KEGG   Xiphophorus maculatus (southern platyfish): 102225728
Entry
102225728         CDS       T02923                                 
Name
(RefSeq) laminin subunit beta-2-like
  KO
K06243  laminin, beta 2
Organism
xma  Xiphophorus maculatus (southern platyfish)
Pathway
xma04510  Focal adhesion
xma04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:xma00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    102225728
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    102225728
SSDB
Motif
Pfam: Laminin_EGF Laminin_N LAMININ_IV_B F5_F8_type_C RasGEF_N_2 WbqC
Other DBs
NCBI-GeneID: 102225728
NCBI-ProteinID: XP_023188119
Ensembl: ENSXMAG00000016516
Position
1:complement(4104303..4156630)
AA seq 1846 aa
MSNLLAIEMPIKMIHLSLLVLALNAFGQGLPSIPHGCTDGSCYPATGNLLIGRAVNLTAT
STCGLDGPEQFCIVSYLQDPEKCFECDSRRRYDPRHHRNSHRIENVIYLTDINGNENFWK
SVNGKEDVSIRLNLEAEFHFTHLIMKFKTFRPAALIIERSADFGRTWRPYRYFAKNCTRT
FPGIPANGLHHTNDIICEERYSDIEPSKDGEVIFKVLDPAIPVEDPYSLDIQELLRITNL
RINFTKLNTLGDDLLDRRSDVLQKYYYAINELVVRGSCFCYGHASECAPVPGVNTHETGM
IHGRCVCKHNTEGLNCERCKVFHNDSPWRPAETEDPHTCRECNCNSHTNQCHFDMAVYLA
TGNTSGGVCDKCLHNTVGRNCEMCKPFYYQDPNRDIRDPRVCVACDCDPVGSLEGGVCDS
HTDLGMGMITGQCRCKDNVKGKRCDDCKAGYYGLSEIDPLGCQPCNCDPRGVILMDAPCD
QISGDCSCKRYVTGRYCNQCLPEYWGLSNDLVGCRPCECDFGGAFNNRCMMDSGQCDCRS
HFIGRRCSEVQPGYFCAPLDYYKYEAEEAAGRSPTDPSLPGQVRPQAADDCIQQLSNQAR
RHRRHRRISSLQQSQAALRRIRQLQQTPDVTTVHREHTPSHITTWTGPGFTRVKDGAGLV
FTIDNIPYAMEYEVMIRYEPESTEDWEAVVSITSAELPSSLRCGNLLPTEQLYTETLLHS
NRYILMSRPFCFEPSNRYVVAIRFQRHGVGYRHLTAFILIDSLVLIPKYTELPGFHGSDP
DTEQHRKDMVRYMCLDSFMITPMPMLAEMCTKLICGISANIHDGALPCQCDPQGSISGEC
DKVGGQCRCKANVIGRRCDQCAPGTYGFGVNGCNACDCHPEGSSSHQCDPVTGQCPCRQG
ATGRQCSDCQPGQWGFPSCSPCQCNGHADLCDSRTGECRGCRDNTAGHLCERCVESFYGN
PVLGSGDHCHPCPCPGNPGSNHFNGHSCQADHTSDQIICYCKSGYTGPRCDQCAPGYYGN
PEQPGGQCLRCECNDNIDPQDPESCDPRTGQCLRCLYHTDGPSCSRCEEGYFGNALIRDC
RRCTCVTAGTVESACSEGQCLCDHYTGACPCRGSVMGNNCDQCAPNHWNYGQAEGCQPCN
CDQWHSERDRCNMFTGQCPCRPGFGGQRCTECQEHHWGDPEVECRECSCHPLGSQTRQCN
RATGQCDCKDGMAGLQCDECARGFTGVFPNCVPCHQCFDQADDHLCQIRRDLEHIQYAIQ
KILESGITPGVGINRIMELEQKLNQVRNLIDTGNTEQIHQLIGQSIDDLRPEIVLINSRL
TGIDQDTNKTKEADEVLKRALTDLEKELMDVNATLARKQELLDKYLTSGFSDQFDKVKKY
YQLSQQAEEKCNASVLFPTSPVEQSKQNRGITEKMLNATKDELPRNLTAHNNSLNELHQK
TQNLSETVRHLSQMVCGGASNASQNGSCSDNRCGCHDNQGNFVCGGEGCDGTKSSSLTAL
KDATNLTDSLKAAMKELQGVTKKLQDIASQTQDVKNRTMNALEKAQKKKEYFEKSNKDLK
DLIKTIKDFLTEEGADPESIQKVAQQVLDIKLPINRTTVDKLINQINSSIANLTNVQDIM
NQTSQLIRNAQDLMNKAKEAERQAVGVRDLVNSTKQALNVSEVAIEKAKAALKEARDNLN
RTKNSTAEVENGLVQLEDKQMDIMMRLTNLSKGVEALKNKTEINRLMAKDAINLANNASH
QASTLEQELNVTEKRYRELQLKMETLGSSGSLNNIQQKVKDMTKAADDLLSKANNGINDL
DKLGELLKNNEERMKEQLVELEGLKQNATDVRDQIQKGVQKYSTCS
NT seq 5541 nt   +upstreamnt  +downstreamnt
atgtccaacctcttggccattgagatgcccatcaaaatgattcatttgagccttctggtg
ctggctctgaatgcatttggacaggggcttccgtcgatccctcacggctgcaccgacgga
agctgttaccctgcaaccggaaaccttctgattggacgagctgtcaacctgaccgccacc
tcaacatgcggtctggacggaccggagcagttttgcattgtcagctacctgcaggatcca
gaaaagtgtttcgagtgtgactcccgtcggcggtatgatccccgccaccacagaaacagc
caccgcattgaaaacgtgatctacctcacagacatcaatgggaatgagaacttttggaag
tctgtcaatggtaaggaggacgtcagcatcagactgaaccttgaggctgaattccacttc
acacatctcatcatgaagtttaagacgtttcgccctgcagctttgatcatagagcgatca
gctgattttggtcgcacatggcgcccctaccgctacttcgccaagaactgtaccagaact
ttccctggaatccccgccaacggcttgcaccataccaacgacatcatctgtgaagaacgc
tactctgatatcgagccctctaaagatggagaggtcatttttaaagtgctggatccagca
attccagtagaagatccctacagcttggacattcaagaacttttgcgcatcaccaacctg
cgcatcaacttcacgaagctcaacacgctgggagacgacctgttggaccgccgctcagac
gtcctgcagaaatattactacgccattaatgagctggtggtccgaggaagctgcttttgc
tacggacacgcttcagagtgcgcaccagtgccgggtgtaaacacccatgagactggcatg
atccatggccgctgtgtttgcaagcacaatactgaagggctgaactgcgagcgctgcaag
gttttccacaatgactcaccttggagaccagcggagacagaggacccacacacatgcaga
gagtgtaactgcaacagccacacaaaccagtgtcactttgacatggcggtgtatttggcg
acgggcaacaccagcggtggagtttgtgataagtgtctgcacaacacagtgggacgcaac
tgtgagatgtgcaaaccgttctactaccaagaccctaacagggatatccgggaccctcgt
gtgtgtgttgcttgcgactgtgacccggttggatcattggagggaggtgtgtgtgacagc
cacaccgacctgggaatggggatgatcacaggacagtgtcgctgcaaagacaacgtgaag
ggcaagcgctgcgatgactgcaaggcgggttattatggactcagtgagatcgacccactg
ggatgccaaccttgcaactgtgacccccggggcgtcatactgatggatgctccttgtgat
cagatcagtggggactgctcctgtaaaagatacgtcacaggtcgctactgcaaccagtgt
ctgcctgaatactggggtctcagtaatgacctggttggctgcagaccttgtgagtgcgac
ttcggtggagcgttcaacaacagatgcatgatggatagtgggcagtgcgactgcaggagc
catttcattggtcgacggtgttcggaggtgcagcctgggtatttctgtgctccactcgac
tactacaaatacgaggctgaagaggctgccgggcgctcgcccaccgatccctcgctgccg
ggccaggtccgcccgcaggcagcagacgactgcattcagcagctcagcaaccaggcgagg
aggcatcggcgacaccggcgcatttcaagcctgcagcagtctcaggcagcgctgagacgc
atccggcagcttcagcagacaccggacgtcacgacggtccacagagagcacactcctagc
cacatcaccacctggaccggtcccgggtttactcgcgtcaaagacggcgccggcttggtg
ttcaccatcgacaacatcccatacgccatggagtacgaagtcatgattcgctacgagcct
gagtccacagaggactgggaggctgtagtcagcatcacctctgctgagctcccctcaagt
ctccgatgtggaaaccttcttccgaccgaacagctctacactgaaaccctgctgcacagc
aacagatacatcctgatgtccaggccattttgttttgagcccagtaatcgctacgtggta
gcaatcaggttccagcgacacggagtcggttacagacaccttaccgctttcattttgatt
gactcactggttttgatccccaagtacaccgagcttcctggtttccacggcagcgacccg
gacacagagcagcaccggaaggacatggtccgctacatgtgcctggattcctttatgatc
acgccgatgccaatgctggctgagatgtgcaccaaactcatctgcggcatctcagccaac
attcacgatggggccctgccctgtcagtgcgacccccagggttccatcagcggcgagtgt
gataaggtcggaggtcagtgccgctgtaaagctaacgtcattgggcggcggtgtgaccag
tgcgccccaggaacctacggctttggagtgaacggctgcaatgcctgtgactgccaccca
gagggctcctccagccaccagtgtgacccggttacaggtcagtgtccgtgcaggcaggga
gccaccgggcgccagtgctccgactgccaaccgggccagtggggcttccccagctgcagc
ccctgtcagtgtaacggccacgccgacctctgtgactcccggacaggagagtgcagaggc
tgcagggacaacacagcgggtcacctctgcgaacgctgtgtggaaagtttctacggcaac
ccagtgctcggctcgggggatcactgtcacccctgcccctgccctggaaaccctggttcc
aaccactttaatggccattcctgtcaagctgaccacacctccgatcagatcatatgttac
tgcaaatcaggctatacaggtcctcgctgcgatcagtgtgctccgggttactatggcaac
ccagagcagcccggtggacagtgtctccgctgcgagtgcaatgataacatcgacccccag
gatccggagtcatgtgaccccaggactgggcagtgcctcaggtgcctgtaccacactgac
gggccgtcctgttcccggtgcgaggaaggatacttcggcaacgctttgatcagggactgc
agacggtgcacctgtgtgactgctggcactgtggagtcagcctgcagtgagggacagtgt
ctctgtgaccactacactggggcctgtccttgcagggggtctgtgatgggcaacaactgt
gaccagtgtgcccccaaccactggaattacggtcaggctgaaggctgccagccgtgcaac
tgtgaccagtggcattctgagagggaccggtgcaacatgttcacaggccagtgtccgtgt
aggcccggtttcggaggacaacgttgcaccgagtgccaagagcaccactggggcgaccca
gaggtggagtgtagagagtgctcctgtcaccctctgggctcacagacacgccagtgtaac
cgagcgacaggacagtgcgattgcaaggatgggatggcggggctccagtgcgatgagtgc
gcgcgcggcttcacgggcgtcttccccaactgtgtcccgtgtcatcagtgcttcgatcag
gcggacgaccacttgtgccagatcagaagagacttggagcacatccagtacgccatccag
aagatcctggagagcgggatcacgcccggagtcgggatcaaccgcatcatggagcttgag
cagaagctgaaccaggtgcgaaacctgattgatacggggaacacggaacagatccaccag
ctgattggacagagcatcgatgacctcagacctgagattgttctcattaactcacgtctg
acgggaatcgatcaagacacaaacaaaactaaagaggcggatgaggtcttaaaacgcgct
ctgactgacctggagaaagaactgatggatgtcaatgctacgctggctcgcaaacaggag
ctgctggacaagtacctgacctcaggattttcagatcagtttgacaaagtgaagaagtac
taccaactgtcacagcaggctgaggagaagtgcaacgcctcggtgttgtttcctaccagt
ccagttgaacaatccaaacaaaatcgagggattaccgagaagatgctgaacgccacaaag
gacgagctcccccggaatctaaccgctcacaacaattcattaaacgagctgcatcagaag
acccaaaacctcagtgagacggtccgacatctcagccaaatggtgtgtggtggtgctagt
aatgccagccaaaatggcagctgctctgacaaccggtgtggttgccatgacaatcagggt
aactttgtttgtggaggagagggatgcgatgggacaaagagttcttctttgactgcgctg
aaggatgccacaaacctcaccgacagtctgaaagctgccatgaaggagctgcagggcgtc
actaagaagcttcaggacatagcttcccagacccaggatgtgaagaaccggacaatgaac
gctctggagaaagcccagaagaagaaagaatactttgaaaaaagcaataaagaccttaaa
gacttgattaagaccatcaaagacttccttacagaggagggagcagatcctgagagcatc
cagaaggtagcccagcaggtcttagatatcaagctgccgatcaacaggaccactgtggac
aaactgatcaaccagatcaacagcagcattgccaatctcaccaacgttcaggacattatg
aatcaaacttcgcagctcatccgcaatgctcaagacctgatgaataaagctaaagaggca
gagagacaagcagtgggtgtgagggatctggtcaatagcaccaaacaggccttaaatgtc
tctgaggtggccatagagaaagcaaaggcagccctgaaggaggcccgggacaacctgaac
aggaccaagaactccactgctgaggtggaaaatgggttggtgcagcttgaggacaagcag
atggacatcatgatgcgtctaaccaatctgtccaagggagtggaagccctaaagaacaag
acagagataaatagactaatggcaaaggacgccataaacctggctaacaacgccagtcac
caggcatccacactggagcaggagctaaatgtaacagagaaacgttaccgtgagctgcag
ttgaagatggagactcttggcagctctggaagtctgaacaacatccaacagaaggtcaaa
gatatgacgaaggctgcagacgatctcctcagtaaagccaataatgggataaatgatctt
gacaaactaggggaattattgaaaaacaacgaggagcggatgaaggagcagcttgtggag
ctggagggcctgaagcaaaacgccactgatgtgagagaccaaattcagaaaggagtgcag
aaatatagtacctgctcgtga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (170)   
   KEGG ORTHOLOGY (1)   
   RefGene (165)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (6)   
   Pfam (6)   
All databases (186)   

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