KEGG   Pogona vitticeps (central bearded dragon): 110091140
Entry
110091140         CDS       T05000                                 
Symbol
COL11A2
Name
(RefSeq) collagen alpha-2(XI) chain
  KO
K19721  collagen type V/XI/XXIV/XXVII, alpha
Organism
pvt  Pogona vitticeps (central bearded dragon)
Pathway
pvt04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:pvt00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    110091140 (COL11A2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:pvt00536]
    110091140 (COL11A2)
Glycosaminoglycan binding proteins [BR:pvt00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   110091140 (COL11A2)
SSDB
Motif
Pfam: Collagen COLFI
Other DBs
NCBI-GeneID: 110091140
NCBI-ProteinID: XP_020670790
UniProt: A0A6J0VGW4
Position
Unknown
AA seq 1839 aa
MPIFLNQPEGVRKATGFCPKRRSGSGPDVAYRISRQAQISAPTRQLFPGKFPEDFSIMAL
VKPKSGLQTFLLSIYNQHGLQQLGVELGRSPVFLYEDQNGRPAPEDYPIFRGVNLADGKL
RPRVSLPSYNAGSYSRNRLSGEEGDIQQLLIASNPQAAYDYCEHYSPDCDGATQKPQAQE
ARQRPAPRPEYYDEDMEEDYQYPYYYEGRTGSPSSLPLGGASEQDVGLLPTEQPWVAHGY
PDYTLPPDEVDANYWEESPTGEVHPPAPSSPWVEEEVPDLHPNEAVVTEEEAPSVALEYD
YAYKSYGEGAEPSELGPVLSAETPQSGGVSGGSAPFLSCHVVPTSSPDLLRVGRTCARCP
FRDGGLLSNRLLHCKPPFSMPPKPLHVCKPAFHGLIFSALPWSGVCCSWLPHCERVVLSR
NLVCGVWMSNSLPLSLWCPLYGASAGFDYQFGGKGQKPPPPKWDMAASLGLHVCYPQAVH
GARGLKGEKGEPAVFEPGMLVEGAPGPEGPPGISGPPGTQGPPGPPGDAGERGPPGRPGL
PGSDGSPGPPGTSMMLPFRFGSSGGGKGPVVAAQEAQAQAFLQQARMALRGPPGPMGYTG
RTGPLGEPGSSGMKGEQGDFGPQGPRGPPGLTGPPGKPGRRGRAGADGARGMPGESGSKG
ERGFDGLPGLPGEKGHRGDSGSQGLAGPPGEDGERGDDGEVGQRGLPGEPGPRGLLGPKG
PPGIPGPPGVRGMDGPHGPKGNLGPQGEPGPPGQQGTPGTQGLPGPQGAMGPPGERGPRG
KPGLPGMPGSDGPPGHPGKEGHPGTKGNQGEEGFPGLKGDMGVKGDIGEVGVPGSRGEDG
PEGPKGRTGPPGDPGPIGPVGEKGKLGVPGLPGYPGRQGAKGSQGFPGFPGTNGEKGSRG
VSGKLGPRGERGPSGPRGQRGPRGATGKLGPKGTSGSEGPSGPPGERGASGPRGATGFPG
PKGPPGPSGKDGVPGHPGQRGEVGFQGKPGPPGGPGVVGPQGAPGETGPMGERGHPGPPG
PPGEQGLTGPSGKEGTKGDPGLPGVPGKDGPAGLRGFPGERGLPGTPGGPGLKGNEGPPG
PPGPAGSPGERGGPGSGGPVGPPGRPGPQGPPGPAGEKGVPGEKGPIGPSGRDGVQGPVG
LPGPAGPPGGPGEDGDKGEVGDPGQKGNRGGKGEQGPPGPPGPLGPLGQPGPAGADGEPG
ARGPQGHFGAKGDEGTRGFNGPPGPIGLQGMPGPSGEKGETGDVGPLGPPGPPGPRGPAG
PSGANGPQGPPGGVGNLGPPGPKGEPGEAGGPGVPGEPGGKGPRGERGEKGEPGTAGDPG
PPGPKGPVGDDGPKGNPGPVGFPGDPGPPGEMGPRGQDGAKGDRGEDGEPGEAGSPGPTG
ENGPPGPLGKRGETGALGPPGKTGAVGPQGPPGKPGTDGLRGLPGSVGAQGKPGPTGQAG
PPGPIGPPGLPGLKGDTGAKGEKGHPGLIGLIGPPGEQGEKGDRGLPGPQGNKGPKGDTG
IPGPSGPIGPAGQPGLPGPPGPQGPKGATGQAGPKGQRGAPGAPGMPGPPGEVIQPLPIQ
RPKKNKRSVNVDGSQIMPEEEKEERMASDTAGHPPHSGGMEEIYGSLNSLRQEIEHMRKP
LGTQDSPGRTCQDLQLCHPEWPDGEYWIDPNQGCARDSFKVYCNFTAGGETCVFPSKETR
EVSMASWEKETPETWFSQFQKGSKFSYVDAEGNPLGVVQLTFLRLLSVSARKNFTYHCQR
SAAWHSRDPPAGASSTTVGGYRRALRFLGANDEDMSYDNSPYIKALADGCAVRKGADKTV
LEVNTPLVEQLPLLDVRVTDFGEPNQRFGFEVGPVCFLG
NT seq 5520 nt   +upstreamnt  +downstreamnt
atgccgatattcttgaaccagccggaaggagtccgcaaggcgaccggcttctgccccaag
cggcgctccggatcggggcccgatgtcgcctaccggatctcccgccaggctcagatcagc
gcccccacccggcagctcttcccaggtaaattcccggaggacttttccatcatggcgctg
gtgaagcccaaatccggcctgcagaccttcctgctctccatctacaaccaacacgggctg
cagcagctgggcgtggagctgggacgctcccccgtcttcctctacgaggaccagaacggc
cgcccggcccccgaggactaccccatcttccgaggggtcaacctggcggatggcaaactc
cggccacgggtgagcctcccttcgtataacgctgggagttattctaggaaccggctctcg
ggcgaagagggtgacatccaacagcttctgattgcctccaacccgcaagctgcctacgac
tactgtgagcactacagcccagactgcgacggggccacccagaagcctcaagcccaagaa
gcccggcagagacctgcccccaggccagagtactatgatgaggacatggaggaagattac
cagtacccctactattacgagggaaggacgggctctccctcctccctgcctctaggggga
gccagtgagcaggatgtggggctgctccctacagaacagccctgggtggctcatggatac
cccgactacaccctccctcctgatgaggtggatgccaattactgggaagagagccccacg
ggggaggtgcaccctcctgccccatcatcaccctgggtagaggaggaggtccccgacctg
catcccaacgaagcggtggtgacggaagaagaggcgcccagtgtggctctggagtacgac
tacgcttataagagctatggcgagggggccgagccgtcggagctgggccccgtgctctcg
gccgagacccctcagagcggaggcgtaagtgggggctcggcccccttcctgtcgtgtcat
gtcgtccccacttcctctcctgatctccttcgtgtcggccgtacttgtgcgcgatgcccc
ttccgtgatgggggtctcctttccaatcggcttctgcactgcaaaccccctttctcgatg
ccaccaaagcctcttcatgtttgcaagccagcatttcatggattgatcttctctgccctt
ccctggtctggtgtttgttgcagctggctgccacattgtgaacgcgtcgtcttgtcccgt
aaccttgtctgtggcgtgtggatgtcaaactccctccccctttccctttggtgccctttg
tatggtgccagtgctggatttgattaccagtttgggggcaaagggcagaagcccccaccc
ccaaaatgggacatggctgcctctttggggttacatgtgtgttatccacaggcggtgcac
ggagccagaggtttaaaaggagaaaaaggggagcccgccgtcttcgaacctggcatgctg
gtggaaggtgcgcctggcccagaaggaccaccgggtatcagcgggccgccaggaacccag
gggcctccaggacctcccggggatgctggggagaggggcccccccggacgccccggcctt
cctgggtcagacggttctccggggccccccggcacctccatgatgcttccgttccgtttc
ggcagcagcggaggcggcaaaggaccggtggtggccgcccaagaagctcaagcccaggcc
ttcctccagcaagcccgaatggccttgcgtggccctccgggaccgatggggtacacaggc
cggacgggacccttgggggaacctggcagttctgggatgaagggagagcaaggagacttt
ggtccgcagggacctcgtgggccaccaggactgaccgggccccccgggaagcctggacgc
agaggtcgtgcgggagctgatggggcccgaggtatgccaggggaatctggctccaagggt
gaacgtgggtttgacggactccctggccttcccggagagaaaggacaccggggtgactcc
ggctctcaaggcctggcaggtcctcccggggaagacggtgagaggggagatgatggcgaa
gtgggtcaacgtggacttcctggagaaccaggaccgagaggtttgctcggccctaaaggc
cctccggggatcccaggcccgccgggagtgcgtggcatggacgggccgcacgggccaaag
gggaacctgggtccgcaaggggagcccggaccccctggccagcagggaacgccaggaaca
caggggctgcctggacctcaaggagccatgggccctcctggcgaaaggggtcctcgaggg
aaacctggacttccagggatgcctggctctgacggacccccgggccaccctggcaaagag
ggtcatcctggtaccaaaggaaatcagggagaagaaggttttcctgggctaaaaggcgac
atgggcgtgaagggggacattggcgaagtcggcgtcccaggatcccggggtgaagacgga
cccgaaggccccaaaggccggacggggcccccgggagatcccggccccattgggcccgtg
ggagagaagggcaaactcggtgttccaggcctgcctggctatccggggcgccagggtgcc
aagggatcacaaggcttcccgggatttcccggaaccaacggtgagaaaggcagtcggggt
gtatctgggaagcttgggccccgaggagagcgtggaccctcgggtcccagaggccagcgt
gggccacgaggagccaccggcaagcttggaccaaagggcacctctggcagcgaaggacct
tccggcccccctggcgaacggggggcttctggcccccgtggagccaccggtttccccgga
ccaaaaggacccccgggtccctctgggaaagacggggtgcccggccaccctgggcagcga
ggagaagtcggattccaaggcaagcctggcccccccggtggccctggagtggtgggtcct
cagggagcgccgggagaaacaggccccatgggcgaacgagggcatcctggcccgccaggc
ccacccggagagcaaggcctgacagggccatctggaaaagaagggacaaagggggacccc
gggcttcctggagtcccaggaaaggacggcccggctggactgcgaggcttccccggagaa
cgtggtcttcctggcacccctggaggcccaggactgaaaggaaatgagggacccccggga
cccccaggacccgccggttctccaggggagagagggggaccaggatcaggtggccccgtt
gggcccccaggaaggcccggtcctcaaggcccgcctggtccagccggagagaaaggcgta
cctggtgaaaaaggccccatcggcccgtccggccgtgacggcgttcagggtcccgttgga
ctgccgggtcctgcaggaccgccggggggccctggcgaagacggggacaagggcgaagtg
ggcgacccaggccagaagggcaaccgagggggaaaaggagagcagggtccccccggcccc
ccaggcccgctcggccccctcggacaaccaggaccggcgggtgccgacggagagcctggc
gcgaggggtccccagggccactttggggcgaaaggtgacgagggcacccgagggttcaat
ggccccccagggcccattggcttgcagggcatgcccggaccatcgggcgaaaagggtgag
actggagacgtggggcccctgggaccgcctggccccccaggaccccgaggcccggctgga
ccctctggagcgaacggtccacaaggcccccccggaggcgttggaaaccttggcccccca
ggaccaaagggtgagccaggagaagccggcggacccggggttcctggggaaccgggtggc
aagggcccacggggggaaaggggagagaaaggggaaccgggcacggcgggtgatcctgga
ccccccggtccaaaagggcccgtgggagacgatgggccgaaaggcaacccaggcccggta
ggtttccctggagacccgggaccccccggtgaaatgggaccacggggccaagatggagcc
aaaggcgacaggggagaagatggagaacctggagaggcgggttcaccggggccaactggt
gaaaatggcccacctggcccacttgggaaaaggggagaaacgggtgccctgggcccccct
ggcaagacgggagcagtggggcctcagggacctccagggaaacccggaacggacgggctg
aggggactccctggatccgtgggcgcccaaggcaaaccagggcccaccggccaggctgga
cctccaggacccataggccccccagggttgcctggattgaaaggcgacaccggagccaaa
ggagagaagggccacccgggtctcatcggcctgatcggaccccccggggagcaaggggag
aaaggggaccggggcctgcctggccctcaaggcaacaagggaccgaaaggagacaccggc
atccctggtccgtccggccccattggccccgcagggcaacccggacttcctggcccccct
ggaccccaaggcccgaaaggagccacgggtcaagccggaccgaagggtcagcgtggagcg
cctggagcccccgggatgccgggccctccgggcgaagtgatccagccgctgcccatccag
aggccgaagaagaacaagcgctcggttaacgtagacggcagccaaatcatgccggaggag
gaaaaggaggagaggatggcctcggacacggccggccacccgccgcactccgggggcatg
gaagagatctacggttcgctcaactccctccggcaggagatcgagcacatgaggaaacct
ctgggcacccaggacagccccgggcgcacctgccaggacttgcagctctgccatcctgag
tggccggacggcgaatactggatcgatcccaaccagggctgtgcacgggattccttcaag
gtctactgcaacttcacggccggaggcgagacgtgcgtcttccccagcaaagagacccga
gaggtgtctatggcctcgtgggaaaaggagacgccagaaacctggttcagccaattccag
aaagggagtaagttctcctacgtggacgccgaggggaaccccctgggggtcgtccagctg
accttcctgcggctgctgagcgtctcggcccggaagaacttcacctaccactgccagcgc
tcggccgcttggcacagccgcgacccccctgccggcgcctccagcaccacggtgggggga
taccggcgggccctgcgcttcctgggggccaacgacgaggacatgagctacgacaacagc
ccctacatcaaagccttggcggacggctgtgcggtgcggaagggggcagacaagacggtc
ctggaggtgaacacccccttagtggagcagctccccctgctggacgtgcgtgtgacggac
tttggagagcccaaccagaggtttgggttcgaggtggggccggtctgtttcctgggctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (86)   
   KEGG ORTHOLOGY (1)   
   RefGene (82)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (95)   

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