KEGG   Anolis carolinensis (green anole): 100554689Help
Entry
100554689         CDS       T01608                                 

Gene name
itga8
Definition
integrin, alpha 8
Orthology
K06584  
integrin alpha 8
Organism
acs  Anolis carolinensis (green anole)
Pathway
Focal adhesion
ECM-receptor interaction
Cell adhesion molecules (CAMs)
Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:acs00001]
 Environmental Information Processing
  Signaling molecules and interaction
   04512 ECM-receptor interaction
    100554689 (itga8)
   04514 Cell adhesion molecules (CAMs)
    100554689 (itga8)
 Cellular Processes
  Cell motility
   04810 Regulation of actin cytoskeleton
    100554689 (itga8)
  Cellular commiunity
   04510 Focal adhesion
    100554689 (itga8)
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
Ensembl: 
UniProt: 
Position
6
AA seq 1083 aa AA seqDB search
MALRLPPRRAISWRASARGSPRRRRRRRRRTREPPQRMGRRRRRWRGALLWLLLLLPPLG
AFNLDAEKRAVYRGPPGSYFGYALDFYSPAPSSHEVSILVGAPKANTTQPDIVEGGAVYY
CPWPATECKQIPFDGTNNRKIKVNGTREPIEFKSNQWFGATVRAHKGKVVACAPLYHWRT
LKAAPEKDPVGTCYVAIQNFSAYAEYSPCRNNNPDPEGQGYCQAGFSLDFYKNGDLIVGG
PGSFYWQGQIITSSVADIITDYSFKNILRKLSQEKQTGVAPSVYDDNYLGYSLAVGEFTG
DFQQELVAGVPRGAQNFGYVSIINSTDLTFIQNFTGEQMASYFGYTVAVSDVNNDGLDDI
LIGAPLFMEREFESNPKEVGQVYLYLQDSTLSFRDAQILSGTEVFGRFGNAIAHLGDLNQ
DGYNDIAIGAPFAGEERRGKVLIYNGASNGLNPNPSQVLSSMWASQPMPAGFGFTLRGDS
DIDKNDYPDLIVGAFGAGKVVVYRARPVVTVDARVLLSPEIINPENKTCQLPGSAALVSC
FTVNVCVAFEAPGVSDKIALKAELQLDSLKVKGAVKRTLFLDYHQSQHAFLLMIERQNWL
TCKDFVVYLRDETEFRDKLSPINVTLNYSLDESTFSDGLTVNPILNYYQENIVGKQAYIL
VDCGEDNVCIPDLKLSAVPDRDQIIIGEENYVTLIVNSRNEGEGAYEAELHIKIPPEADY
TGVERNNKALRALSCNYKMENETRTVICDLGNPIAAGANFSSGIRFTVQHFENAEFSIQF
ELQVRSSNKVNPNSNLVDLRLDINAVAQVQIRGVSHPPQIILPIHNWEPKDEPTKEDDIG
PLVEHIYELHNSGPSAINDTVLYVEWPVLSGEEFLLYILHIQTHGPLQCQTSSAINSLDI
KFSVPEDTPELAAFLRNSSIPHYVGRREAKAVEHQKNSARILNCTNVECLMITCSVGLLE
RGRSAALKIRSLLWASTFLKRKNGHYSLSVNVSFEVKKMPYKVQPAKLSEGSVAIKTSVI
WATPNISFAIPLWVIVLAILLGLLVLAMLTLALWKCGFFDRARPPRDDMADREQLTSDKT
TDT
NT seq 3252 nt NT seq  +upstreamnt  +downstreamnt
atggctttgcgcctccctcctcgccgtgccatctcctggcgggcgtcggcccgaggcagc
cctcggaggaggaggcggcggcggaggaggacgagagaacccccgcagaggatggggcgg
cggcggcggcgctggcggggcgcgctcctttggctgctcctgctcctcccgccgctcggc
gccttcaacctggacgccgagaagcgcgccgtctaccgcggaccgccggggagctacttc
ggctacgcgctggacttctacagccccgcgccctcctcccacgaagtgagcatcctggtc
ggagctcctaaagccaacacgacacaaccggacatagtggaaggaggagcagtctactat
tgcccttggccggctaccgagtgtaaacagatcccttttgatggtacaaacaacaggaaa
atcaaagtgaatggcacaagagagcctatagagtttaaatcaaatcagtggtttggagca
acagtcagagctcataaaggaaaagttgtggcttgtgctcccttataccattggagaaca
ctgaaggctgcacctgaaaaagatccagttggcacttgctatgtagcaattcaaaacttc
agtgcctacgctgaatattccccttgtcgcaataacaatccagatcctgagggacaaggt
tactgtcaagcaggattcagcttagacttttataagaatggagaccttatagtaggagga
cctggcagcttttattggcaaggccagattatcaccagcagtgttgcagatattatcaca
gactattcattcaagaatatcctaaggaagctgtcacaagaaaagcaaactggagtggca
ccatcagtgtatgatgacaactatcttgggtactctttggctgtgggcgaattcactgga
gactttcaacaagaattggtagctggagtcccaagaggtgcacagaactttggctatgtt
tcaattataaactccaccgatttgacctttattcagaatttcactggtgaacagatggca
tcttactttggatatacggttgcagtgtccgatgttaacaatgacgggctggatgacatt
ctcatcggagcacctctttttatggagcgtgaatttgagagcaatcctaaagaagtgggg
caagtgtatctttatctgcaagacagcaccttgtccttcagagacgcacagatactatct
ggcacggaagtgtttggtagatttggcaatgccattgcacaccttggggacctgaaccag
gatggatataatgacattgcaataggcgctccattcgccggagaagagcggagggggaaa
gtactcatttacaacggagctagtaatgggttaaacccaaacccttcccaggttctcagc
agtatgtgggcctcccagccaatgcctgcgggatttggctttacgctaagaggagactca
gacatagacaagaatgattacccagatttaattgtgggggcttttggagctggaaaagtc
gttgtttacagagcaagaccggttgtgacagtagatgctcgagtcttgctctcaccagag
attataaatccggaaaataaaacctgtcagcttcctggttctgcagctctagtttcttgt
tttactgtaaacgtatgtgtggcttttgaagctccaggtgtttcagataaaatagctctg
aaagctgagctgcagttggattctttaaaagtcaaaggagctgttaagcggacccttttc
ctggattaccatcagtcacagcatgccttcctcctcatgatagagcggcagaactggctc
acttgtaaggactttgtggtttatctcagagatgaaactgagtttcgagataaattatct
ccaatcaacgttaccttgaattacagcttggacgaatctactttttcagacggcttaact
gtgaacccaatactgaactattaccaagaaaacattgttggcaagcaggcttacattctt
gtggattgtggagaggacaacgtgtgcattcctgacttgaaactttctgctgtgccagac
agagatcagatcataattggggaagaaaactatgtcaccctaattgtcaattcaagaaat
gaaggtgaaggagcctatgaagcagagctgcatataaagatacctcctgaagcagattac
acaggtgttgaacgcaacaacaaggcactccgtgcgctgagctgtaattacaagatggaa
aatgaaacgagaacagtgatttgcgaccttgggaatcccatagcagctggagcaaatttt
tcatcaggcatcagattcactgtgcaacactttgaaaatgctgaattcagcatccagttt
gagctgcaagtgagaagttccaacaaagttaatcccaacagtaatttggttgaccttcgg
cttgacataaatgccgtcgctcaagtacagatcagaggagtttctcatcctccacaaatt
attttgccaattcataactgggagccaaaagatgaacctaccaaagaagacgacattgga
cccctggtggaacacatatacgagttgcacaacagtgggccaagcgccatcaatgataca
gtcctgtatgtggagtggccagtgctgagcggagaggaattccttctttacatcctccat
atccagactcatggaccgttgcaatgtcaaacaagctctgcaatcaacagtttagacata
aagttttctgtcccggaggacacgccggagctcgcagcttttttgcgaaactcatctatt
cctcactatgttggacggagagaagccaaagctgtggagcatcaaaagaattctgcaaga
attctgaattgcacaaatgtggaatgcttaatgatcacttgttcagtgggactcttagaa
agaggaagaagtgcagcactgaaaatacgttctcttttgtgggcttcaacatttctaaag
aggaaaaacggccactattcgctttcagtcaatgtgtcattcgaagtaaagaagatgcca
tacaaagttcaaccggcaaaactctctgaaggaagcgtagcaattaaaacatctgttatt
tgggctactccaaacatttcctttgcaatcccactgtgggttatagttttagccatactc
cttggcttgctggtcctggctatgttgacactagctttgtggaagtgtggcttctttgat
cgagccaggcctcctcgagatgacatggctgaccgggaacaactaacaagtgacaagact
actgatacgtag

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