KEGG   Kryptolebias marmoratus (mangrove rivulus): 108241880
Entry
108241880         CDS       T05608                                 
Symbol
lamb1a
Name
(RefSeq) laminin subunit beta-1a
  KO
K05636  laminin, beta 1
Organism
kmr  Kryptolebias marmoratus (mangrove rivulus)
Pathway
kmr04510  Focal adhesion
kmr04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:kmr00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    108241880 (lamb1a)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    108241880 (lamb1a)
SSDB
Motif
Pfam: Laminin_EGF LAMININ_IV_B Laminin_N F5_F8_type_C Laminin_II
Other DBs
NCBI-GeneID: 108241880
NCBI-ProteinID: XP_017281845
UniProt: A0A3Q3AGG7
Position
LG1:complement(32944100..32990640)
AA seq 1800 aa
MWIWTRIMLQLQLAVLLALQVSTYAQDNGASGGGALEDVIFPEFTDVCTEGSCYPATGDL
LIGRAHQLSSTSTCGLNRPEPFCIVSHLQEEKKCFVCDSAVTYNELNHHTNSHRIENVVT
TFAPNRLKTWWQSENGLENVTIQLKLEAEFHFTHLIMTFKTFRPAAMVIERSADFGKTWQ
VYRYFAYDCETSFPSVSQGPMQKVDDVICDSRYSDIEPSTEGEVIYRVLDPVFRIEDPYS
PQIQNLLKITNLRVKFTKLHTLGDNLLDSRMEIKEKYYYAIYDMVVRGNCFCYGHASECA
PAEGRGQTREGMVHGHCMCNHNTKGLNCEQCQDFYHDLPWRPAKGRNTNACKKCNCNQHS
DSCHFDMAVFLASGNVSGGVCEDCRHNTVGHNCEQCKPFYYQHPEKDIRDPNICHPCSCD
PLGSLNGGICDGRTDVRAGLIAGQCRCKANVEGERCERCKPAYFGLSDEPEGCKACTCSP
LGTAPGGNHCDDITGSCFCKRLVTGQECDQCVSEHWGLSNDIDGCRPCDCDLGGAINNHC
DQLSGQCVCKDHMFGRRCDQVESGFYFITLDHYTYEAEDAKFGHGVTVVPRPHPHDHSPT
WTGTGLVNVPEGAFLEFSVDNIPHSMEYDILIRYEPQLPDQWEEVLMTVMRPGPIRADSR
CVNTVPDDDNQMISLHPSSRYVVLPRPVCLESGLNYTIRLSLPLYSALSDVHSPYTLIDS
IVLMPHCKNMEMFTTSENNAWETFQRYRCLENSRSVIKSQMTDICRNFIFSISALLHKGA
KECQCDPQGSLSTVCDPSGGQCQCRPNVVGRNCDTCAPATFQFGPSGCRACACNPEGSQS
PFCNQLTGQCVCVIGAYGRQCDRCLPGHWGFPSCRPCSCNGHADSCEADTGRCLACRDHT
TGHGCDRCLNGYYGDPVLGSGDHCHPCMCPDGPESLRQFAGSCYRSDDSEQVVCVCNTGY
KGARCDRCSPGYYGNPAEAGGQCLPCQCNSNIDMLDPESCDARTGECLRCLYHSEGSACQ
NCKLGYYGNALVQDCRKCVCNQLGSDPSRCRSPSDCHCDRRSGQCPCRSNVIGQHCDRCA
PNTWNMASGLGCQHCDCDPKHSYGMSCNEISGQCSCHPGFGGRTCNECRELFWGNPEVKC
HACDCDPHGVSEQQCNKVSGHCVCVEGVSGPRCDVCARGFSGTYPDCQRCHQCFAEWDNV
IGQLTNQTHRLVNKVNAIKASGVSGLYKKSLVSMEKSAADIQVILDQNPASQPLSEIQNL
LQQASDLMAALTQTLNNTEETLVLVRKQDSAVRTKVDSMTSDTQKLERTVQELLDQVEFI
KNSDIRGATESITKYFQQSQAAEVRANTSTIGTGSPVETSAALRHLTEDKLNQTAEEFLQ
RHSKHAQRLDTLAGELQTLDLSVISRKTCGSSLPGQNLCWSSSCGGLGCVDSEGQTRCGG
DGCDGAVTTASSVLMKAQESKEELMSTIAEVEKFSKMVSEVKRQAVEAKLSTQNVLMKTN
RTKHKVDQSNEELRSLIRQIKDFLTQDAADPESIELVANEVLAMQMPTSPAQLQNLTEEI
RQRVGELGHIESILQQRTDDIRRVETLLDRAGRAGKEAADVKDSAERVKQALEEVQRAQT
AASSAIQQATTDIQTTNQLLSSVQSETADAELKVHNATRRLQRLEQDVMLLRDKAVNVTL
SSKLTNQDAASIEQIAEDLKQDLESEVKQKYSTVEQLIGQKAEGVADAKKMAVSMQNEAK
QLLLQASDKLQLLKDLEKSYEDNQQTLEVKAEQLVELEEAVKKLLQEISHRVAAYSTCLF
NT seq 5403 nt   +upstreamnt  +downstreamnt
atgtggatctggacccggatcatgctgcagctccagctcgcggtgctgctcgctctgcag
gtgtccacctatgctcaggacaatggagcttcagggggtggggcccttgaggatgtcatc
ttcccagagtttactgatgtgtgcacagaaggtagctgttacccagcaacaggagacctt
ctgattggccgagcccaccagctgtcatccacctccacctgtgggctgaaccgtcctgag
ccattctgcattgtcagccacctgcaggaggagaagaagtgctttgtttgtgactcagcg
gtgacttacaatgaactgaaccatcacaccaatagccatcgcattgagaacgtggtgacc
acatttgctccgaacagactaaagacctggtggcagtcagagaatggtctggagaatgtc
accatccagctgaaactcgaagccgagtttcatttcacacatctcattatgacctttaag
acgtttcgaccggctgccatggtcatcgagcgatcagcagactttggaaagacatggcag
gtttaccgttattttgcatatgactgtgagacatccttcccatcagtttcccaaggtccc
atgcagaaggttgatgatgtcatctgtgactctcgttactctgacatcgagccatccact
gagggggaggtcatttacagagttctggatccagtgtttcggattgaagacccctatagt
ccacaaattcagaacttattaaagatcaccaacctgagggtgaaattcactaaactgcac
acactcggagacaacctgctggactctcgaatggagattaaagagaagtattattacgcc
atctacgacatggtggtccgaggaaactgtttctgctacggacatgcctccgaatgcgca
ccagctgagggcaggggccagaccagggagggaatggtacacggtcattgtatgtgtaat
cacaacactaaaggactgaactgtgaacagtgtcaggatttttaccatgaccttccatgg
agaccagccaagggacgaaacaccaatgcctgcaagaagtgtaactgtaaccagcactcg
gactcgtgccacttcgacatggccgtgttcttggcttcaggaaacgtcagtggaggagtt
tgtgaagactgtcggcacaacacagttggacacaactgcgagcagtgtaaaccattttac
taccaacatccggagaaagacatcagagacccaaacatctgccacccctgcagctgtgac
cctctgggctctctgaatggagggatctgtgatgggaggacagatgttcgagccggtctc
atcgctggtcagtgtcgctgcaaggctaacgtagaaggtgaacgctgtgagcgctgcaaa
ccagcttactttggtctcagtgatgaacctgaaggatgcaaagcatgtacctgcagccct
ctgggaacagcccctggaggaaaccactgtgacgacataacaggaagctgtttctgtaaa
cgtctggtgaccggacaggaatgtgatcagtgtgtgtctgaacactggggtctcagtaac
gacattgatggctgcagaccatgtgactgtgatctcggaggagccatcaacaaccactgt
gatcagttgagcggtcagtgtgtctgcaaagatcacatgtttggccgtcgctgtgaccag
gttgagtctgggttctactttatcactctggatcactacacctatgaagcagaagatgcc
aagtttggacacggagtgacagtggtcccgaggccccacccacatgatcacagtcccacc
tggacaggtactggtctggtcaacgttccagagggggccttcctggagttctctgttgac
aacattcctcattccatggagtacgacatcctcatccgctatgagccccagctgccggac
caatgggaggaggttctgatgacagtgatgaggcccggcccaatcagagctgacagccgc
tgtgtcaacactgtgcccgacgacgacaaccaaatgatctcacttcaccccagctcacgg
tatgtggttcttccaaggccagtctgtttggaatctggactgaactacaccatccgtctc
agtttgccgttgtactccgccctcagtgacgttcactccccatacacgctcattgactcg
atcgtgttgatgcctcactgtaagaacatggaaatgttcacgacttcagagaacaacgct
tgggaaacatttcagcgctatcggtgtctggagaacagccgcagtgtcatcaagtcccag
atgactgacatctgcagaaatttcatcttcagcatttccgccctgttgcacaagggggcc
aaagaatgccagtgtgacccccaaggctccctcagcaccgtgtgtgatcccagcgggggt
cagtgtcagtgtcgacccaatgtggttggcaggaactgtgacacttgtgctccagctaca
ttccagttcggaccaagtggctgcagagcatgtgcatgcaacccggaggggtcccagagt
ccattttgcaatcagctgaccggtcagtgcgtttgtgtcatcggagcgtatggtcggcag
tgcgatcggtgtctgccgggtcattggggcttcccatcttgcagaccctgctcatgcaat
gggcatgctgactcctgcgaggctgacactgggcgctgcctcgcctgtagggaccacacc
actggacatggctgtgacaggtgtctgaatggttactatggtgacccagtgctggggtca
ggtgaccactgtcatccctgtatgtgtcctgatggccccgagagtctgcggcagtttgca
ggaagttgttaccgcagcgatgactccgagcaggttgtttgtgtctgcaacacaggatac
aaaggcgctcgctgtgataggtgttcacctggttactatggaaaccctgctgaggcgggt
gggcagtgtcttccatgtcagtgcaacagcaacatcgacatgttggacccggagtcctgc
gatgctcgaacgggcgagtgtctgcgatgcctgtaccacagcgagggctctgcctgccag
aactgcaaactgggttactatggcaacgccttggttcaagactgcaggaaatgtgtgtgt
aatcagctggggagtgatccctccaggtgtcgatcacccagcgactgtcactgcgaccgc
agaagtggtcagtgtccctgccgctccaacgtgattggtcaacactgcgaccgctgcgct
cctaacacctggaacatggcgagcggcctcggctgccagcactgtgactgtgaccccaaa
cactcatatgggatgtcctgtaatgagatcagcggccagtgttcctgtcatcccggtttt
ggtggaagaacctgcaacgagtgcagagagttgttctggggaaaccctgaagtcaaatgt
cacgcatgtgactgcgacccccacggtgtctccgagcagcagtgcaacaaagtcagtggt
cactgtgtttgcgtggagggtgtgtcgggaccacggtgtgatgtctgcgcccgcgggttc
tcaggaacatatccagactgccaacgctgccaccaatgtttcgcagaatgggacaatgtc
attggtcagctgaccaatcagacgcatcgactggtcaataaggtcaacgccattaaagcc
agtggggtcagtggactatacaagaagtccttagttagcatggagaaaagtgctgctgat
atccaggttatcctggaccaaaacccagcctcacaaccactgagtgagatccaaaaccta
cttcaacaagccagtgacttgatggcagctctgactcagacactgaacaacaccgaggag
actctggttctggtgcgcaaacaggattctgctgtgagaaccaaagtggactccatgaca
tcggatacccagaaactagagcgaaccgtccaggagctgctggatcaggttgagttcatt
aagaactctgacatcagaggggccacagagagcatcaccaagtacttccagcagtctcag
gcagctgaagtgcgagccaacacctcaaccataggcactggtagtccagtggaaacctct
gctgctctacggcacctcacagaggacaaactcaatcagactgcagaggagttcctgcaa
agacactctaagcatgctcaaaggctggacaccctggcaggagagctgcagactttggac
ctgtctgtgatcagtcgtaagacatgtggcagttccttacccggtcagaacttatgctgg
tcttcgtcctgtggaggtctgggctgcgtggactctgaaggtcagaccaggtgtggagga
gatggatgtgatggtgctgtcacaacagccagcagtgtcctgatgaaggctcaggagtcc
aaagaggagctcatgagcaccatagcagaggtggagaagttctcaaagatggtgtcggag
gtgaagagacaagctgttgaggcgaaactgagcacccagaatgtcctgatgaagaccaat
agaaccaaacacaaagttgatcagagcaacgaggagctgcgaagcctcatcaggcagatc
aaagattttctcactcaggacgctgcagacccagagagcatcgaactcgtggccaacgag
gttttagccatgcagatgccgacctctccggctcaactgcagaatctgactgaggaaatc
cgtcagagggtaggagagctcggacacatagagagcatcctgcaacagaggactgacgac
atcaggagggttgaaaccctgctggaccgagctggcagagctggaaaggaggccgctgac
gtgaaggactccgcagagagagtaaaacaagcactggaagaagttcagagagctcagact
gcagccagcagcgccatccagcaggctaccaccgacatccagaccaccaaccagctgctt
tcctcggtccagtctgagacagcagatgcagaactgaaggtgcataatgccactcggagg
ctgcagaggcttgagcaggatgtgatgctactcagagacaaagctgtgaatgtcacactg
agcagcaaactgaccaatcaggatgctgcgagcatcgaacagattgcagaggacctgaaa
caggatctggagtcagaggtgaagcagaaatacagcacagtagaacaactgattggtcag
aaagcagagggtgtggctgatgccaagaagatggcggtgtcgatgcaaaatgaagccaaa
cagctgctgttgcaggccagcgacaagctgcagctgctgaaagatttggagaagtcttat
gaagacaaccagcagaccctggaggtgaaagcagagcagctggtggagctggaggaggct
gtgaaaaagctgctgcaggagatcagccacagagtagcggcttacagcacatgtctgttt
tag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (16)   

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