KEGG   Nanorana parkeri (Xizang Plateau frog): 108797114
Entry
108797114         CDS       T04897                                 
Name
(RefSeq) laminin subunit alpha-4-like
  KO
K06241  laminin, alpha 4
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr04510  Focal adhesion
npr04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:npr00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    108797114
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    108797114
SSDB
Motif
Pfam: Laminin_G_2 Laminin_EGF Laminin_G_1 Laminin_I Laminin_II
Other DBs
NCBI-GeneID: 108797114
NCBI-ProteinID: XP_018424189
Position
Unknown
AA seq 1585 aa
MANISLWMYAYVLPVFLWHIYPCSASFEGSAFHLEAEGSTSTTSKIDSNIIDVQQSYIPA
RLIPLSQRCQAGLYYSVSGECLPCSCNGNAYKCLDGSGSCVDCQRNTTGKHCERCPTGYM
ADVVQGVLKSCLQCPCPLQFSSNNFALTCALKRGSVRCICKENFAGPKCERCAPGYYGSP
LLIGGTCRKCDCSGNSDPNMIFEDCNEVTGQCNSCMGDTTGFHCERCAPGYYGDARTAKN
CTECRCSKCGTDTCSDITGKCHCKPGVTGVTCDRCQIGYYGLDSCLGCQKCKCSAASIDN
SCDPIGQQCRCKPGAGGLQCERCKSGYWNYGPSGCQKCNCGGGPCNNKTGVCLLEDPDSP
SGSNCSFDCDKCIWDLIDDIRLSDILINETRSTIGSISTGVAVNRLLNGINSSVIQLTDN
LQDKKSQSLSEDLQVADIETEVELLHAEVSEIAEKGNLAEIKGQLMHKETMETMSRAKLT
AELVSDIEDEIKETLVKLKHYQSLQGDVSPTDRIKSIKEAEQMLKELSVLNFDLQKKLVQ
EEAENAEDLLSEVQEDWLQKHNNTLSLFPIVLEPITEYNMKLSDLEEYIKEARNNIMETT
KKNTENSGKLQIQDEQITTVNEAATSTNDALKEAWTTLNDTNVIIEDINGIIKNMTGHHA
EIDGATTGLQEKIANLSDNVEDLVRQAVDHALVLERYSDELKSDLKNVDTNGLVQKALDA
SNVYERIVTLVEDANETSVMAANAADRAKDAVDGINNQATFQRGESDRLIAQANDLRNSE
VISKHLGLTETRKRVDAGTARKSSLNDTLANIIAKLQLTEDDETRKRLEKSKLMADKALN
ISAMVTEMTDPMTKNANMWKEDLSSSGFDASAYNSVVNAAGESVKNLTEVMPLLLTKLRT
VEHNFPSNNISSSILRIRELIAQTRSVASKVQVSMKFRGKSAVNVNLKTNLADLKAYSSM
SLYINPEAHQQQPQDRFIMYLGHKNAKSDYMGLAIKRNNLVYIYNLGSGDVEIPLDSKPI
STWPEYFSLVKIERLGRHGKVLLTVPSQTGATEEKFIKKSEASGSDSLLDLDPDNTVFYV
GGVPERFKLPASLNLPGFVGCLELAAVNDDIVSLYNFHNIHNINTATVPPCVRNKLAFTQ
SRAASYFFDGTGYAVIRNIERRGRFTQVTRFDIEVRTPVDNALVFLMVNGTKFFSLEIQD
GYLRLLYDFGFSKGPVLLDDSMKKAQINDARFHEISVIYHNSKKMILVVDRKHVKSVDND
KTSIPFTDIYIGGAPTNILESMKAHVAADIAYRGCMKSFQFQKKDFNLLEEPDTIGISYG
CPEDSLMSRRAYFNGQSFIASSQKVAPFDGFEGGFSFKTLQPSGLLLYHSEGADMFSVSM
DKGAVVLTVKDMKVQSKNTQYNDGHNHFIVTSVSQTGCHLLVDETDSSSQQRDEKDITLP
SARKFYFGGSPNGASQANFTGCISNAYFTRTDRDVEVEDFQKYQEKVQVSLYGCPVETPP
IALTHKRGKNSSKDKGKQKKRLGKNKAEPSHSVTEAKGIEAEDSQVASQCALSGRPRSVK
NAYLYGGTANSRQEFKHLPKQFNQK
NT seq 4758 nt   +upstreamnt  +downstreamnt
atggctaacatttccctttggatgtatgcttacgttctgccagtatttttgtggcatatc
tacccttgcagtgcttcatttgagggtagtgcatttcacctggaagctgaaggtagcact
tcaaccaccagcaagattgactccaatatcatagatgtgcagcaatcctacatcccagcc
agactcatcccactgtcacagagatgtcaagcaggattgtactattcagtttctggagaa
tgtctaccatgttcgtgcaatggaaatgcatacaaatgcctagatggttccggttcctgt
gtggactgccaaagaaatacaacaggcaagcactgtgagagatgtccaactggttacatg
gctgatgtagtccaaggagtactaaaatcctgcctgcaatgtccctgtccactgcagttc
agttccaacaactttgcccttacttgtgctttgaagagaggttctgtgcgctgcatttgt
aaagaaaattttgctggacctaaatgtgaaaggtgtgcaccaggctattatggcagccca
ctgctaataggtggcacatgtcgaaaatgtgactgcagtggaaactcagatcccaacatg
atttttgaagactgcaatgaagtcacagggcaatgcaacagttgtatgggtgacaccaca
ggatttcactgtgagcgatgtgcaccggggtattacggagatgctagaacggctaaaaac
tgcacagagtgtcgctgttcaaagtgtggtacagatacctgcagtgatatcacagggaaa
tgtcattgcaaaccaggtgtgactggagtaacctgtgaccgttgtcaaattggatactac
ggccttgacagttgcttaggttgtcagaagtgtaaatgcagtgctgcttccatagacaac
agctgtgatcctataggtcaacagtgcagatgcaaaccaggagcagggggtctgcaatgt
gagagatgcaagtctggatactggaattatgggccatctggctgccagaaatgcaactgt
ggtggcggaccatgtaacaataaaacaggagtatgtctactagaggatcctgattcccca
agtggatcaaactgctcatttgattgcgataaatgtatctgggacctaattgatgacatc
aggctcagcgatatattaataaatgaaaccaggtcaacaatagggagtatatccactgga
gtggcagttaacagactcctgaatggcattaactcatcagtcatccaactcacggacaat
ctgcaagataagaagagtcagtcattgtctgaagatctccaggttgctgacattgaaaca
gaagtagaactcctgcatgccgaagtcagtgaaattgctgagaagggaaatcttgcagag
ataaaaggccagctgatgcacaaggaaactatggaaacaatgagccgtgcaaagttgact
gcagaactagttagtgacatagaagatgagattaaagaaacacttgttaaactgaagcat
tatcaatccctgcaaggggatgtgagcccaacagatcgaattaaaagcataaaggaagca
gagcaaatgctcaaggaactctcagtactaaactttgaccttcaaaaaaagctggtccaa
gaagaagcagaaaatgcagaagacttgttaagtgaagtccaagaagattggctgcagaaa
cacaacaatactctgtctctgtttccgattgtactggagcccatcacagaatacaatatg
aagctatctgatctggaagaatatataaaggaagctcgcaacaacattatggaaacaact
aaaaaaaacacagaaaacagcggcaagcttcaaatacaagatgaacagataacaactgtg
aatgaagcagcaacatctaccaacgatgccttaaaagaagcctggacaacattaaatgat
accaatgtgatcattgaagatattaatggcataatcaagaatatgactggtcaccatgct
gaaatagatggagctacaactggactgcaggagaaaatagctaatttatctgacaacgtt
gaagacctagttcggcaggctgtagatcatgcacttgtacttgaaaggtactctgatgaa
ctaaaaagtgacttgaagaacgtcgacacaaatggattggtccaaaaagctcttgatgcc
tccaatgtgtatgagagaattgtaactcttgttgaagatgccaatgagacatctgttatg
gctgcgaatgctgctgacagagctaaagatgctgtggatggtatcaataaccaagctacc
ttccagaggggagaaagtgatcgactaattgctcaagccaacgacctcagaaactctgag
gttatcagtaagcatttaggtttaactgagaccagaaaacgggttgatgctggtactgct
agaaaatcatccttgaatgacacgctggcaaacattattgctaaacttcaactaacagag
gatgatgaaaccagaaaacgtcttgaaaagtcaaaactaatggcagataaagctctaaat
atttctgccatggtgactgagatgactgacccaatgacaaaaaatgcaaacatgtggaaa
gaagaccttagcagttcgggttttgatgcttctgcttacaactcagttgtaaatgcagct
ggagaatcagtgaagaacctgacagaggtaatgccactactgctgactaaactgcgcact
gtagaacacaactttccatcaaacaacatttcgtccagtattctccgtatccgtgagctc
attgcccagacaagaagtgtggccagtaaggttcaagtatcaatgaagtttagaggtaaa
tcagcagttaatgtcaatctgaaaacaaaccttgctgacctaaaggcctactcatctatg
agtctatacattaatccagaagcacaccaacaacagcctcaagacagatttattatgtac
cttggacataaaaatgccaaatcagattacatgggtctcgctattaagcgcaataacctg
gtttacatatacaacttgggaagtggagatgtggaaattcccctggactccaagcccatc
agtacatggccagaatattttagccttgtgaaaatagaaaggttgggacgacatggaaaa
gtacttctaactgtacctagtcagactggtgcaacagaggaaaaattcattaagaagagt
gaggcttccggcagtgactcacttctggatctggaccctgacaatactgtattctatgtt
ggtggtgtgcctgaaagatttaagctcccggccagtttgaacctacctggctttgttggc
tgtctggaactggctgctgtaaatgatgatattgtcagcttatataatttccataacatc
cataacatcaatacagccacagtgccaccttgtgtgagaaataagctggcgttcactcaa
agtcgggcagcatcctacttctttgatggcactggttatgctgtaatacgcaacatagaa
agaagggggcgctttacccaagttacccgatttgatattgaagtccgaacacctgtagac
aatgctcttgttttcttaatggttaatggcacaaaattctttagcttggaaatccaagat
ggctacctgcgccttctgtacgactttggctttagtaaaggtcccgtgctcctggatgac
tcaatgaaaaaagctcagatcaatgatgcaagatttcatgagatctctgtcatttatcac
aattccaagaagatgatcttggtggttgacaggaaacatgtgaagagtgttgacaatgat
aagacatcaattccatttactgacatttatattggaggagctcctacaaacattctggag
agtatgaaggctcatgtggctgcagatattgcatacaggggatgtatgaagagcttccaa
ttccagaaaaaagatttcaatctcttagaagaaccagacaccattggaatcagctatggt
tgcccagaagattcccttatgtctcgcagagcatatttcaatggacaaagctttattgca
tccagtcaaaaggtagctccctttgatggttttgaaggaggtttcagcttcaagacccta
cagccaagtggattattgctctatcattctgaaggggctgatatgttctccgtttccatg
gataaaggtgctgtagtcttaacagtaaaagacatgaaggtgcagtccaagaatacgcaa
tacaacgatggacacaatcattttattgtgacttcagtttcacaaactgggtgtcatctg
ttggtagatgagacagattctagttcccagcaaagagatgaaaaagacataacccttcca
tcagcaagaaagttctactttggtggttctcctaatggtgcttcacaagctaactttaca
gggtgtatcagcaatgcttatttcaccagaactgacagagatgtggaagttgaggacttt
cagaaataccaagaaaaggtccaagtctccttgtatggatgtcctgtagaaacaccaccc
atcgctctgacccataaacgtggtaagaactcttcaaaggacaaaggaaagcaaaaaaag
agacttggtaaaaataaagcagaaccatcacacagtgtaactgaggctaaaggcatagaa
gcagaagactcacaagtagcctcccagtgtgctctatctggaagaccaagatctgtcaag
aatgcctatctctatggaggaactgctaacagccgccaggagtttaagcatcttcctaaa
caattcaatcaaaagtaa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (81)   
   KEGG ORTHOLOGY (1)   
   RefGene (77)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (92)   

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