Salmo trutta (river trout): 115159600
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Entry
115159600 CDS
T08542
Name
(RefSeq) tight junction protein ZO-2-like isoform X1
KO
K06098
tight junction protein 2
Organism
stru
Salmo trutta (river trout)
Pathway
stru04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04530 Tight junction
115159600
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GFIT
Motif
Pfam:
PDZ
PDZ_6
PDZ_2
Guanylate_kin
SH3_2
Motif
Other DBs
NCBI-GeneID:
115159600
NCBI-ProteinID:
XP_029565333
Ensembl:
ENSSTUG00000013298
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Position
23:complement(22423110..22463332)
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AA seq
1234 aa
AA seq
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MMPVNGGRLFSLSRYETHYFKSPVMEETMWEQYTVTLQRDPKMGFGIAVSGGRDNPNEEN
GEMSIVVSDVLQGGPADGLLFENDRVVQVNATPMDGVPHSFAVQTLRKCGKVAKITVKRP
RKVPVNLLKHGPSPDDRVFSNNDYDQDRHSVYSGRSGHQDRDHSQERGGYTDAGYQGQGF
DRDYGRDDRGRSMERDLDPERQYRRDGSKGRTLDRERSPDRRYKSDRTLDRDHSPNLRYR
SDLTLDREPSPDRRYRSERALDRDPSPDRRFRSERTLDCTNSPDLRYRASHGRDRSFERN
HKHVPSDRDQRKEQMKRSGSRERLDRSPSPASMPIPMSRPPREPEPLEKPVSVLLLKNRP
NEEYGLHLGSQLFIKEMTSTGLACRDGNLQEGDIILKINGTVTENLSLSDAGKLIEKSRG
KLQLVVQRDRRQVLIRIPPLADSDSELDDISEIESYRSYSPQDDRRAPTSDLSSHSSNER
LRDKPREDPPSRLAKMGAMPTPFAMPARVSDRVMEDTPPLPAERKESRPETPPAPVVNVA
PKVHAAPKLPLRPSIEDQDIYGPNTGMVRFQKGDSVGLRLAGGNDVGIFIAGIQEDSPAE
QEGLRTGDQIMKVNNMDFRGIVREDAVLYLLEIPKGDDVTILAQSKPDVYKDILASGRGD
SFFIRTHFEYEKEVPQSLPFFRGEIFKVTDTLYDGKLGNWLAIRTDKDNQLLEKGIIPNK
SRAEQMSNVQNAQRGTANDRGDFWRLRGQRAVKKDLRKSREDLTAISVTTRFPAYERVVL
REAGFRRPVVVFGPIADAVNEKLGNDLPEEFVIAKTEPKDAGTEKSSGVVRLNTIRQIIE
QDRHALLDVTPKAVDTLNYTQWYPIVVFLNPDSKGGVKTMRNRLVPGSNRSARKLYEQAV
KLRKTCSHLFTATVDLNSANDGWYGSVKDSIRAQQERAVWVCEGKLDASEEDLDIHDDRM
SYLSAMSADYLSMDSRLTSDYEDMADEGGAYTDNELDEPMDEPHQLVSAISRSSEPVLTE
ERAHPAPIPRMRRSGSREVLRDPSPPPSFVPEPPKQVRVQSRGGYDSHSSSTISSDTAGG
PKPTPPPVALKPTVALKPTLRALNQSSEDHAVPEGEDPANRSFMGKVKAFEKMDHLARAQ
RMLELQEAEQARLEIAQKHPDIYAVPVKLPKPNHNRPQPIGSSSNPEPQTPSSRPPYSES
RGHYDDEEEYRRQLADQTRRGYYSNPQKYKDTEL
NT seq
3705 nt
NT seq
+upstream
nt +downstream
nt
atgatgcccgtaaatggagggagactcttcagtcttagtagatatgagacacattatttc
aaaagcccagtcatggaggaaaccatgtgggagcagtatactgtgacactgcagagggac
cccaagatgggttttggtattgcagtgtccggggggcgggacaaccccaacgaggaaaac
ggggagatgtccatagtagtgtctgacgtgcttcagggagggcccgccgatggcctgcta
tttgagaatgaccgggtggtgcaggtgaacgctactcccatggatggtgtgccacactcc
ttcgctgtacagaccctcagaaagtgtggaaaagtagccaaaattacggtcaagaggccc
aggaaggttccggtcaacctgctgaaacacggcccttcccctgacgaccgtgtcttcagc
aacaatgattatgaccaggaccgccacagtgtgtacagtggacgcagcggtcatcaagat
cgcgaccacagccaggagaggggaggttacacagacgctggctaccagggacagggcttt
gaccgggattacggtcgagatgaccggggaaggagtatggagagggaccttgatccagag
aggcagtacagacgagacggcagcaaaggtcggactctggaccgcgaacgtagccctgac
cgccgctacaaaagtgaccgcactcttgaccgtgaccacagccccaatctgcgttaccgt
agtgatcttactctcgaccgcgagcccagcccagaccgccgctaccgcagtgagcgggcc
cttgaccgcgaccccagccctgacaggcgtttccgtagcgaacgcactctggactgcact
aacagccctgacttgcgatacagagctagtcacggtcgtgaccgcagctttgagcggaac
cacaaacatgttcctagtgaccgcgaccagaggaaggagcagatgaagaggagtgggagc
agggaacgtctggatcgttcaccctcccccgcctccatgccaatccccatgtcccgccct
cctcgggagccggagcccctggagaaacccgttagtgtgctgctactgaagaacaggccc
aacgaagagtatggtctgcatctgggtagtcagctgttcattaaggagatgaccagcaca
ggtctggcctgcagggatggcaacctccaggagggagacatcatactgaagatcaatggt
acggtgacagagaacctgtctctgagtgatgcagggaagctgatcgagaagtctcgtggg
aagctgcagctggtggtgcagagagacagaagacaggtcctcatcaggattcctcccctg
gcagacagtgactctgagcttgatgatatctcggagatcgagtcgtaccgctcctactcg
ccacaggatgaccgacgggcccccacctcagacctgtcttcccattcctccaatgagagg
ctccgagacaaacccagggaggacccaccaagtaggctggctaagatgggcgccatgcca
acaccgttcgccatgccggcacgagtatcagatagagttatggaggacacgccccctctg
ccagcagagaggaaggagtcccgcccagaaacgcccccagcaccggtagtcaatgttgcc
ccaaaagtccacgctgccccaaagctgccactgaggccaagcatagaggaccaggacata
tacggccccaacacggggatggtgcgtttccagaagggagacagcgtggggctgaggctg
gcgggaggaaacgatgtgggaatcttcattgcaggcattcaggaggacagccctgcagaa
caggagggccttcgcaccggggaccagatcatgaaggtgaataacatggacttcaggggc
atagtgcgtgaggatgctgtcctgtacttgctggagattccaaagggagatgatgtcacc
atcctggctcagagcaaacctgatgtctataaggacatcctggcatcgggtaggggggac
tctttcttcatcaggacccactttgaatatgagaaagaggttccccagagcctgcccttc
ttccggggggagatcttcaaggtgacggacacactctatgacggcaagcttggcaactgg
ctggccatccgcactgacaaagacaaccagctgctggagaagggtatcatccccaataag
agcagggccgaacaaatgtcaaatgtgcagaacgcccagagaggaacagccaatgacaga
ggagacttctggaggttgagaggtcaaagagcggtgaagaaggacctccgtaagagcaga
gaggacctgactgccatctctgtcaccacacgcttccctgcctatgagagggtggtctta
cgagaagctggcttcaggagaccagtggttgtgtttgggcccatcgcagacgcagtcaat
gagaaactgggaaacgacttgcctgaagagtttgtcatagccaagactgagcccaaggat
gcaggcactgagaagtcctccggtgtggtgagactcaataccattcgacagatcatagaa
caggaccgccatgccctgctggatgtaactcccaaggcggtggacaccctgaattacacc
cagtggtaccccatcgtggtgttcctcaacccggacagcaagggtggcgttaagaccatg
aggaaccgcctggtgcccggctccaaccgcagtgcccgcaaactctacgagcaggcggtc
aaactgaggaagacctgttctcacctcttcactgcgaccgttgacctgaactcagccaat
gacgggtggtacgggagtgtgaaggactctatccgggcacagcaggagcgggccgtgtgg
gtctgtgagggcaagttggacgcctcggaggaggacctggatatccatgacgaccgcatg
tcatacctgtcagcgatgagcgctgactacctgagcatggacagccggctgaccagcgac
tacgaagacatggccgatgagggcggtgcttacaccgacaacgagctggacgagccaatg
gacgagccccatcagctggtgtcggcaatcagccgctcctcagagcccgtacttacagag
gagagagcccatcctgcccccatacctcgtatgaggcgatcagggagcagagaggtgctg
agagaccccagtccacccccctccttcgtccctgagccccccaagcaggtgagggtgcag
tctcgcgggggctacgactcccactccagtagcaccattagcagcgacactgccgggggg
cccaagccaaccccacctccagttgccctcaagcccactgtggcccttaagcccactctg
agggcactcaaccagtcatctgaggaccacgctgtcccggagggagaggacccggccaac
cgctccttcatgggcaaggtgaaggcctttgaaaagatggaccacctggccagagcccag
aggatgctggagctccaggaggccgagcaagcacggctggaaatagcccagaagcatcca
gacatctatgcagtcccagtgaaactaccaaagcccaaccacaaccgcccacagccaata
ggctccagctccaacccggagccccagaccccatcctccaggcctccgtactctgagagc
aggggtcactacgacgacgaggaagagtaccgcagacagctggccgaccagaccagacga
ggctactacagtaacccccagaaatacaaagacactgagctgtag
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