KEGG   Anolis carolinensis (green anole): 100563687
Entry
100563687         CDS       T01608                                 
Symbol
lama1
Name
(RefSeq) laminin subunit alpha 1
  KO
K05637  laminin, alpha 1/2
Organism
acs  Anolis carolinensis (green anole)
Pathway
acs04510  Focal adhesion
acs04512  ECM-receptor interaction
acs04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:acs00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    100563687 (lama1)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    100563687 (lama1)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    100563687 (lama1)
SSDB
Motif
Pfam: Laminin_G_1 Laminin_EGF Laminin_G_2 Laminin_B Laminin_N Laminin_I Laminin_II Laminin_G_3 3keto-disac_hyd
Other DBs
NCBI-GeneID: 100563687
NCBI-ProteinID: XP_008118175
Ensembl: ENSACAG00000009954
Position
Un
AA seq 3091 aa
MARLLGSSRLLLLLLLFCAGAEGQLRGLFPAILNLASNAHISTNATCGEKGPEMFCKLVE
HVPGRPLRNAQCRICDSNSSNPKERHPISNAIDGTNNWWQSPSIQNGREYHWVTITLDLR
QVFQVAYVIIKAANSPRPGNWILERSVDGIEFKPWQYYAISDTECLTRYNITPRLGPPTY
KRDDEMICTSYYSRLVPLEHGEIHTSLINGRPSADDPSEKLLEFTSARYIRLQLQRIRTL
NADLMTLSHHDPKDVDPIVTRRYYYSLKDISIGGMCICYGHARSCPLDPETKKLQCQCEH
NTCGESCNQCCPGYHQAPWRPGTISAGNKCERCNCHNKAEDCYYDQSVADQNRSINIYGE
FKGGGVCVNCTQHTTGINCEICTDGYYRPHKVSPYDNNPCLPCECDLFGSFGSDCVKDDE
HAKKQHGVQPGQCHCKEGYTGAKCDRCAFGYKGYPNCLHCNCSLVGSINDDPCVEPCLCK
ENVEGENCDRCKPGYYNLQERNPQGCTECFCFGVSDVCESLPWPISQISSMAGWMVTAPY
TSKTVEPQPVQLDGPHQISIHNIAVAKILKPPYYWSAPKPYLGNKLTSFGGYLKYTVSYD
IPMDSTDSDLVSNVDVIIQGNGQILGTRAEGLSLQPYEEYSSSVRLVSENFVDFNTKKSI
DRDMLMTVLANVTHILLRASYNIAKKAVYRLNSVTLDTVNANLVDPLTAADVEYCECPQG
YSGISCESCLPGYYRVDGILFGGICLPCDCNGHATECDIHGVCLACEHNTSGRSCDQCLP
GFYGTPTKGTAEDCQLCACPLRTPSNNFSPTCHLDSIGDVICDQCPPGYAGPKCERCANG
FYGDPLVPGQSCVPCDCNGNIDPMEDGYCHSHTGECLKCTGNTVGRHCERCANGYYGDAV
INKDCRACECNMDSSVSSICHHETGLCQCKMNVVGQRCDKCLFGYYGISTGLGCLPCNCS
KAGSVAEDCNDEGRCRCVPGVAGEKCDRCAHGFYAFQDGGCTPCDCAHTLDACDEDSGEC
ICPPHTEGEKCEFCAKNFWGLDPEKGCKACNCSDLGSVSLQCDQVTARCQCKHGYGGDNC
DVCALGYRDYPDCVPCDCDIRGSKADTCDQNQGICSCEEETGICACKENVFGLHCSECKT
GTFALHAINPLGCIPCFCSGKSEFCTEVEDHVRVLVTLTPEEGVMYVVSQSNLTGTSEGV
FTQYSDILMDAATVRQHLNTEPLYWKLPHQFQGDQLMAYGGKLTYSAAFYAVDGIGTSNL
EPQILMKGGQTSKYVIYVDTPAPQNGVRQDEEIVMMESAWKYFNSVSDESVSHSDFMSVL
SNVEYILIKASYGQGLQQSRISNISMEIAVRADDAPFISDTAHHIEKCLCPTGYAGLSCQ
GCAPGYYREKHASAHSKSSSCVPCQCNNHTDFCDPETGKCLDCQDNTVGDHCSLCAPGFY
GKVIGSVNDCSLCACPRTSPGSFSSTCVLQGVNDFHCNACITGYEGQYCERCSPTYFGDP
KAPGGSCQQCQCNPNGSVHNTCDHISGQCVCKQGVTGWLCDECEPRHILVDNECISCDDD
CTGSLLNDLDNLEEAVFFVNLTGAVFAPYGILTDLENATKQFKGSFWAKEEPNYSLEIVR
DHLVTLSGDVDQLQKESTRILGRGRHLNNDTEKILKETQDLALFINTLQETVTVLVEMAA
SLNQTLGADFPLYNKTLQELQDEILITLDLMRGRRFKHLHQSSTLELKAAERILAQIKKE
YWKPQQELKNLQKMVKRTLLNQSAGLQEAKDVVNEASTNINETNRLLFLINSNLKKFNNT
KRNVDEDQEVSVMLTREGKVKVDAASFLAKDVMNFTSSLEIHRDGLILWNGKLRQHVDDL
VMQMSTRGALDLVYKTENHAASLQKIVRELENGLLNVRNVSLNATNAVHAYSTIKGLVEN
AETVLGDVRRIVTEPEHMPKESFNSTGKHVLQASSKLLTETKSLHKKYEGLVSGLRDMNL
KIGKFKEQASRIAKQFNDSLLQLNALSNDTNENILAVKSLAASANVTAVKRLSHAGGFSE
KLLNTSSALSEVNETLHKTNELIIDSSKAAASAERKVNEVEIQAGLLFGRLKPLKVLEEN
LSRNISEIKELISQARKQAASIKVAVSAERDCIRAYQPQILSTNYNTLTLNVKTTEPDNL
LFYLGSSGKIDFMAVEMRRGKVAFLWDMGSGSTRLEYPDFAINNNKWYKIHATRFGKTGT
LTVEETNSLQKPSVRSATSPGTATILDVDQSTLMFIGGLGGQVKKSPAVKVTHFKGCMGE
AALNGKTVGLWNYMEREGKCRGCFGSPQDEDIAFHFDGSGYSLVEKSLRSTVTQIILFFS
TFSPNGLLVYLASNGTKDFLSLELVDGKVKLMVDLGSGPLTLKTDSRYNNGTWYKISFSR
NKKEGILAVMDAYNLSSKETKQGESPGTASDLNRSDRDPIYIGGLPRSRALRKGLSSRTY
VGCIKNLEISRSTFDLLKNSYGVRKGCVLEPIYSASILNSGYIELSPKPLSPESQLMATF
VTKNTSGIILVGLSKGAEKRRRRQAHLPFFSIVLVNGHLAVHVNAGDRASTRKVLVQPDN
GTYSDGQEHSVILTRNKRMIMVQVDENSPAEIRLGPLAEARPMNISHLFIGGIPAGEGIL
GLKMTNSFYGCITNLIFNMELLDFTTALRYEGVDMGSCFLWDKPKPAIHPEDPEILSEMQ
MLPVSLQPLAQFKEKPCAEDETLNYVSGAYQFGLSGNSHLVLLFNHSTVRKKLSVQLNLR
TFASSGLLYYMAHQKQLDYAALQLHGGKLYFSFDLGKGRAVAFHDTIVNDGKWHTVRTEY
MKKKGLIIVDGHESVAVNVPGDGNTLDVDGKLYLGGLPFDYSARNIGNITHSIPACIGGI
TVNNKQVDKDSPLSIFSVNKCYTAAQEGTFFDGSGFLALVKEGYKVRSDVNITFEFRTTI
ANGVLLGISSAKVDAIGLELVTGKVLFSVNNGAGRITATYEPKGTASLCDGRWHKLQANK
SKHHIALTVDGNLVQTENPHTHSTSADTNNPIYVGGYPADVKQNCLTSKSSFQGCLRNLI
LIKGQQLESFDFSEAFDLRGVFPHSCPGAEH
NT seq 9276 nt   +upstreamnt  +downstreamnt
atggctcgccttctcggctcctccaggctgctgctgctgttgcttctgttctgcgccggg
gctgaaggccagctccgaggtttatttcctgccattcttaaccttgctagcaatgctcat
atcagcaccaatgctacttgtggtgaaaagggccctgagatgttctgtaaacttgtggag
catgttcctggccgacctcttcgcaatgcacagtgtcgaatatgtgactccaatagttca
aatcccaaagaacgacatcctatctcaaatgctatagatggtactaacaactggtggcaa
agtcctagtattcagaatggaagagaatatcactgggtaaccatcactctggatttaaga
caggtttttcaagttgcgtatgtcatcatcaaagctgcaaattctccacgacctggaaac
tggattttggaacgttctgtagatggcattgaattcaagccctggcagtactacgcaatt
agtgacacagagtgcttaactagatataatataacaccaaggcttgggcctcctacatat
aagagagatgatgaaatgatctgcacttcctattattctaggcttgtgccgcttgaacat
ggagaaattcacacatcattgattaatggaagacctagtgccgatgacccttcagagaaa
ctattggaatttacatctgcacgatatatccgtcttcagctgcaacgtataaggactctt
aatgctgatctcatgacccttagccaccatgatcctaaagatgttgaccctattgttaca
agaaggtattactattcattaaaagacatctcaattggagggatgtgtatttgctatggc
catgctcgaagttgtcctttggatcctgaaacaaagaaactacaatgccaatgtgaacac
aatacttgtggtgagagctgtaatcaatgttgccctggctatcatcaggcaccatggaga
ccagggaccatttctgctggcaacaaatgtgagagatgtaactgtcacaacaaagcagag
gattgttattatgatcagagtgtggcagatcaaaacagaagtataaacatttatggcgaa
ttcaaaggaggtggagtgtgtgtaaactgtacccaacacaccactggtataaactgtgag
atctgtactgatggatactataggccacataaagtgtctccctatgacaacaatccttgc
cttccttgtgaatgtgatttgtttggatcttttggttctgactgtgttaaggatgatgag
catgccaagaaacagcatggtgttcaacctgggcagtgtcactgcaaggaaggttataca
ggagcaaaatgtgatcgttgtgcctttggttacaaaggttatccaaactgcctgcattgt
aactgtagcctggtgggtagcattaatgatgacccatgcgtcgaaccttgcctttgtaaa
gaaaatgtagaaggagaaaactgtgatcgctgcaaaccaggctattataatctccaagaa
agaaatccacagggttgtactgaatgtttctgttttggcgtttctgatgtctgtgaaagc
ctcccatggcccattagccagatatcctctatggctggctggatggtgactgcgccatat
acctcaaaaactgtagaacctcaacctgttcagttggatggacctcatcaaataagtatt
cacaacattgcagttgcaaaaatattgaagcctccttactactggtctgcacctaaacca
taccttggaaataaactcacttcctttggtggttatctgaaatatacagtgtcctatgac
attcccatggatagtacagatagtgatttggtttctaatgtggatgttataattcagggt
aatggacaaatattgggtacccgagctgaaggattgtctttacagccatatgaagagtat
tccagttctgtaagactggtgtctgaaaactttgttgattttaatactaagaagtcaata
gaccgagacatgctgatgacagttttagcaaatgttactcatattctacttcgggccagt
tacaacattgcaaaaaaggctgtatacaggttgaattctgtcactttggatacagtgaat
gctaatcttgtagatccgttgacagctgcagatgtggaatactgtgaatgtcctcaaggt
tactctgggatttcttgtgagtcttgccttcctggatactacagagtggatggaatactc
tttggagggatttgcctgccgtgtgattgcaatggtcatgcaacagaatgtgatattcat
ggtgtttgtcttgcttgtgaacacaacacttcggggcgttcttgtgatcagtgcctgcca
gggttctatggaacacccaccaagggcacagcagaggattgtcagctatgcgcctgtcca
ctgagaaccccttcaaacaatttcagtcctacttgtcacttggacagtattggtgacgtt
atctgtgatcaatgccctcctggatatgcaggacccaaatgcgaaagatgtgcaaatggg
ttctatggtgatcctttggtcccaggacaatcatgtgtaccttgtgactgcaatggtaat
atagatccaatggaagatggttattgccactctcacacaggcgagtgcctgaagtgcact
gggaatacagtaggacgtcattgtgaaaggtgcgctaatgggtattatggggatgcagtg
atcaacaaagattgccgtgcttgtgagtgcaacatggatagctctgtttccagcatctgc
catcatgagactggtctgtgccaatgcaaaatgaatgtggtgggacaaagatgtgataag
tgtttgtttggatattatggcataagtacaggacttggctgccttccctgcaactgcagt
aaagctggctccgttgccgaggactgtaatgatgaaggacggtgtcgctgtgtgccagga
gtggctggggagaagtgtgatcgctgcgctcacggtttttatgcattccaggatggtggt
tgcacaccttgcgattgtgcccatactcttgatgcttgcgatgaagattctggggaatgc
atttgtcctcctcacactgaaggggaaaagtgtgaattctgtgcaaaaaacttctggggt
cttgatccagagaaaggatgcaaggcttgcaattgcagtgatttaggttcagtcagtctc
cagtgcgaccaggtgacagctcggtgtcagtgtaagcatggatatggaggtgacaactgt
gacgtgtgtgccttgggctatagagactatccggattgtgttccttgtgattgtgacata
cgtggaagtaaagcagatacatgtgaccagaaccaaggaatctgcagttgtgaagaggaa
actggcatatgtgcctgcaaggaaaatgtgtttggattgcactgcagtgaatgtaaaact
gggacttttgcacttcatgccattaatcctttgggatgcattccatgtttctgttctggg
aagtcagagttttgtacagaagtagaagaccacgtgagagttctggtaaccctgactcca
gaggagggtgttatgtatgtggtttctcagagtaatctcactggaactagtgaaggtgta
tttacccagtattcagatatcttaatggatgctgcaacagtccgacaacacttgaataca
gaaccactttactggaaactgccccatcagttccagggagaccagcttatggcctatggt
ggaaaattgacgtattcggctgctttttatgctgtggatggcattggaacctcaaacctt
gagccacaaatcctgatgaagggaggtcagactagtaaatatgtcatctatgtggacacc
ccagcaccacaaaatggtgtaagacaagatgaagaaatagtaatgatggagagtgcctgg
aaatatttcaactccgtttctgatgaatctgtctcacattctgactttatgtcagtgctg
agcaacgttgaatacatccttataaaagcatcatatggacaaggtttacaacaaagcaga
atctcgaatatctccatggaaattgctgtgagagccgatgatgcaccctttattagtgac
acagctcatcacattgagaaatgcctctgtcctacaggttatgcaggactctcatgtcag
ggctgtgcaccaggatattacagggagaagcatgcaagtgcacattcaaaatcctcctcc
tgtgtgccatgccagtgcaacaaccacactgatttttgtgatccagaaacaggaaagtgt
ttggactgccaagataatacagtaggtgaccactgtagtctttgtgctccaggcttttat
ggtaaagtgattggatctgtcaatgattgttctctgtgtgcgtgtccaagaacaagccct
gggagttttagttccacatgcgttttgcaaggtgttaatgatttccactgcaatgcttgt
atcactggatatgaagggcaatattgtgaaaggtgttccccaacttacttcggagaccct
aaggcaccaggtggcagctgtcagcagtgtcagtgcaatccaaatggttctgttcacaat
acctgtgaccatatctctggacaatgtgtctgtaaacaaggtgtaacaggatggctatgt
gatgaatgtgaaccaagacacattcttgtggacaatgaatgtatttcttgtgatgatgat
tgcactggatcgttgttaaatgatctggataatcttgaagaagctgtattttttgtaaat
ctcactggggctgtctttgcaccatatggaatattgacagacttagaaaatgcaacaaaa
caattcaaggggtccttctgggctaaagaagaaccaaattactcactagaaattgtgcgt
gaccatcttgttaccctatcaggtgacgtagaccagctgcagaaagagtcaacaagaata
ttgggaagaggaagacatctcaacaatgatacagaaaagatcttaaaggagacacaagat
ctggctttatttatcaacacattacaggaaactgttacagtgctggtagaaatggcagca
tctctcaaccaaaccctaggagccgatttcccattgtacaacaaaacattacaagaattg
caagatgagattctcattacgctggacttaatgcgcggaagacgttttaagcatctacac
caaagcagcactcttgaactgaaagctgcagaaagaattttagctcaaatcaaaaaagaa
tattggaaaccacaacaagaacttaaaaaccttcaaaaaatggtgaaacgtaccttattg
aaccaaagcgctggtcttcaagaagccaaggatgttgtgaatgaagctagcactaacatc
aatgagaccaatcgccttctttttcttatcaatagtaatctcaagaaattcaataataca
aagaggaatgttgatgaagatcaggaggtctctgtgatgctgaccagagaaggcaaagtg
aaagtggatgctgcctctttccttgcaaaagatgtaatgaacttcacatctagcctagaa
atccatcgggatggactaatcctatggaatggcaaactgaggcagcatgtggatgacctg
gtcatgcagatgtccactcgaggagctcttgatctcgtttacaaaacagaaaatcatgct
gctagcttacagaaaattgttcgtgaattggagaatggtctcttgaatgttagaaatgtg
tctctgaatgcaacaaatgcagtccatgcttactccaccattaaaggtctagtagaaaat
gctgagaccgtgttaggtgatgtccgtaggattgtaactgaaccagaacatatgccaaaa
gaatcatttaattcaactgggaaacatgttctccaggctagctccaagttattaactgaa
accaaaagtttacacaagaagtatgaaggacttgtgtctggcttgcgtgatatgaactta
aaaattggaaagtttaaagagcaagctagtaggattgctaaacaattcaatgattcattg
ctacagctgaatgcattgtcaaatgataccaatgaaaatattcttgctgtaaaatctttg
gccgcatcggcgaatgtgactgctgtaaagagactgagccatgctgggggttttagtgaa
aagttactgaacacttcatccgcattgtctgaggttaatgagacgttacataaaaccaat
gaacttataatcgactcatcaaaagctgcagcgtcagctgaaagaaaagtgaatgaagtt
gaaatccaggctggtcttttatttggtagactgaaacctctgaaagtgctggaagagaac
ctgagcagaaatatctctgaaataaaagaactcatcagccaggcccgcaaacaggcagcc
tctattaaagttgcagtctctgcggaaagagattgtatccgtgcttatcagcctcagata
ttatctactaattacaatacattaacactgaatgttaaaacaacggaacctgataacctc
ctattctacttgggtagcagtggcaaaattgatttcatggctgtggagatgcgacgtggc
aaagtagctttcttgtgggacatgggttctggatctacgagactagaatatcctgacttt
gccataaataacaacaaatggtacaaaatacatgctacaaggtttggaaaaactggcacc
ttaactgtagaggaaacaaattctctccagaagccttctgtgagaagtgccacctctcct
ggaacagctaccatactggatgtagaccagtcaaccctaatgtttattggtggacttgga
ggacaagtcaagaaatcacctgctgttaaagtgacacattttaagggatgcatgggagag
gcagctttaaacggcaaaactgttgggctctggaattacatggaaagagaaggcaaatgc
cgtggatgctttggaagtccacaagatgaagatattgcattccattttgatggcagcgga
tattcattggttgagaagtcgcttcgttccactgtgactcaaataattctatttttcagc
accttttcacccaatgggctcttagtatatctggcttctaatggcacaaaggatttcttg
tctctggagcttgttgatgggaaagtgaaactaatggttgatcttggttcaggtcctctt
acacttaaaacagacagtcgctacaataatgggacgtggtataaaatctcattcagtcga
aacaaaaaagaagggattttggcagtcatggatgcttataatctcagttctaaagaaacc
aagcaaggagaatctcctggcacagcctctgacctgaaccgttctgatagagatcctatt
tacattggggggctgccacgttcaagggcactgagaaaaggacttagtagcagaacatat
gtcggatgtattaagaacttggaaatatctcgttctacctttgacttgctcaaaaactca
tatggtgtaaggaaaggctgtgttctggagcccatatacagtgccagtatcttaaatagt
ggttacattgagttgtcacctaagcctctttcaccagagtcacaacttatggccaccttt
gttactaaaaacaccagcggcatcatccttgtggggctgagcaaaggggcagaaaagcga
aggcgaaggcaagcccacctgccgtttttctccattgtgctggtcaatggtcatttggca
gtgcatgttaatgctggcgacagagcaagtaccagaaaggtcttggttcaacctgataat
ggaacttatagtgatgggcaagaacattctgtcattctgactcggaataagaggatgata
atggtccaagtggatgagaatagccctgcagaaatcagacttggcccactggcagaagct
agaccaatgaatatatctcacctttttattggtggaattcctgcaggagaaggcatttta
gggctaaagatgaccaactctttctatggctgtataactaatctgatatttaatatggag
ctcctagatttcacaactgctttgaggtatgaaggtgttgatatgggcagttgtttcctt
tgggataagccaaaacctgccatccatccagaagaccctgagatcctttctgaaatgcag
atgctaccagtttctctacaacctcttgctcaatttaaagaaaaaccatgtgcagaggat
gaaacactaaattatgtctccggggcttatcagtttggactttccggaaacagtcactta
gtgctacttttcaatcactctacagttagaaaaaagctgtctgtgcagttgaacctcagg
acctttgcttccagtggtctcttatactacatggctcaccaaaagcagcttgattatgca
gcccttcagctacatggagggaagctttatttttcatttgatctgggaaaaggacgggca
gtagcttttcatgacacgatcgtcaatgatgggaaatggcatacggtgaggacggagtat
atgaaaaagaaaggtctaataattgttgatgggcatgaatctgtggctgtgaatgttcca
ggagatggaaacacactggatgtagatgggaagctgtacttaggaggtctacccttcgat
tactcagccaggaatattggaaatattactcacagcatccctgcttgcattggtggaata
acggttaataataagcaagtggacaaagatagcccactttccattttttctgtgaacaaa
tgctacactgcagcccaggaaggaacattttttgatggaagtggttttcttgctcttgtt
aaggaaggttacaaagtacgatctgatgttaatatcacatttgagttccgcactaccatt
gcaaatggagttcttcttggaatcagtagtgcaaaagtagatgctattggtctggaactt
gtaaccggcaaggttttattcagcgtcaacaatggagctggcagaataacagctacctat
gaaccaaaaggcacagccagcctgtgtgatggaaggtggcacaaacttcaagcaaacaaa
agcaaacatcacattgctctgacagttgatgggaacttggttcagacagagaatccacat
acgcactcaacctctgcagatacaaacaaccccatttatgttggaggctatcctgctgat
gtaaaacaaaattgcttgaccagtaagagctcattccaaggatgtttgagaaacctcatc
ctgatcaagggccaacagttggaatcttttgacttcagcgaagcctttgacctgcgtgga
gtctttccacattcctgccctggggctgagcactaa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (113)   
   KEGG ORTHOLOGY (1)   
   RefGene (108)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (9)   
   Pfam (9)   
All databases (137)   

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