtgcccccacgcggcagctcttc
ccaggcaaattcccagaggacttctccctgatggcgctggtgaagcccaaggcgggcttg
caggccttcctgctctccatctacaaccaggatgggatccagcagctgggcctggagctg
ggacgctccccggtcttcctctacgaggaccaaggcgggcgcccggcccccgaggattac
cccatcttcaagggggtcaacctggccgacggcaagtggcaccgggtggccctgagcgtg
aacaagaagcaggtgaccctgatcctggactgcaagaagaaggtgacacggcccttgcct
cgggggagccacccggtcatcgacacccgtggcatcactgtcttcgggacccgcatcctg
gaccaagaggtcttcgagggcgacatccagcagctgctgatctcctccaacccccaggac
gccttcgagtactgcgagcgccacagccccgagtgcgagggggacacccaccggccccag
gcccaggaggcccagcagaggcccagccggacacagaaaccgtccaaggccaaggcccct
gccgccaaaccccaacccaaacccaagccgccccagaagcgccagctgatgagcacggcg
cccagcgctgccaagaacggggccaaaaatggggggaatggctccaaagctcctgggaac
gggaagccctccaacggcggaggcaagagtgccaaggcaacgccctccaaacccacgaaa
agccccccaccccgccaatcagggggacgacacgcgcaggccagcgttggcggatcccgg
ccgcggggcaacagctaccagcaggtagagccagagggaaggatgcaggcctctgtgggg
tcgcggcctgggatcccccccaaaaaaagaggtaacagcacctctagcatgggaaatggg
acaggaatgggaaaggagagcctgtgtgtcttggggggcgttgtttcctcacggttaggt
tatactgactctgccccccttcctttgcggctacatgtctgtgacctacaggtcctccat
ggacccagaggcatgaaaggagagaagggagagccggccgtcttcgaaccgggaatgctg
gtggagggacggcctggctccgaaggacccccgggcatgagcggaccccccggcacccaa
gggcccaccggacccccaggagacgctggcgaaaggggcccccctggacgtccaggcctc
cccggctcagacgggacccctggaccccccggctcatccatgatgctcccattccgtttc
gggagcagcggcgggggaaagggcccggtggtggccgcccaagaagcccaggcccaggcg
ttcctgcaacaagcccggatggccttgcgaggccccccaggacccatgggatacaccggc
cgaccaggcaccatgggtcaacccggcagcaacggcatgaagggcgagtccggagacttt
ggcccccaggggccaaggggaccccagggattgaccggagccccagggaaatctggacga
cgaggccgcgctggggccgatggggcccgagggatgcctggggagtccggcaacaagggc
gagcgtggtttcgatggcctcccaggtctcccaggggagaaggggcaccgaggagacacc
ggatcccaggggatccacggaccccccggagaagatggcgagaggggagatgatggagaa
gtcgggcagcgaggccttcccggagaaccgggacccagaggtctgcttggccccaaagga
cccccaggaatcccaggacccccaggcgtccggggcatcgacggaccgcatgggccgaag
ggcaacctgggtccgcaaggggaaccaggcccccccggtcagcaggggactccaggaacc
caggtgagtggcagctggtcaaggtggctgtatatggcctcatatatggcccatggtgaa
gagagctctgtatgtttgtctggaccatttaatgcacgcgaaagcaaaatctgttccctc
ctgttgctccccattggtgtggtcaatgaaatgaatactaaatgggtttctgtgcttctc
tttcagggccacccgggcaaagagggccacccaggaaccaaagggaaccagggtccatca
ggtcctcaaggttccattggatacccgggtccccgcggtgcaaagggaatggacggcatc
cggggcctgaagggtcacaagggcgagaagggagaagagggtgtctctgggcagaagggc
gattttggcgtcaaaggggaccggggtgaagtcggtgtcccaggatcccgaggtgaagat
ggaccagaaggccccaagggacggacgggccccccaggagacccgggtcccattggcctt
ctgggagagaagggaaagcttggggtgccaggtctgcctggatatccagggcggcagggc
cctaagggtttgcaaggcttcccaggattcccagggaccaacggcgagaagggaggacga
ggcatttctgggaaggttggaccccgaggcgagcgaggacccacaggccccaggggccag
cgaggaccacgaggagcaactgggaagtcaggagcaaagggcacttccggtggcgaaggg
ccagctgggccccctggcgaactggggctccctggatcacaaggacccaatggcttcccc
ggacccaaaggacctccaggtcctcctggaaaggacggcctccccggacaccccggccag
cgaggagaagtgggcttccaaggcaaagtggggcccccgggcgggccaggagtggtggga
gccccgggcccctccggagaaacgggccagatgggcgagaggggccacgccggaccccca
ggccccccgggagagcaagggctgtctgggccctccgggaaggaagggaccaagggcgac
cctggcgggcctggaggacccgggaaggacggcccggccggactcagaggcttccctgga
gaaaggggtcttcctgggacaccggggggaacagggctaaaaggcaacgagggaccagcc
ggacccccaggacctgcggggtctccgggagagagggggggcccaggctcaggaggaccc
gttggacccccagggagacctggcccacaaggaccacccggaccggccggagagaagggt
gtccctggtgagaaggggcccctcggtccgtctggccgtgatggtgtccagggtccagtt
ggcctccctggccccgcagggccccccggtggccccggagaggacggagacaagggcgaa
gtgggggaccccggaaagaagggccccaaaggcggcaaaggggagcacggtcccccaggc
ccacccggaccccttggaggccttgggcaaccaggagctgcaggcgctgacggagagcaa
ggggcccggggcacccagggacagtttggggccaaaggcgacgaagggaccagagggttc
aatggggctccagggcccatcgggttgcagggcatgccaggtccatcaggggagaaaggc
gaaaccggagacgtggggcccttgggaccaccaggacctcctggacctcgaggccccgcc
ggagcctctggagcaagcggtccgcaaggcccccccggaggcatcgggaacctcggtcca
ccaggacagaagggcgatccaggggagccggggggaccgggggtcaccggggagcccggc
ggaaagggccccagaggcgaaaggggagagaaaggagaacccggagctgctggagtccct
gggccgccgggcggaaaagggcccaccggggacgacggacccaagggaaaccctggtccc
gttggctttcccggagaccccggaccacctggtggaatggggccacggggccaagatggc
gccaagggtgatcgcggagaagatggggagcccggagaagcgggttctccaggtgtaaca
ggagagaacggacctcccggacccccaggaaagaggggccctgctggatccccaggtccc
gaaggaaggcaaggcggcaaaggcaaaaagggggaggcaggagccgtgggtcctccaggg
aagacgggccccgtggggccacaggggaccccagggaagcctgggacagacggactcagg
ggcctcccaggatcagtgggagcccaagggaagacggggcagacgggccaaacgggcccc
ccagggccagtggggccccctggattgcctggactgcgaggggacgtcggagccaaggga
gagaagggccacccgggtctcatcggcctgatcggacctccaggagaacaaggagagaag
ggggaccgcggcctgcccggcccccatggagccaagggccccaaaggagaaacgggaatc
cccggcccgaccggccccattggccccgcagggccccccggattgcctggtccccccgga
ccccaaggagctaaaggagccacgggccaagcaggacccaaaggtcagcgcggagtgaac
ggacccccaggacatccgggccccccaggggaggtcatccagccactgcccatccagagg
cccaagaagaacaagcgctcggtggacggcagccagatcagtccagaaaatgaggaggaa
gagaagatggcggcttcggaggcaggagggcaccccccgtcccagggcatggaggaggtc
tacgggtccctgaattccctgcggcaggaagtggagcgcatgcggaagcccctgggcacc
aaagagagccctgcccgcacttgccaggacctctggctcagccgcccagagacccctgat
ggtgaatactggatcgatcccaaccagggctgctctagggattccttcaaggtcttctgc
aacttcaccgccggaggagagacctgtgtgttccccaggaaggaggtccgggaggtaccg
atgtccgcctgggagaaggaaacgccccaatcctggttcagtgagttccagagtggcagc
cggttctcctatgaggatgccgagggctacccactgggggtagtgcagctgaccttcctg
cgtttgctgagcgtctcagccagacagaacttcacctaccactgcctccgatcagccgcc
tggcacagccgcctcccctctgctgctggagggtcctccacttcggtggggggctatcag
caggccctgcgcttcctgggggccaacgaggaggacatcagctacgacaacagcccctat
gtcaaggccctggctgacggatgcgcgccccggaagggacccagctccacgatcctggag
gtgcgcaccccccgcgtggagcagctccccctcctggacgtgcgcctgatggactttggg
aactccggccagaagttcggattccagttgggaccggtctgcttcctggggtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (76)   
   KEGG ORTHOLOGY (1)   
   RefGene (71)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (5)   
   Pfam (5)   
All databases (93)   

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