KEGG   Anolis carolinensis (green anole): 100562869Help
Entry
100562869         CDS       T01608                                 

Gene name
lamb2
Definition
laminin, beta 2 (laminin S)
Orthology
K06243  
laminin, beta 2
Organism
acs  Anolis carolinensis (green anole)
Pathway
Focal adhesion
ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:acs00001]
 Environmental Information Processing
  Signaling molecules and interaction
   04512 ECM-receptor interaction
    100562869 (lamb2)
 Cellular Processes
  Cell communication
   04510 Focal adhesion
    100562869 (lamb2)
Cell adhesion molecules and their ligands [BR:acs04516]
 2. Integrin Family
  Beta1 integrins
   VLA-3
    ITGB1; integrin beta 1 [KO:K05719]
     Laminin-11 Extracellular matrix (ECM) components
      100562869 (lamb2)
   VLA-6
      100562869 (lamb2)
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
Ensembl: 
Position
2
AA seq 1719 aa AA seqDB search
MRPWALLLAELECGLWIFFEPQPASLLGQLRNPPHQLESLSLAPFEALTPGDLRLREGWR
GAWEQPVMQKRVILLGGALCQDPEHPHGCSQGSCYPSTGDLLVGRADRLSATSTCGLRHR
QPYCIVSHLQDEKKCFVCDSRRPYDPTSNPNSHRIENVITTFAPHRKKAWWQSENGVEQV
SIRLDLEAEFHFTHLIMTFKTFRPAAMLVERSADFGRTWQVYRYFAYDCAASVPFASRGP
LRRVDDVICESRYSDIEPSTEGEVIYRVLDPAIHIRDPYGPKIQNLLRVTNLRVNLTKLH
TLGDNLLDSRREIKEKYYYAVYEMVLRGNCFCYGHASECAPLAGSPADVEGMVHGRCVCK
HNTKGLNCEQCDDFYHELPWRPAEGRRTNACKKCNCNEHSYRCHFDMAVYLATGNTSGGV
CDECQHNTMGRNCQLCKPFYYKDPTKDIRDPNVCHGILCATETGQCRCRSHMVGRQCSQV
QTGYFHIMLDHYTYEAEEAELHQGAEVVERMHLTGRPATWTGVGFVRVLEGNVVSFRIDN
VPFTMEYDILLRYEPQLPGKWEVKVSVIRPGPILTSSPCGNTIPADDVMSTSLPPASRYV
VLAQPVCLEQGVSYTIRVEFTRYGGHEPLQGASILLDSLVLMPRYSSLEMFIAGDPASIA
RKEIFERYRCVQQARPVIKAPTPEPCAHLLTSMSAVIHQGALPCLCSPQGSLSSECNPVG
GQCQCKSHVVGRRCERCFPGTFGFGPAGCRACQCSPEGSLSGFCDNFSGQCPCRPGAFGL
RCNHCQPVHWGFPNCRPCQCNGRSEECDPQTGSCLHCRGHTEGDRCQSCVSGYYGNPVLA
SGGHCRPCPCPEAPGSGRHFAATCHQDSRSGSVICSCLAGYTGPRCDECAPGYYGNPWQA
RGRCQPCACNNNIDVGDPTSCDRRTGQCLRCLYNSEGDQCQFCQGGYYGDATRRTCRRCS
CNFLGTARSECPSRDQCQCERYSGQCRCLPNVQGQNCDHCAPNFWNIASGQGCQPCDCHP
QYSLSSACNQFTGQCQCRPGFGGQTCSECQENHWGEPNQQCRVCDCDPRGIEKPQCHRIT
GHCSCRPGVSGVRCDQCSRGFAGEFPACQPCHKCFGDWDRIVQDLAGRTRALVQRAQQLQ
QTGVTGAFEGPFRRLQEKLSAAQTIVNARNATASAITHLLQNMDELRQEIADITETLTRL
EGFLTATQDKNFNANHALGTLERGARGLNLSLADLSRQLEALMNANVLGAYDSVRQSYAQ
SREAEHRANTSTLAVPSPVSQSAATRRRTEHLITTRRDAFNRQNAANRRGLTDLSTRVAG
LSLHQINEKVCGAPGDVPCANSPCGGAGCRDEDGQRHCGGLNCNGAVATADNALDRARHA
EGELRRAVVDVDTLLRQVAEAKARAGEAKQRAQAALENANATKARLERSNKDLRDLIQQI
KGFLNLEGADPDSIALVASRVLELSIPASPAQIHHLAEQIKERVSSLANVDAILNQTAGD
VRVAGDLLKEARRANARAEGVKNAAQSVKKALDDAKRAQNAAEKAIRDAASDIHHTEDMV
NRMQEKTANAEGQLVFAMERVGDLERQVDELKMKRANNILAATRAEETASAARERAGEAE
QILDGPLSDQYRTMKELVEHKAQHVLGARQKAERLRDEAKGLLRDAHDKLRRLSALEETY
EENERLLQDKAAQLDGLEAKMRSILGDINQQIQIYNTCQ
NT seq 5160 nt NT seq  +upstreamnt  +downstreamnt
atgagaccgtgggctttgctcctcgcagaattggagtgtggtttgtggattttctttgaa
ccccaaccagcctcactcctggggcagctgcgcaacccaccccaccagctggagtctttg
tccctggctccttttgaagctctgactccaggggatttgaggctcagggagggctggcgc
ggtgcctgggagcagccggtaatgcaaaaaagagtgatattgctggggggagccctgtgc
caagatcccgagcatccccatggctgttcccaaggcagttgctatccaagcacaggagat
ttgctggtaggtcgggctgaccgcctctccgccacctccacctgtggcctgcgacatcgc
cagccctattgcatcgtcagccatttgcaggatgagaaaaagtgctttgtttgtgactct
cgccggccctatgatcccacgtcaaatcctaacagccatcggattgagaatgtgatcact
acttttgcaccacatcgtaagaaggcctggtggcagtcggagaatggtgtggaacaggtc
agcatccgcttagatctggaagccgagttccacttcactcacctcatcatgacttttaag
actttccggccagcagccatgttggtggagcgttcagcagattttggccgcacttggcag
gtgtatcgctactttgcctatgactgtgcagcatcagtcccatttgcctcccggggaccc
ttgaggcgggtggacgatgtcatctgcgagtcccgttactcagacattgaaccctccact
gaaggagaggtaatctacagggtgctagacccagctatccacatccgggacccgtacggt
ccaaaaatccagaatcttctgcgagtcaccaacctacgggtgaacttgaccaagctgcac
accctgggagacaacctgctggattcacggcgggagatcaaggagaagtactactatgcc
gtgtatgagatggtgctgcgaggcaactgtttctgctatgggcatgcctccgagtgtgct
cccctggctggcagccctgcagatgttgagggcatggtgcatggtcgctgtgtctgcaaa
cacaacaccaaagggctgaactgtgagcagtgtgatgacttctaccatgaactgccttgg
cgcccagctgaaggaaggcgcaccaatgcttgcaaaaagtgcaactgcaatgagcactcg
tatcggtgccactttgacatggctgtgtacctggccacaggcaacacgagtggcggagtc
tgtgacgagtgtcagcacaacaccatgggccgcaactgccagctctgcaagcccttctac
tacaaggaccccaccaaggacatccgtgaccccaatgtttgccatggaattctgtgtgcc
actgaaacaggacaatgccgctgccgcagccacatggtcggcaggcagtgcagccaagtg
cagactggctatttccacatcatgctagatcactacacatatgaagcagaagaggctgaa
cttcaccagggagctgaagttgtggagcgaatgcacctcacaggccggccagctacatgg
acgggagtgggctttgtacgggtgctggagggcaacgtggtgtcatttcggattgataat
gtgcccttcaccatggaatatgacatactgctgcgctatgaacctcagctgccaggaaaa
tgggaagtgaaggtgtctgtgatacggcctggacctatcctcaccagcagcccatgtgga
aacaccatccctgctgatgacgtgatgtcaacatctttgccgcctgcatcacgatatgtg
gtgttggcacagccggtctgtctggagcaaggggtcagctataccatccgggtggagttc
actcgctatggtggacatgagcctttgcaaggtgcatctatactgctggactccttggta
ctgatgccacgttactcctccttggagatgttcattgctggggatcctgcctccattgcc
cgcaaggagatctttgagcgctaccgctgtgtccaacaggctcgccctgtgattaaggca
cccaccccagagccttgtgcccatttactcaccagcatgtcagctgtcatccatcaaggg
gcattgccctgcttgtgcagtccacagggctcattgagttcggagtgcaacccagttggt
ggtcaatgccagtgcaagtcacatgttgtgggtcgccgctgtgaacgttgtttccctggc
acctttggctttgggcctgctggctgcagagcatgccagtgtagccccgaagggtcctta
agtggcttctgtgacaacttcagtggacagtgcccatgccggccaggagcctttggcctt
cgctgcaaccactgccaaccagtccattggggttttccaaactgccgcccatgccagtgc
aatggccgctctgaggaatgtgacccacagactggcagctgcttacattgccggggccac
acagaaggagatcgatgccaaagttgtgtctctggatactacggaaatccagtgctggct
tcagggggccattgtcgcccctgtccctgccctgaggcccctggatctggccgacatttt
gctgccacttgccatcaagacagccgctctggaagcgtgatatgtagctgtctggcaggc
tatacaggcccccgctgtgatgagtgtgcacccggttattatggcaacccttggcaggct
aggggtcgatgccagccctgtgcttgtaataacaacattgatgtgggcgacccaacctct
tgtgatcgacggacgggccagtgcctccgatgcctctacaactctgagggggaccagtgt
cagttctgccaagggggctattatggggatgccacacgacgcacctgccgccgatgctcc
tgtaacttcctgggcacagcgcgcagtgagtgtccatcacgagaccaatgtcaatgtgag
cggtacagtggacagtgtcggtgcctgcccaatgtccaaggacaaaactgtgaccattgt
gcccccaacttctggaacatagccagtggacagggctgccagccgtgtgattgccaccct
cagtactcactcagctctgcttgcaatcagtttacagggcagtgccaatgtcgaccaggt
tttggaggccaaacctgttcagaatgccaggagaaccactggggtgaaccaaatcagcag
tgcagagtctgcgactgtgaccctcgtgggatcgagaagccacaatgccaccgcatcacc
gggcattgttcctgccgcccaggcgtgtcaggcgtgcgctgcgaccagtgttcccgtggc
tttgctggtgaattccctgcctgccagccatgtcacaagtgctttggagactgggatcgc
atcgtgcaggacctggctggccgcacccgtgccctggtacagcgggcccaacagcttcag
cagacaggcgtcaccggcgcttttgagggtcctttccggcgactgcaggagaagctgagc
gctgcccagactatagttaatgcccgcaatgccactgctagtgccatcacccacctcttg
caaaacatggatgagctgaggcaggagatagctgatataacagaaacactgacccgtcta
gaagggtttctcacagccactcaagacaagaacttcaatgccaaccatgcgctgggcaca
ctggaacgtggcgctcgggggctcaacctcagcctggcagatctgtcgcgtcagcttgag
gcccttatgaatgccaatgtcttgggtgcctacgatagtgtccgtcaatcctatgcgcag
tcgcgagaagccgagcaccgggccaatacttccaccttggcagtgcccagccccgtcagc
cagtcggctgctacccggcgtcgcacagaacacctgataacaacgcggagagacgctttc
aaccggcagaatgcggccaaccggcgaggcctgacagacctgtcgacccgtgtggcaggg
ttgagcctgcaccagatcaatgagaaggtatgtggggccccaggggatgtcccctgcgcc
aacagcccctgtgggggagccggctgccgagatgaagatggccagcgtcactgtggggga
ctcaactgtaatggggctgtggccacagctgataatgccctggaccgggcccgccatgca
gagggggagctacgccgtgccgtggtcgatgtggataccctgctgcgtcaggtggctgaa
gcaaaggcccgggcaggagaggcaaaacagagagcacaggcggctttggagaatgccaat
gccaccaaagcccggctggagcgctctaataaagacctgagagatctcatccaacaaatc
aaaggattcctgaatcttgagggggcagatcctgacagcattgctctggtagcttcccgt
gtgctggaactctccatcccagcatctcctgctcaaatccaccatcttgctgagcagatc
aaggagcgtgtcagcagcttggccaatgtggatgccatcttgaaccaaacggcaggggat
gtccgtgtggcaggggacctgctaaaggaggcacgccgggccaatgctcgagcagaaggt
gtaaagaatgcagctcaatcggtgaagaaggccctcgatgatgccaaacgtgcccaaaat
gctgccgagaaagccatccgtgatgcagccagcgatatccatcacacagaagacatggtg
aacaggatgcaggaaaagacagcaaatgctgaaggccagttggttttcgccatggagcgg
gtgggtgacctcgaaaggcaggtggacgaactcaagatgaaacgggccaacaacatcctg
gcagccacgcgagctgaagagacagctagtgctgccagggaaagagctggggaagctgaa
cagatcctagatggcccgttaagtgaccagtaccgcacaatgaaggagcttgtggagcac
aaagcccagcatgtcctgggggctcggcagaaagcggagcgcctgcgcgatgaagccaag
ggactgctgcgcgatgctcatgacaaattgcgccggctcagtgcactagaagaaacatat
gaagaaaatgaaagattgctgcaggacaaagcagcccagctggacgggttggaagccaag
atgagaagcatcttgggagacatcaatcagcaaatccaaatctacaacacctgccagtga

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