KEGG   Latimeria chalumnae (coelacanth): 102359744
Entry
102359744         CDS       T02913                                 
Symbol
LAMA4
Name
(RefSeq) laminin subunit alpha 4
  KO
K06241  laminin, alpha 4
Organism
lcm  Latimeria chalumnae (coelacanth)
Pathway
lcm04510  Focal adhesion
lcm04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:lcm00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    102359744 (LAMA4)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    102359744 (LAMA4)
SSDB
Motif
Pfam: Laminin_G_2 Laminin_G_1 Laminin_I Laminin_EGF Laminin_II Laminin_G_3
Other DBs
NCBI-GeneID: 102359744
NCBI-ProteinID: XP_014340991
Ensembl: ENSLACG00000015059
Position
Un
AA seq 1886 aa
MALISFRPCLFYTLFFSGFFCPAISRRGRSGFPLAIEDGLNNPSVSSSAVFGGQYPVVPA
AWTPSTEECSPGFFLSDSGQCLLCSCNGHSASCLPRSGVCINCRHNTAGDHCERCLEGFI
ALVWSTSCEPCPCPLSTNSNNFAVSCANRGGTVRCVCQDNYAGPSCERCAPGYYGNPLLI
GNSCQKCNCNGNSDPNLIFDDCDEVSGHCRNCLRNTTGVNCERCATGYYGDAIVAKNCTE
CICEKCGTASCDELSGECHCRPGVTGPLCDRCKVGYHGYDSCLGCQRCECGLASVDDVCD
PVTQQCKCRFGAIGLYCEQCQYSFWNYGPHGCQRCDCGGGPCNSRTGECLPEDTEPPATT
DCTVVSKEGENISHLLTNGKETQIPEWINSSVYRKFQVVEVETKITTLQSDLDTLEKQES
STLTKGRNVERKTLETVRHAEQIVKQASSLNTSIQEIITQLKFYGMAHELSQHDIAKRLI
KAEKMLREMKQKNFTSQKQLAEKESGKADKLLDHVGQFEFWHNGTRSLIPSLLSQLSEYS
TNLSDVKELLQEANKNIKEAEDKNKDIAVRFREHENAKSELEEQHEAASEIIKMAEVMLV
DTELAVAEMDNMIQNVSEFHAAIDGSIKLLRERLTNLSTYDKDLVLRAFDFAKELQSLAA
KMESHLKKIDTNGFVQKAINASNVYENIATYIEEANKTALFTLSAANRTKDAITGISTQL
GFLKDKSERLLNQAKASQESAEARKALTVEDTRNRLKGVINKKDELKGGLSKAIGQLQLL
QQGNTREQSERASLIAEEANSTSALVTQTVAPINKYVNEWAQNLEDSKDDISDYSKAVKA
AGDTVNNLTEIVPQLLDKLRIIEQKQPHASNLSVNILRIRELIAQTRSVASKVQVAMKFD
GQSSVEVRPKINLEDLKASSSLSLYMKPSPANQPVQTSTQDRCVLYLGSKNAQRDYMGLA
IKNDNLVYIYNLGSGDVEIPLSSKPISTWPAYFTLVKIERVGKYGKVFLTVPNPSSTAEE
KFVKTGKAPGVDSLLDLDPDNTVFYVGGVPSDFRLPVSLNLPNYVGDIELATLNDNIISL
YNFKQLHNMDTAATPPSARYKLAFTQSRAANYFFDGSGYALVSNIERRGKFSQVTRFDVE
VRTPADNALLLLMVNGSMYFSLQMQDGYLIVHYDFGFAKGPVVLEDNLKKAQINDAKYHE
ISVIYHNSKKMILVVDRRHVKSVESEKKAMPFTDIYIGGVPSELLTPSLRSNLAVDVGFR
GCIKGFQFQKKDFNLLEEPGSLGISSGCPEESLMSRTAYFNGESFIASSQKIFPFENFEG
GFNFRTLQPSGLLFHYDEGADVFSVALDNGSVVFNMKGTTLKSGGKEYSDGQNHFIVTSV
TPESCQLVVDDKDKQHKDLPTSGKREQNPATNNKFYFGGSPSSQYSNFTGCISNAYLTKV
DRDVEVEDFQRYTEKVQVSLHDCPVEKPPAALVSKHERNSVKSKEGRKRKAGRAKGNIPQ
LPVGLKHVYEGSNPKELSQCYLSLRPTATQHAYQYGGTPNSRQEFNSIPESFSERSHFSI
SLRTRSSHSLIFYVADEWEDNFMALFLAHGRIVYMFNVGHQKLRIKTQEKYNDGLWHNAI
FMREKNKGRLIVDGIKVLEQSLDVNDAPWHVRKPFYVGGVPPRKAVKNIQLNSVQSFSGC
LRNFQLDGQWISSASQAFGVTPCFEGAMELGTYFSAEGGYLVLDDSFNLGLKFELVFEVR
SRNSSGILLHVRSPNSEYINLHMKHGQVVVEVYNGMHEFATTVTPKQSICDGKWHRIAVI
RDSNVVQLDVDSEVNHVVGPLSPRAIHDKEPVFIGGVPESLLSSRLEIRNSFTGCIRNFI
IDESPVSFSKAALVSGAVSINSCPAA
NT seq 5661 nt   +upstreamnt  +downstreamnt
atggctttgatttcatttcgtccgtgtcttttctacacactgtttttctcaggattcttc
tgtccagccattagccgaagaggtcgtagtggatttcctcttgccattgaggatggctta
aataacccgagtgtcagcagctctgctgtcttcggaggacagtatcctgtggttccagca
gcctggactccatccactgaggagtgcagcccagggtttttcctctctgattcaggacaa
tgcttgctgtgcagctgtaatggtcactcagctagctgccttcctagatctggagtctgt
attaactgtcgccataacacagctggagatcattgcgaaagatgtctagaaggttttatt
gctttggtttggtctacttcctgtgagccgtgcccctgtcctctgtcaaccaactctaac
aattttgcagtctcctgtgcaaacagaggtggtactgtgcgctgtgtttgtcaagataat
tacgctgggcctagttgtgaaagatgtgctccaggttactatggtaaccctttgctcata
ggtaactcctgccaaaaatgtaattgcaatggaaactctgatccaaacttgatctttgat
gattgtgacgaagtcagtggacattgtcgcaactgtttacgcaatactactggggtcaat
tgtgagcgctgtgctactggttactatggagatgccatagtggcgaagaactgtacagaa
tgcatctgtgagaaatgtggcacagcatcatgtgatgagttatctggggagtgtcactgt
aggccaggagtcactggaccactttgtgaccgctgtaaggttggctaccatggatatgac
agctgcctcggatgtcagcggtgtgagtgtggcctggcttctgtggacgatgtgtgtgac
cctgtgactcaacagtgcaagtgcagatttggcgctattggtctgtattgtgaacagtgc
caatacagcttttggaattatggaccccatgggtgtcagagatgtgactgtggaggagga
ccatgtaacagtcggaccggagaatgtctaccagaagatacggagcctcctgcaaccact
gactgcacagttgtcagtaaggaaggggaaaacatctcacaccttctgacaaacggcaaa
gagacacagattccagagtggatcaatagctcagtatacagaaaattccaagttgttgag
gtggaaactaagataacaactcttcaatctgacctggacactttagagaaacaggaaagt
tccaccctgactaaaggccggaatgtggagaggaaaaccctggaaacagttaggcacgca
gagcagattgtaaaacaagccagcagcctaaacactagcatccaagaaataattacccaa
ctgaaattctatggaatggcacacgaactgagtcaacatgatatcgcaaagagactgatc
aaagctgaaaagatgctgagggagatgaaacaaaagaacttcacctctcagaaacagctt
gcagagaaagagagtggcaaagcagataaacttctagatcatgttggccagtttgagttc
tggcataatggaaccagatctctgatcccctctctactcagccagctcagtgagtacagc
actaacctatctgatgtaaaggagctgcttcaggaagccaataagaatatcaaagaagca
gaggacaagaacaaagatattgctgtaaggttccgggagcatgagaatgctaagagtgag
ctggaggaacaacatgaagctgcttcggagataataaagatggctgaggtcatgctggtc
gacactgaactggctgttgcggaaatggataatatgatccagaacgtttcagagtttcat
gcagcaatagatggatcaattaaactattaagagaaagactgacaaatctatccacatac
gacaaggacttggtacttcgtgcttttgactttgcaaaagaacttcagagtcttgctgca
aagatggaaagccacttgaagaagattgatacgaatgggtttgttcaaaaggcaataaac
gcctctaatgtatatgagaatatagcaacatacatagaagaagcaaacaaaaccgcttta
tttaccctcagtgctgccaacagaactaaagatgctataacaggaatcagtactcagctt
ggtttcctgaaggacaaaagtgagagacttcttaatcaagcaaaggcatcacaggaatcg
gcagaggctcgtaaagcattaactgttgaggacacaaggaaccgtcttaaaggagttatc
aataaaaaggatgaacttaaaggaggtctgtcaaaagccattggtcagttacaactgctt
caacaaggtaatacaagagaacaatcggaacgagcaagtctcattgctgaggaggcaaat
agtacaagtgcactggtaacacagacagttgcaccaataaataagtatgtgaatgaatgg
gcccagaacctagaggattctaaggatgatatatctgactacagcaaagctgttaaggca
gctggagatacagtaaacaacctgacagaaatagtcccccagcttctggacaagctgcgg
atcatagagcaaaaacaacctcatgccagcaacctttctgtgaacattctgcgtataagg
gagctaattgcacaaacaaggagtgtagccagcaaggttcaagtcgccatgaaatttgat
ggtcagtcatctgttgaagtccgtccaaagataaacttggaagacttgaaggcttcttcc
tcattgagtctgtatatgaaaccctcacctgcaaaccagccagtgcagacctctactcag
gacagatgtgttctgtatcttgggagtaagaatgcacaaagagattacatgggccttgcc
atcaagaatgataacctggtgtatatctacaacctaggaagtggcgatgtggagattcca
ttgagctccaaacccataagcacgtggccagcttactttactcttgtcaagatagagagg
gtcgggaaatatggcaaagtgtttttgactgtgccaaaccccagtagcacagctgaagaa
aagtttgtgaagacgggcaaggctcctggtgtcgattccctgctggatctggaccccgat
aacacggtcttctatgttggaggagtgccttctgattttaggcttcctgtcagcttgaat
ctacctaattacgtcggcgacatagaactggctacactaaatgataacataatcagcctg
tacaacttcaaacagctccacaatatggacactgcagcaacaccaccttctgccaggtat
aaactggccttcacacagagcagggcagcaaattatttctttgatggctcaggatatgct
ctcgtgagcaacattgagagaagaggaaagttcagccaggtgacgcggtttgacgtggag
gtccggacaccagcagacaatgccttgcttctgctgatggttaatggaagcatgtacttc
agcctgcaaatgcaggatggctatctgattgtgcactatgactttggttttgccaaaggt
cctgtggtccttgaagacaatttgaagaaagctcagatcaacgacgcaaaataccatgag
atctctgttatataccacaactccaagaagatgatcctagtggttgacagacgtcatgtg
aaaagtgtagaaagtgagaaaaaagcaatgccttttactgacatttacattggaggagtg
ccttctgagcttttaacaccaagtctaaggtccaacctggctgtagatgttggtttcaga
ggctgcattaagggtttccagttccagaagaaagacttcaatttgctagaagagccagga
agtctggggatcagtagtggctgcccagaagaatcactgatgtcacggacagcttacttt
aatggtgaaagctttattgcttccagtcagaaaattttcccctttgagaactttgaagga
ggctttaatttcaggaccttacaaccaagtggtctcctttttcactacgatgaaggagct
gatgtcttctcagttgcactagacaatggttcagttgtcttcaatatgaaaggaaccaca
ttgaaatcaggaggaaaagaatacagtgatggtcagaatcattttattgtcacctctgtt
acaccagaaagttgccagctggtagttgatgacaaagataagcagcataaagatcttcca
accagtggcaaaagggaacagaacccagcaactaataataaattttactttggcggctca
cccagcagccagtattccaacttcacgggatgtatcagtaatgcatacttgaccaaggta
gaccgagatgttgaagtggaagactttcaaagatacactgaaaaagtacaggtatctctg
catgactgcccagtagaaaagcctccagctgctcttgtctctaaacatgagaggaactca
gtgaagtctaaagaaggccgtaaaagaaaggcaggaagagctaaaggaaatatcccccaa
ttaccagttggcctcaagcatgtgtatgaaggatcaaaccctaaagagctttcccaatgt
tatctgtctctaaggcccacagcaacccaacatgcataccaatatggcgggacaccaaat
agtcgccaggagtttaacagcattccagaatcctttagcgaaaggtcacatttttctatt
agcctgagaactcgctcctcccacagtctcattttctatgtagcagatgaatgggaagac
aacttcatggcccttttccttgcccacggtcgcattgtttatatgtttaatgttggccac
cagaaactgaggattaaaacccaagagaaatacaatgatggtctctggcacaatgcaata
tttatgcgtgaaaaaaacaaggggcgtttaatagtagatggtataaaggtgctggaacag
agtcttgatgttaatgatgccccgtggcatgttcgtaaaccattttatgtgggaggtgtg
cctcctcgaaaagctgttaaaaatattcagctcaattcagtccagagtttcagtggttgc
ctgagaaacttccaacttgatggccagtggatttcctctgcatctcaggcatttggtgtg
acaccttgttttgaaggagcaatggaattagggacatatttctcagcagaaggaggatac
ctggtccttgatgactcttttaatttaggcctaaagtttgagctggtctttgaagtgcgt
tctaggaacagctcgggaatcctactgcatgttcgcagccctaacagcgagtacataaac
ctgcacatgaaacatggacaggttgtggtagaagtttataatggaatgcatgagtttgca
accactgttacacccaagcagagtatatgtgatggcaagtggcacaggattgcggttatc
agagactcaaatgtagtgcagttggatgtggactcagaagtgaaccatgtggtgggacca
ttaagtccaagagcaatccatgataaggaacctgtatttattggaggtgtgccagagtcc
ctgctcagttcgagactagaaatccgcaactctttcactggctgtattagaaactttatt
attgatgaaagtccagtgagcttcagcaaggcagccctggtcagtggagcggtcagcatt
aactcctgtccagctgcctag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (68)   
   KEGG ORTHOLOGY (1)   
   RefGene (63)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (82)   

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