KEGG   Salmo salar (Atlantic salmon): 106562151
Entry
106562151         CDS       T04363                                 
Name
(RefSeq) tight junction protein ZO-1-like
  KO
K05701  tight junction protein 1
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa04520  Adherens junction
sasa04530  Tight junction
sasa04540  Gap junction
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    106562151
   04530 Tight junction
    106562151
   04540 Gap junction
    106562151
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:sasa04812]
    106562151
Cytoskeleton proteins [BR:sasa04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     106562151
SSDB
Motif
Pfam: PDZ ZU5 PDZ_6 Guanylate_kin PDZ_2 SH3_2 SH3_1
Other DBs
NCBI-GeneID: 106562151
NCBI-ProteinID: XP_013982285
UniProt: A0A1S3KUJ6
Position
ssa11:15740205..15890964
AA seq 1915 aa
MKYQKYITVMQMAMGVTAINRDNCIPPKRQMWVTPTDGLSGIGATGIGTAASSAAITEAQ
DSAEAAAEDAAAARAAARAGAMCGSGAIGGCSVMFATSTLSLPMTQGKPSLRRIKGRIHR
SKSLDSIDLLDSNSAAMEETVIWEQHTVTLHRAPGFGFGIAISGGRDNPHFQSGETSIVI
SDVLKGGPAEGLLSENDRVVMVNAVSMDNVEHAYAVQQLRKSGKNAKITIRRKRRVQIPV
SHPGDRETMSEHEEEDTDEDDGYEQHSGRSGPTSAYGAASGGTASRRTNDRERERSNSSR
REHSASRERSISPHSGRSQGSSTPSRPAKVTLVKSRKNEVEYGLRLASHIFVKDISPESL
AARDGNIQEGDVVLKINGTVTENLSLIDAKKLIERSKGKLKMVVQRDDRATLLNIPDMDD
SIPSGNNSDRDDISEIHSLTSDHSTRSHDRARGSRSRSPTRSEPSDPSRHSPRQISNGSW
RLKNAGTFLHRILPLHRSRDEERISKPGVMSTPVKGSQEALIQAISDQPLAREDKLPPLP
EPKPVYAQPGQPDVDLPVSPSDAPVPSAGHDDSILRPSMKLVKFKKGESVGLRLAGGNDV
GIFVAGVLEDSPAAKEGLEEGDQILRVNNVDFANIIREEAVLFLLDLPRGEEVTILAQKK
KDVYRRIVESDVGDSFYIRTHFEYEKESPYGLSFNKGEVFRVVDTLYNGKLGSWLAIRIG
KNHQEVERGIIPNKNRAEQLSSVQYTLPKTPGGDRADFWRFRGLRTSKRNLRKSREDLSA
QPVQTKFPAYERVVLREAGFLRPVVIFGSIADVAREKLAREEPDLFELAKTQQHEGVEKS
EPKDAGKDQRSSGIIRLHTIKQIIDRDRHAVLDITPNAVDRLNYAQWYPIVVFLNPDSKQ
GVKTMRTRLCPESRKSARKLYERALKLRKNNHHLFTTTINMNNMNDGWYGALKETIQQQQ
NQLVWVSEGKADGAPDDDLDLHDDRLSYLSAPGSEYSMYSTDSRHTSDYEDTDTEGGAYT
DQELDETLNDEVGLPTEPAITRSSEPVREDPPVIQEPLRYGGYQHTVQPDPLNRIDPAGF
KAPVAQQNEKAEAVPATMPILPQQPEQPVLLAETEAAPTAVNNTVNGVAGLSHGLSLGPI
AAPQSKPNPGPGPEADRLRMPTPDLAQPLAPAPTLEPEPLQSGPPSSEPQMYKKDPYLEE
PVRVNHGGVKPSPAMGPPMTYESQPPYQDQHPYRDYDHPPNRYDGGGYLEPKYRNFDSQL
HHEKNVPHYDDQWPPYNQQTSGPPPHQQQHPPGPGYDPRLSYEDGPERDYSPPQLRYDET
PLGYNGRPRYGKPAGPGPIRYDEPPPSVPGGYAPLRYDQEPHPYPPATRSPEPPKQYYQG
EPAQRPGPAYNQAPPQHRGYKPPPQQYEPIMSFDAPVPAPKPQPEALRPSPGDTVITTAP
NPLPPPPRVELEDDPAIRAQSVLSRVKMFENKRSVSVDRAKEAGDTVGLRSADLPTKPGA
CIPKANSLSNLDQEKSFRVPEPQKPREVSDDDIVRSNHYNPDEDEEYYRKQLSYFDRRSL
DAVKAPPQTTPVIATKPAAQPQAHPGYNYPRAESVEKVSPVERRYEPVPQVTPAAPPAIL
PKPTSPEDPHDSPKADTVTTNYLPQKSYPEKSPVNGTAMKDQPKAPANTSYNRYVPKPYT
NSAKPFERKFDSPKFNHNLLPNNKTDLAPAIKAPANSTAPAKPQISPQPTDLDSGLDTFT
RTMDNRSKYQHNNINAVPKAIPVSPSALEDDDEDEGHTVVATARGVFNCNGGVLSSIETG
VSIIIPQGAIPEGVEQEIYFKVCRDNSILPPLDKEKGETLLSPLVMCGPHGLKFLKPVEL
RLPHCASMTPDGWSFALKSSDSSSGDPKSWQNQSLPGDPNYLVGANCVSVLIDHF
NT seq 5748 nt   +upstreamnt  +downstreamnt
atgaagtaccagaaatacataacggtgatgcagatggctatgggggtgactgccatcaac
agagacaattgcatccctcctaagagacagatgtgggtgactcccacagatggattgtca
gggataggtgccacggggataggcaccgcggcttcgtccgctgccattacggaagctcag
gattcagcagaagcagctgcagaagatgctgcagctgctcgtgccgctgctcgtgcaggt
gctatgtgtggttctggtgctataggaggatgcagtgtaatgtttgccacctccacactc
tcgctgcccatgacccagggcaagccctccctccgcaggatcaagggccgcattcaccgc
agcaagagcctggacagcatagacctgctcgactccaatagcgcagcgatggaggaaact
gtaatatgggaacagcacacagtgacccttcacagggccccagggtttgggttcggcata
gccatctctgggggccgggacaaccctcacttccagagtggtgagacttccattgtcatc
tccgacgtcctgaagggaggcccagcagaaggactcttatcggaaaatgaccgtgtggta
atggtcaacgcggtgtccatggacaacgtagagcatgcgtacgcagtgcagcagcttcgg
aagagtggaaagaatgcaaaaataacgatccgaagaaaacggagggttcagatcccagtg
tctcacccgggggacagggagactatgtccgagcacgaggaagaggacacggatgaagac
gatggttacgagcagcacagcggccgcagcgggcccaccagcgcctatggcgcggcgagc
ggcggcacggccagcaggcggacgaacgaccgcgagcgtgaacgcagcaacagcagccgg
cgggaacacagtgcctcgcgagagaggagcatctcgccccactctggccgatcccaaggc
tcctctacaccgtcccgccccgccaaagtcacccttgtcaagtcccgcaagaatgaagta
gagtatggtctgcgtttggccagccacatctttgtgaaggacatctccccagagagcctg
gcagcacgggacggaaacatccaggagggagacgtggtgctgaagattaacggcacagtg
accgaaaacctgtcgttaatagatgctaagaagctgatcgagaggtcaaaaggcaagtta
aagatggtggtgcagagagacgacagagccacgttgctcaacatccccgatatggacgac
agcattccctccggcaacaactccgaccgagacgacatttcagaaattcattcactgaca
tcagaccattccactcgatcccacgatcgagcacggggcagtcgatcccgctcccctacc
cggtctgagccctcggacccctcccgacactcaccacggcagatcagcaatggcagttgg
aggctaaagaacgcagggacattcttacacagaatactcccactccacagaagtcgagat
gaggagaggatttccaagcccggggtgatgtcgactcctgttaaagggtcccaggaggcc
ctaatccaggccatcagcgaccagccactggccagagaggacaaattgcccccgctgcca
gaaccaaagccagtgtatgcccagcctggccagcctgatgtggacctgccagtcagcccc
tctgacgccccagtgcccagcgctggtcatgatgacagcatcctcaggccgagtatgaag
ctggtgaagtttaagaagggggagagtgttggcctgaggctggccggagggaacgacgtg
ggcatctttgtagccggagtcctggaggacagcccagctgccaaggaaggtctggaggaa
ggagaccagattctcagggtaaacaacgtagactttgctaacatcatccgagaggaggct
gtgctgttcctcctagaccttcccaggggtgaagaggtcaccattctggcccagaagaag
aaggatgtttaccgtcggatagtggagtcggatgtgggcgactcgttctacatccgaacc
cactttgagtatgagaaggagtctccgtacggcctgagcttcaacaagggagaggtgttc
cgtgtagtggacaccctctacaacggcaagctgggctcctggctcgccatacgcattggc
aagaaccaccaggaggtggagagaggcatcatccccaacaagaacagggcagagcagttg
tccagtgtgcagtataccctccccaaaacgccagggggcgacagggctgacttctggagg
ttccgtggtctgcggacctccaagaggaacctgaggaagagcagagaggacctgtctgcc
cagccagtccagaccaagttccctgcctatgagagggtggtgctgagagaggctgggttc
ctgaggcctgtggtgatctttgggtccattgcagacgtggcaagagagaagctggcaagg
gaggagcctgacctgtttgagctggccaaaacacagcaacatgaaggagtggaaaagagt
gagcccaaagacgcaggaaaagaccagcgcagctccgggatcattcgcctccacaccatt
aaacagatcattgaccgggaccggcatgctgtgctggacatcacccccaacgctgtggac
cgtctgaactacgcccagtggtaccccatcgtggtgttcctcaacccggacagcaagcag
ggcgtcaagaccatgagaaccaggctgtgccctgagtccaggaagtcagccaggaaactc
tacgagagagccctcaaactaaggaagaacaaccaccacctcttcaccaccaccattaac
atgaataatatgaatgacgggtggtacggtgccctgaaggagaccattcaacagcagcag
aaccagctggtgtgggtttcagagggaaaggcggacggtgctccagatgatgacctggat
ctgcatgatgaccgtctgtcgtacctgtcggctccgggcagtgagtactccatgtacagc
acggacagccgccacacctccgactacgaggacacggacacagagggcggggcctacacc
gaccaggaactagacgagacgctgaacgacgaggtgggcctgcccactgagcccgccatc
acccgctcctcggagcccgtccgagaggacccaccagtcatccaggagcccctgaggtac
ggcgggtaccagcacacagtgcagcccgaccccctgaaccggatcgacccagccgggttc
aaggcaccagtggcccagcagaatgagaaagcagaggctgttccggccaccatgcctatc
ctcccccagcagcctgagcagcctgtgttactggctgagacagaggcagcgcccactgct
gtcaacaacactgtaaatggtgtagcgggtttgagccatggtttaagccttggccctatc
gctgctccccagagcaaacccaacccaggccccggccccgaggctgacaggcttaggatg
cccacccctgatctagctcagcccctggccccggccccaacgctcgaacccgaaccccta
caatccggaccgcccagttcagaaccacagatgtacaagaaagatccctacctggaggag
ccagtcagagtgaaccatggtggtgtaaagccgtctccagcgatggggccgcccatgaca
tacgagtcccagcctccgtaccaggaccaacacccgtacagagattacgatcacccgcct
aaccgctacgacgggggtggctacctggaaccaaagtatcgtaacttcgactctcaactg
caccacgagaaaaacgtgcctcactacgatgaccagtggcctccctacaaccagcagacc
tctggcccaccaccccaccagcagcagcacccccctgggcctggctacgacccccggctg
tcctacgaagacggacccgagcgagactacagcccccctcagctgcgctatgatgagacc
ccgctgggctacaacggacgacctcgttacggcaagccagcaggacccggacccatccgc
tacgatgagcctcctccatccgtcccagggggctacgctcctctacgttacgaccaggag
cctcacccgtatccccctgcaacacgctctccagagccccctaaacaatactaccagggg
gagcctgcccagcggccaggacctgcctacaaccaggcaccacctcagcaccgaggctac
aagcccccgccccaacagtatgaacccatcatgagctttgacgcccccgtgcccgcaccc
aaaccacaaccagaggctctccgtccctcacctggggacacggtgatcactacagccccc
aatccccttccccctccccccagagtggagctggaggacgacccggccataagggcccag
tcggtgctgtccagggtcaagatgtttgagaacaagcgctctgtgtctgtggaccgagcc
aaggaggcaggagacaccgtcgggctcaggtcagcagatctgcccaccaaaccaggcgca
tgcattcctaaagccaactcgctcagcaatctggaccaggagaagtcgttcagagtccct
gagcctcagaagccccgggaggtgtccgatgatgacatagtgcgctctaaccactataac
ccagatgaagacgaggagtactataggaaacagctgtcctactttgaccggcgaagctta
gacgcagtcaaggcccctcctcagacaacacctgtcattgcaaccaaacctgctgctcaa
ccacaagcacatcccggatacaactaccccagggcagagtcagtggagaaggtcagtcct
gtggagaggagatatgaacctgttccccaggttacccctgctgccccacctgccatactg
cccaaacccacctcacctgaggatcctcatgactctcccaaagcagacacagtcacgacc
aactacctgccccagaagagttaccctgagaagtctccagtaaacggtacggcaatgaag
gaccagcccaaggccccggccaataccagctacaaccgctacgtccccaagccctacacc
aactccgccaagcccttcgagaggaagtttgacagccccaagttcaaccacaacctgctg
cccaacaacaaaacagacctggccccagccatcaaggccccagccaacagcacagcccca
gccaagccccagatctccccccagcctacagacctggactcaggcttggacaccttcaca
cgcaccatggacaacaggtccaagtaccagcacaacaacatcaacgctgtgcccaaggcc
atccctgtcagccccagtgctctggaggatgatgatgaggatgaaggtcacacggtggtg
gccacggcccggggggtcttcaactgtaatggaggggtgctgagctccatcgagacgggt
gtcagcatcatcatcccacagggggccatccccgagggcgtagaacaggagatctacttc
aaagtctgccgggacaacagcatcctgccccccctggacaaggagaaaggagagaccctg
ctcagcccgctggtgatgtgtggccctcacggcctcaagttcctgaagcctgtggagctg
cgtttacctcactgtgcgtctatgaccccagatggttggtcttttgctctaaaatcctcc
gactcctcgtcgggtgatcccaagagttggcagaatcagtctctccctggagaccccaac
tacctggtgggagccaactgtgtgtctgtgctcatcgaccacttctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (50)   
   KEGG ORTHOLOGY (1)   
   RefGene (46)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (17)   
   UniProt (1)   
   RefSeq(pep) (16)   
DNA sequence (18)   
   RefSeq(nuc) (16)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (98)   

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