KEGG   Aedes albopictus (Asian tiger mosquito): 109400981
Entry
109400981         CDS       T06060                                 
Name
(RefSeq) LOW QUALITY PROTEIN: collagen alpha-1(V) chain-like
  KO
K19721  collagen type V/XI/XXIV/XXVII, alpha
Organism
aalb  Aedes albopictus (Asian tiger mosquito)
Pathway
aalb04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:aalb00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    109400981
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00536 Glycosaminoglycan binding proteins [BR:aalb00536]
    109400981
Glycosaminoglycan binding proteins [BR:aalb00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   109400981
SSDB
Motif
Pfam: Collagen COLFI Laminin_G_2 DTHCT
Other DBs
NCBI-GeneID: 109400981
NCBI-ProteinID: XP_029710136
Position
Unknown
AA seq 1820 aa
MVDIRLSHRQRRGSTTIFGARLPVERIRISAIIVIIAVGLLGSGSAVSKDGLVDLIEQFD
LPRLPSGVTPGAGMCGNETRNDYQTYPAAAYNLNQDTVLSIGTTQVFPNGFPSDFSILVV
LKATPNLVRVPLFTVYSSDSEEVLMLMVGMEVALYYQDTDGNPEEESLISFGVSIDDERW
NRLGVSVKGDSVTLIKDCNEQVTRRLRREAGSVIATDGLILTGVQLNEDDGFFTGDLQLF
MFADTPDEAFHICTKYAPDCVGMSQGSGTVVSSVHSYSTQTVSGQNRSSSSSHHHSQDFS
NSRDQVNKFAVSSSGSSGNSFEGQREFVDITGDADGLDIIGEDDEYYNNLELEGEDRQVE
QHQTSTSTQRSNTKWHRVEINRTRPGTVDQTSRRPILPLPDPEYDSSASSNNRPGGVPPA
VEQDHDPDDTSVSFPASPTGNYSITGYRTIIGPRGPPGEPGPRGEPGRDGLQGQSGPPGQ
PGHVFMIPLSQTANEKGPDSQAEAFRAMLSQHMMAMRGADGPMGLTGVPGPVGPPGPEGT
KGEPGDHGEPGPRGLRGAHGPSGREGRRGRAGRDGERGAVGLQGSKGEPGPLGLPGMVGE
KGERGRHGNIGEKGTQGHEGIQGEDGPPGLPGLPGELGPRGFAGPRGFPGPSGNPGIPGT
EGLPGVKGNPGPQGQPGAPGQTGPIGPVGPPGPQGNMGPPGIAGPHGKPGIPGLPGADGA
PGREGSPGIGGPKGDIGPQGVQGSIGFPGNRGPKGDDGERGSPGDKGDKGEQGHDGEKGD
MGPPGERGLTGPIGTAGIEGPEGPKGFEGPRGETGQMGLTGEKGKQGVQGFAGYPGPTGD
KGDKGIVGISGLAGDKGERGNTGLQGERGEVGPRGFRGARGRRGADGNTGPKGDTGQPGS
SGPQGEMGPQGMEGPRGFIGLPGPPGNNGKDGPQGTPGERGPPGESGNPGPTGNPGVIGP
QGPTGEPGPVGEPGIPGLPGMPGEPGVPGDSGKEGQVGPPGPPGKNGPPGGQGLPGFPGE
RGMMGMPGLPGLKGELGVPGLAGPVGDKGQPGEPGKEGPPGPEGRRGPPGPTGPSGLKGE
RGEMGLIGPIGRDGLPGQRGLTGPPGPQGSPGEDGDKGDIGPPGEKGFKGSQGEAGPVGS
PGAQGSRGEPGAIGPPGEKGPPGEMGRAGSKGEDGPTGLPGPPGPAGAQGMPGPSGIKGD
RGDDGLVGPVGSIGPPGEPGRRGPRGAEGAPGATGPPGPQGLIGEPGSQGPPGPDGPEGK
DGDKGAPGPKGEEGKSGPPGPPGKRGPAGPEGPKGVVGSPGFPGNPGEPGVVGPKGDTGK
DGDDGKQGEPGQPGDPGPQGIPGEVGPPGKMGPEGPAGXTGSVGPSGEKGDRGLPGPIGN
PGLVGPQGMPGAQGLPGLRGSPGASGEIGPVGKPGESGPPGKIGETGSKGQKGDRGRRGL
KGHRGELGMVGLKGDTGEKGDKGVRGNAGPDGPKGPAGPVGPIGLKGNDGPQGPPGNEGP
LGPKGSDGVAGLKGEAGPPGPPGPPGPPADAPLIPPELLFRMSEFSMTKGEDRMKREAED
IPEEEDDFDEELLKIEPKKKKKKKKTKDDLGPKFLDMYSSIYSMRQELDRIRKPVGTREN
PGRTCRDLHYGHPQFKDGWYWIDPNLGMADDAVYVYCNMTAEGETCVFPDLHSSQMPNIP
WRKENDKTDWYSNLRGGFRISYETVGVVQMTFLRLLSEGAYQNFTYTCMNSVAWYSNQEQ
NHDDAIRFMGDNEIDIGYENSKLRPNVLVDGCKTGKSKSETVFEIRTTKLQYLPIIDFYP
VDYGQPQQAFGFQVGPVCFK
NT seq 5463 nt   +upstreamnt  +downstreamnt
atggtagatatacgattgtcccatcggcagcggagaggatcaacgacgattttcggtgcc
cgattgccggtggaacgaattaggattagtgcaatcattgtgatcatagccgtcggactg
cttgggagcggcagtgcagtgtctaaagatggcttagtcgacctgatcgagcagttcgac
ttacctaggcttccgtctggcgtcacgccaggtgccggcatgtgtggcaatgaaacccgc
aacgattaccaaacctacccggcagctgcatacaacctgaaccaggacacggtgctcagc
ataggaacgactcaggttttcccgaatggctttccatcggatttctccatcttggttgtg
ctcaaggcgacaccaaatctggtacgggttccactgttcacggtgtattcgtccgattcc
gaggaggttctgatgctgatggtcgggatggaagttgccttatactatcaggatacggac
ggtaatccggaggaggaaagcctgatcagttttggagttagcatcgatgacgaacggtgg
aaccggttgggagtcagcgtcaagggtgattccgttacgttgatcaaagactgtaacgaa
caggtcacgcggaggctaaggcgagaggctggttcggtcatagctacggacgggttgatt
ctgacaggggttcagctcaatgaggatgatgggttttttactggagaccttcagttattc
atgtttgctgataccccggatgaggcgttccacatctgtactaaatatgcacccgactgt
gtagggatgagccaaggatctggaactgtggtttcaagcgtacatagttattcaactcaa
actgtatcaggacagaacagatcttcatcgtcgtcacaccaccatagtcaagatttcagt
aattcaagagatcaggtcaacaaatttgccgtatcatcttcggggtcatcaggcaatagc
ttcgaaggacaaagggaattcgtagatattactggagatgccgacgggttagatatcatc
ggagaagatgatgaatactataacaatttggagttggaaggagaagatagacaagtagag
cagcaccaaactagtacaagtacacagcgtagcaatactaaatggcatagggtggaaatc
aaccgtactagaccagggactgtcgatcagacgagtaggagacctattctaccacttcca
gatccggaatatgattcgtcagcttcaagtaataatcgacctgggggagttccgccggcc
gtagaacaagatcatgatcctgacgacacttcggtttcgtttccagcgtctcccaccggt
aactacagtattactggttaccgaaccataataggtcccagaggacctccaggggaacca
ggaccaagaggtgagcctggacgagacggtctacagggccaaagtggacctcccggtcaa
ccaggtcacgtcttcatgattcctctaagccaaactgccaacgagaaaggtccagactcc
caagcggaggcattccgtgccatgctgtctcagcatatgatggcaatgcgaggtgcggat
ggaccaatgggattaacgggagttcctggtccagttggtcctccgggcccagagggaacg
aaaggtgaaccgggagaccatggtgaacctggaccacgaggcctacgaggagcgcatgga
ccatctggccgtgaaggtcgtcggggacgagccggtagggatggggaacgaggagctgta
ggcttacaaggctccaaaggcgaaccaggtccacttgggctccctggtatggttggcgag
aagggtgaacgaggtcgacatggaaacattggcgaaaagggtacacaaggacatgaagga
attcaaggagaagatggacctccgggattgcctggccttcctggagaattaggaccacga
ggttttgctggacctcgtggcttcccaggtccatcaggtaatccagggatcccaggaaca
gaaggcctgccaggcgttaaaggaaatcctggtccacaaggtcagccgggagcgccaggt
caaactggcccgatcggtccagtaggacctccaggaccacaaggcaatatgggaccacca
ggcatcgcaggtcctcatggtaaacctggaattcctggactccctggagcagatggtgca
ccaggacgcgagggtagccctggcatcggtggacctaaaggtgacattggtccacaagga
gtacaaggttctattggcttccctggaaaccgaggtccaaaaggtgacgatggagaacga
ggctcaccaggtgacaaaggggataaaggtgaacaaggccacgatggtgaaaagggtgac
atgggtccaccaggtgagagaggtttaactggccccataggcactgctggaattgaagga
cctgaagggccgaagggatttgaaggaccccgtggagaaactggccagatgggattgaca
ggcgaaaagggtaaacaaggtgttcaagggtttgccggatatcctggaccgacaggcgac
aagggtgataaaggaattgtgggcatttccggactagctggcgataagggtgagagggga
aacactggacttcaaggagagcgtggtgaagtggggcctagaggtttccggggagctcgt
ggtcgacgaggagcggatggaaatacgggacctaaaggtgataccggacaaccaggatcc
tcgggaccgcagggagaaatgggcccccaaggtatggaaggcccacgtggtttcataggt
cttcctggtccaccaggcaacaacggcaaagatggtcctcaaggaaccccgggagaacgt
ggtcctccgggtgaaagcggcaacccaggtcccactggtaatccaggtgtcattggtcca
caaggacctactggagaaccaggtccagttggcgaacctggaattccaggattaccagga
atgccgggagaacccggtgttcctggtgatagtggtaaagaagggcaagttggtccacca
ggaccgcctggcaaaaatggacctccaggcgggcagggtctgcccggattcccaggagag
cgaggaatgatgggaatgccgggtcttccgggactgaaaggagaactcggcgtgccaggt
ttagcggggccagttggtgacaaaggacagccaggtgaaccaggaaaagaaggaccaccc
gggccggaaggacgaaggggcccaccaggacccactggcccatcaggattgaaaggcgaa
agaggtgaaatgggactgattggacctattgggcgtgatggactgcctggacagcgaggt
ttaactggccctccaggaccacaaggttcacccggcgaggatggtgataagggagatatt
ggacctcctggagagaaaggtttcaagggatctcagggtgaagctggtccggttggatca
ccgggtgctcaaggaagccgtggtgaaccaggtgcaattggacctcctggcgagaaagga
ccaccaggagaaatgggtcgtgcaggatcgaagggagaagacggtccaacgggccttcct
ggtccgccaggtccagcaggcgcacaaggaatgcctggaccatccggaatcaaaggcgac
cgtggcgatgacggacttgttggacctgtcgggtctattggtcctcccggagaacctggt
cgacgcggcccaagaggagctgaaggtgcaccgggagccaccggtccacctggaccccaa
ggtttgattggtgagccgggatcgcagggacctccaggtccagatggaccggaaggcaag
gatggcgataaaggagctccgggaccaaaaggcgaagaaggtaaaagtggacctcctggg
ccacccggcaagagaggtcctgcagggcctgaaggaccgaaaggtgtggtcggatctcct
ggttttcctggtaatcctggcgagcctggcgtagtaggacctaagggcgacaccggaaaa
gatggagacgacggaaagcaaggcgaaccgggacaacctggagatccaggtccgcaaggc
ataccaggtgaagtggggccaccaggtaaaatgggaccagaaggcccagcagganttaca
ggatcagttggtccatcaggggagaaaggagatcggggattgccaggtccgatcggtaac
cctggcttggttggtcctcagggcatgccaggagcccaaggtctaccagggctgcgtggg
tcaccaggtgcttccggagaaattggacctgttggaaagcctggagaatcgggaccacct
ggaaaaattggcgaaactggttcaaagggtcaaaagggtgaccgaggccgacgaggtttg
aaaggacacagaggtgaacttggtatggttggtttgaaaggggatactggagagaaaggt
gataaaggagttagaggaaatgcaggtccagatggtccgaaaggtcccgccggaccagtt
ggtccaatagggttgaagggcaacgacggtccacaaggtcctccgggtaatgagggacca
ttaggtccaaaaggttcagatggtgttgctggtctaaaaggagaagcggggccaccagga
cctccaggtccaccgggtcctccagctgatgcccctctgattccaccagaactgttgttc
aggatgagtgaattcagtatgacaaaaggtgaagaccgaatgaaacgagaagctgaggac
attccagaagaagaggacgacttcgacgaagagctactgaagattgagcctaagaaaaag
aaaaagaagaagaagaccaaagacgacctaggtccaaagtttttggatatgtacagttct
atctactctatgcgacaggaattggatcggattaggaaacctgtaggtaccagagagaac
cccggcagaacttgccgagatttgcattacgggcacccacagttcaaggatggttggtac
tggatcgatccgaatctgggcatggcggatgatgccgtctacgtctattgcaacatgact
gccgaaggagaaacgtgcgtgttcccggatttgcacagctcccagatgccgaacattccg
tggaggaaggaaaacgacaagaccgattggtattcaaatctcagaggcggcttcaggatt
tcctacgaaacggtcggagttgttcagatgaccttcctgcggttactctcagaaggtgca
taccagaactttacgtacacttgcatgaacagtgtcgcctggtacagcaatcaagagcag
aaccatgacgatgcgatacgcttcatgggcgacaacgagatcgacatcggttacgagaac
tccaaattgcgaccgaatgtcctggtggatggctgcaaaactggcaagagcaaaagcgaa
acggtttttgaaattcggacgaccaaactgcagtatcttcccatcattgatttctatccg
gtggactacggtcaaccgcaacaggcgttcggcttccaagttggacccgtctgcttcaaa
tag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein domain (4)   
   Pfam (4)   
All databases (11)   

Download RDF
DBGET integrated database retrieval system