KEGG   Poecilia latipinna (sailfin molly): 106964973
Entry
106964973         CDS       T08005                                 
Symbol
lamb1
Name
(RefSeq) laminin subunit beta-1
  KO
K05636  laminin, beta 1
Organism
plai  Poecilia latipinna (sailfin molly)
Pathway
plai04510  Focal adhesion
plai04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:plai00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    106964973 (lamb1)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    106964973 (lamb1)
SSDB
Motif
Pfam: Laminin_EGF LAMININ_IV_B Laminin_N F5_F8_type_C
Other DBs
NCBI-GeneID: 106964973
NCBI-ProteinID: XP_014916284
Ensembl: ENSPLAG00000017384
UniProt: A0A3B3VQX0
Position
Unknown
AA seq 1798 aa
MMLHLRLAGLLALQVLTCAQEGGDSLGGAPDDLSFPEFSDVCTEGSCYPATGDLLIGRAH
QLLSTSTCGLKRPEPFCIVSHLQEEKKCFVCDSAAPYDDELANHNHSHRIENVVTTFGPN
RLKTWWQSENGLENVTVQLNLEAEFHFTHLIMTFKTFRPAAMVIERSADYGKTWQVYRYF
AYDCESSFPSVSHGPMKKVDDVICDSRYSDIEPSTEGEVIYRVLDPAFRIEDPYSPRIQN
LLKITNLRVKFTKLHTLGDNLLDSRMEIKEKYYYAIYDMVVRGNCFCYGHASECAPVEGA
GQTMEGMVHGHCMCNHNTKGLNCEQCEDFYHDLPWRPAEGRNTNACKKCNCNQHSDSCHF
DTAVFMASGNVSGGVCEDCRHNTTGHNCEQCKPFYYQHPEKDLRDPNICQPCNCDPVGSL
NGGICDGLTDVRVGLIAGQCRCKVNVEGERCEYCKPAYYGLSDEPEGCKACTCSPLGTAP
GGNPCDSETGSCFCKRLVIGRDCDQCVDEHWGLSNDMDGCRPCDCDLGGAVHNRCDQVSG
QCVCRDHMFGRRCDQVESGFYFVALDHYTYEAEDAKFGPGVTMVPRPHPHDRSPTWTGVG
LVNVPEGAFLDFSVDNIPHSMEYDILIRYEPQLPDQWEEVLMMVMRPGPITADSRCVNTV
PDDDNQMISLHPSSRYVVLPRAVCFESGLNYTIRLSLPLYSALSEVHSPYTLIDSIVLMP
HCKNLEIFTSSVGGDASAWETFQRYRCLENSQSVIKTPMTDICRNFIFSISALLHQGAKE
CQCDPQGSLSTVCDPSGGQCRCRPNVAGRNCDRCAPATFQFGPSGCKECACDPQGSQSPI
CDQLSGQCVCVAGAYGRQCDRCLPGHWGFPTCRPCSCNGHTESCDAATGRCTACRDHTTG
HSCDRCLDGYYGDPVLGSGDHCRPCLCPDGPNSLRQFAGSCYRSDTSEQVVCVCSPGFKG
ARCDQCSPGYYGNPEEAGGQCLPCQCNSNIDMLDPESCDARSGECLRCLYHSEGPSCQNC
KLGYYGNALVQDCRKCVCNQLGSDESSCQSSTDCHCDRSSGQCHCRPNVIGQRCDRCAPD
TWNMASGAGCQSCDCNPKHSYGTTCNEISGQCSCHPGFGGRTCNECRELFWGDPEVQCHA
CDCDPRGTSEPQCNKVSGHCVCVEGVAGPRCDVCARGFHGTFPDCHRCHQCFSEWDSVIG
QLTNQTHRLVNKVSSIKASGISGPYRKPIESMERSAADIQSILDQDPASQPLTEVQNLLQ
QASDLMAALSQTMNNTEETLDLVAEQDSGIKTQLDSVTSDAQKLERTVQELLDQVEFIKN
SDIRGATDSVTKYFLQSQAAEARANASTINAGSPVESSAALRQLTEDKMNQTREEFLERQ
SEHAQKLDNLAGEMETLDLSVISYKTCGSPSSGQDSCWSSPCGGLGCVDPEGQPKCGGEG
CDGAVTAANSILMKTQEAEQEIISAMAEVEQLSKMVLEVKMQADEAKLSAQNVLMKTNRT
KHKVDQSNEELRSLIKQIKDFLTQDAADLESIELVANEVLAMQMPTTPAQLQNLTDEIRH
KVGELGHVEAILQQSADDIQRAETLLDQARQASKQATDTKDSAEKVKQALEEAQRAHTAA
SSAIQQAASDIRTTTKLLSSVETETADAESKLYNATQRLQRLEQDVKLLADKSANVTERT
KLANQEAADIGRIAEEVKKELESEVKQKYSTVEQLIDQKAVGVADAKKRAESLQNQAKQL
LLQASDKLQLLKDLEKSYDDNQRTLELKAEQLVEMEAAVKKLLQEISHKVTLYSTCSF
NT seq 5397 nt   +upstreamnt  +downstreamnt
atgatgttgcatctgcggctagcggggctgctcgctctgcaggtcctcacctgcgctcag
gagggcggagactcactgggcggggccccagatgacctcagcttcccagagtttagcgat
gtttgcactgaaggcagctgctacccagcgacaggggatcttctgattggccgagctcac
cagctgctgtccacctctacctgtggactgaagcgtccagaaccgttctgcatcgtcagc
cacttgcaggaggagaagaagtgctttgtgtgtgactcagcagcaccatatgacgatgag
ctggccaatcacaatcacagccaccgaattgaaaatgtcgtcaccacatttggccccaac
aggctgaagacctggtggcagtccgagaacggtctggagaatgtcaccgtccagctgaac
cttgaagccgagtttcacttcactcacctcattatgaccttcaagacgtttcgaccagct
gccatggtcattgagcgatcagcagactacggaaagacctggcaggtttaccgctacttt
gcctacgattgcgagtcgtcctttccatcagtttcccatggtccaatgaagaaggttgat
gatgtcatctgtgactctcgttactcggacattgagccatccactgaaggcgaggtgatt
tacagagtcctggacccagcatttcgtattgaagatccttacagtccacggatccagaac
ttgttgaagatcaccaacctgcgggttaagttcaccaagctgcacacactcggagacaac
ctgctggactctcggatggagatcaaggagaagtattactatgccatctatgacatggtg
gtcagaggaaactgcttctgttacggacatgcgtctgaatgcgcccctgtcgagggagca
ggccagaccatggagggcatggttcatggtcactgtatgtgcaatcacaacactaaagga
ctgaactgtgaacagtgcgaagacttttaccacgatctgccctggagaccagccgagggg
cgcaacaccaatgcctgcaaaaagtgtaactgtaaccagcactcggattcgtgccacttc
gacacggccgtgttcatggcctctggaaacgtcagcggaggagtttgcgaagactgtcgg
cacaacacgaccggacacaactgtgagcagtgcaaaccgttctattatcaacatccggag
aaggacctcagagacccaaacatctgccagccctgtaactgcgaccctgtgggctccctg
aacggaggaatatgcgacggattgacggatgtccgagtcggtctgattgccggtcagtgc
cggtgcaaagtcaatgtggagggggaacgatgcgaatactgcaaaccggcgtactacggg
ctcagcgacgaaccggaaggctgtaaagcgtgtacctgcagtcccctgggaacggctccg
ggaggaaacccgtgcgacagcgaaacaggaagctgtttctgcaaacgtctggtgatcggg
cgggactgcgaccagtgtgtggatgaacactggggactcagtaacgacatggacggctgc
agaccctgcgactgcgacctgggaggggccgtccacaaccggtgcgatcaggtgagcggt
cagtgtgtctgcagggatcacatgtttggccgtcgctgcgatcaggtggagtccgggttc
tactttgttgctctggatcactacacctacgaggctgaagacgccaagtttggacctgga
gtgacgatggtgccaagaccccaccctcatgaccgcagtcccacctggacaggcgtcggc
ctggtcaacgtccctgaaggggccttcctggatttctctgtggacaacatccctcattcc
atggagtacgacattcttatccgctacgagcctcagctgcctgaccaatgggaggaggtt
ctgatgatggtaatgaggcctggaccaattacagctgacagccgctgcgtcaacacggtg
ccagacgacgacaaccaaatgatctcccttcatcccagctcgcggtacgtggttctgccg
agggcggtttgttttgaatctgggctgaactacacgatccgcctcagtctcccgctctac
tcggccctcagcgaagtccactctccgtacacgctcatcgactcgatcgtgttgatgccg
cactgtaagaacctggagatattcacctcctctgtgggaggggacgcgagtgcctgggaa
acgtttcagcgttatcgatgtctggagaacagccagagtgtcattaaaaccccgatgact
gacatctgcaggaacttcatcttcagcatctctgccctgttgcaccagggagctaaagaa
tgccagtgtgacccccagggctccctcagcacagtgtgcgaccccagcgggggccagtgt
cggtgtcgacccaacgtggcgggcaggaactgcgacagatgcgctccggccacgtttcag
tttggaccgagcggctgcaaagagtgtgcctgcgaccctcaggggtcccagagtccgatc
tgcgatcagctgagcggtcagtgcgtctgtgtcgccggtgcctacggtcggcagtgcgac
cgctgcctgccgggtcactggggcttcccgacctgccgaccctgctcctgcaacggacac
acggagagctgcgacgccgccaccggccgctgcaccgcctgcagggatcacaccaccgga
cacagctgcgacaggtgtctggatggttactacggcgacccggtactgggctcaggtgac
cactgtcgcccgtgtttgtgtcccgacggcccaaacagtttgcggcagttcgcgggaagt
tgttaccgtagcgacacctcggagcaggttgtgtgtgtttgcagcccaggattcaaaggt
gctcgctgtgatcagtgctcacctggttactatggaaacccggaagaggcaggtggccag
tgtctcccgtgccagtgcaacagcaacatcgacatgctggacccggagtcctgtgacgcc
agatccggcgagtgtctgcgctgtctgtaccacagcgagggtccgtcctgccagaactgc
aaactgggttactacggcaacgccttggttcaggactgcaggaagtgtgtctgtaatcag
ctgggcagcgacgagtccagctgccagtcctccaccgactgccactgcgaccgcagcagc
ggccagtgtcattgcagacccaacgtgattggtcaacgctgtgaccgctgtgcacccgac
acctggaacatggcgagcggcgccggctgtcagagctgcgactgcaaccccaagcattcg
tacgggacgacctgcaacgagatcagcggtcagtgctcctgccatcctggctttggagga
agaacttgcaacgagtgccgagagctgttctggggagacccagaagtccagtgtcatgcg
tgtgactgcgaccctcgcggcacctcggagccgcagtgcaacaaagtgagcggccattgc
gtctgcgtagagggcgtggccgggcctcgctgcgacgtctgcgcccgtggcttccacggg
accttcccagactgccatcggtgccaccagtgtttctcagagtgggacagcgtcatcggt
cagctgaccaatcagacacaccgactggtcaacaaagtcagctccattaaagccagtgga
atcagcggaccgtacaggaagcctatagagagcatggagagaagtgctgcagacatccag
agcatcttagaccaagatccggcctcgcagcctctgaccgaggtccaaaacctgctgcaa
caggccagcgacctgatggcagctttgagccagaccatgaacaacaccgaggagactctg
gatctggtggctgagcaggactctggcattaaaacccagctggactctgtgacgtcggat
gctcagaaactggagcgaacggtccaggagctgctggaccaagtggagttcatcaagaac
tccgacatcagaggggcaacagacagcgtcaccaagtacttcctgcagtctcaagcggcc
gaggcgcgagcaaatgcctcaaccatcaacgccggcagcccagttgaatcttctgctgcc
ctacggcaactcacagaagacaaaatgaaccaaaccagggaggagtttctggagagacag
tctgagcatgctcagaagctggacaacctggcaggagagatggagactttggacctatca
gtgatcagctataagacctgtggcagtccatcatctggccaagactcctgctggtcttcg
ccctgcggcggtctgggctgtgtagatcctgaaggtcagcccaagtgtggaggagaagga
tgtgacggtgcagtgacggcagccaacagcatcctgatgaagactcaagaggccgagcag
gaaatcatcagcgccatggcagaggtggagcagctctccaagatggtgttggaggtgaaa
atgcaggctgatgaggcgaagctcagcgcccagaatgtcctgatgaagaccaacagaacc
aaacacaaggtggaccagagcaacgaggagctgcgaagcttgatcaaacagatcaaagat
ttcctcacacaggacgctgcagacctggagagcatcgaactggtggcaaatgaagtcctg
gccatgcagatgccgaccacaccggctcagctgcagaacctaacggacgagatccgacac
aaggtgggagagctgggacacgtggaggcaatcttacagcagagcgccgatgacattcag
agagcagagactctgctggaccaggcccgccaagccagtaagcaggcgacggatacgaag
gactctgcagagaaagtgaaacaagctctggaagaagcccagagagctcacacagctgcc
agcagcgccatccagcaggccgcctccgacatccggaccaccaccaagctgctctcctcc
gtagagacggagacggcagatgcagagtcaaagctgtacaacgccacccagaggctgcag
aggctcgagcaggatgtgaagctgctcgccgataaatccgcaaacgttactgagagaacc
aagctggccaatcaggaagccgcagacatcggaaggatcgcagaggaggtcaaaaaggag
ttggagtcggaggtgaagcaaaagtatagcacagtggaacagctgatagatcagaaagca
gtgggtgtggccgacgctaagaagagggcggagtcgctgcaaaaccaggccaaacagctg
ctgctacaagccagcgacaaattgcagctgctgaaagatctggaaaagtcgtacgacgac
aaccagcgaactcttgagttgaaagctgaacagctggttgagatggaggcagcagtgaag
aagctgctgcaggaaatcagccataaggtcacgctctacagcacctgctcattttag

  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)   
   Ensembl (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (15)   

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