Salmo trutta (river trout): 115151788
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Entry
115151788 CDS
T08542
Name
(RefSeq) tight junction protein ZO-3-like isoform X1
KO
K06097
tight junction protein 3
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
115151788
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Gene cluster
GFIT
Motif
Pfam:
PDZ
PDZ_6
PDZ_2
Guanylate_kin
SH3_2
Motif
Other DBs
NCBI-GeneID:
115151788
NCBI-ProteinID:
XP_029551870
Ensembl:
ENSSTUG00000010519
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All DBs
Position
17:complement(18356230..18393524)
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AA seq
1301 aa
AA seq
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MEVRFREVTPEMEELTIFEQHTITLGKDSKMGFGFAISGGRDQPNPDSGDTAVIVSDVVR
NGPAMGRLFVRDQIVMVNGVSMDNVYSTFTIQNLKSCGKTANITVKRPRKIQLPASTRPS
RAASYSNLLDQDPPQRPRRYSDGSDQAHKADRYRATSSALDRNGTAHALPLSSGYKRLPQ
QAFPDKPVKATLLKKKLTDEYGLKLGSQIFIKHMTETGLAAKEGTLQEGDLILKINGMTT
ENLSLLETKHLVEKSRGKLTMMVLRDDRKFLVSIPEVQDSAPNSEEDHNSSSELEDISDL
DTDIPTPRNRVSRSATRERRTRRHSVSLACCRRAEPPLVAKSRDPSPVRSTLSRPVAKAY
PSHRAPSESESDRSASPTRVRKDSPDHANKYRTLSGLSTLPNPKASPAVFDWVAPRSSRP
SSSTLRPRKVVSESDSDHSASPPPRRGESSRVTEDHSRYRVLPNLPHPRTLRASPITIRQ
DPPRRVSSPVKALLPDSESESDSSSGPAHSQDSRSRYRATPLVAMLPQVEPPKWKAPSVT
MSNPAKGRSGSESEASYASVPRRESVDSGGFSSRVSRNRYRALPEMKSSPAPVVRQDPPR
QGMTPSSPVSCSSDSDRTPSPPRRSGSTDVESNHSIPHGANGNVRTGISMKSNPPVYSKT
EEPLYSLPPDSIPTPSLGSDLNTVSFVKERSVGLRLVGGNDVGIFVDGVQPNSPAQEQGM
KEGDQIMQVNGVDFGYFNREEAVMFLINIKRGELVDIRTQNKMDIYKKILKSNLGDSFYV
RTHYDNEVEGNIGLAFTRGEVFRVVDTMHRGKLGRWLAIRMGNDLHELDKGTIPNQVRAE
TLASMEQVQWASEEGDRQVSGPRAEFWKLRGLRGAKKNVHRTRDDLLQLTIQGKFPAYER
VLLRKANFKRPIVIMGPLNDVAMEKLAREMPDEYEVAEMAPRSSGADTTSTVIKLDTVRR
IAEKNKHPLLDITPTAVERLNYIQYHPMVLFLDPHSRKDVKAMRQRMCPNSNKSSRRLYT
QALKMRKHCSHLFTARIDLQPSSNVWYETLKDKIRHQQDKPVWDSQVTLEGGGEEELDAL
DRTHSDYLSAASELEDTDGEAFTDGEVYTDNEDLEEPFDPSNHPRMSRLTALARSSEPAS
EYHSPGPSPEPLREVPPLMHVSEHRSTRRPSDSPPHVDVADDTRPYHSFSDSDFRAVDKA
VPTTPSDTPPDFIAPDPRVSVPENPSAELLPESPPAVTLSVIESKLQQTRVAESQERKAS
PSFIVLAHHQAVQTRRTCIRGSDSSDNEETDDIEWGPATEL
NT seq
3906 nt
NT seq
+upstream
nt +downstream
nt
atggaagtgagattcagagaagtgacaccggagatggaggaattaacgatatttgagcag
catactataacactcggcaaagattccaagatggggtttggctttgcgatatcaggaggc
agagaccagccgaacccagactcgggggacacagccgtgatagtttcagatgtggtgcgg
aacggacccgctatgggacggctgttcgtcagagatcagatcgtcatggtcaatggagtg
tcaatggacaatgtgtactctaccttcaccatccagaacctcaagtcatgtggcaaaaca
gccaacataacagtgaagcgtcctcgtaagatccagctccccgccagcaccagaccatcg
cgtgctgcctcctactccaacctgctggaccaggaccccccgcagaggccccgacgctac
tccgatggtagtgaccaggcccacaaagctgaccgctaccgcgccaccagctccgccctc
gaccgcaacgggacggctcatgccctgccgctaagttcagggtacaaacggctcccacag
caggccttcccagacaagccagtcaaagccaccctgctgaagaagaaactcacagacgag
tatggactgaagttgggaagccagatcttcatcaaacacatgactgagacgggtctggct
gccaaggagggcactctgcaggagggagacctcattctcaagatcaatgggatgaccaca
gagaacctgtcccttctggagaccaagcacctggtggagaagtcccggggaaagctgacc
atgatggtcctgcgagacgaccgcaagttcctggtcagcatcccagaagtgcaggacagt
gcccccaacagcgaggaggaccacaacagtagctctgaactggaggacatttcagacctg
gatacagacatccccactcccagaaacagagtgtcacgctctgcaactagagaacgacgc
acacgcaggcattctgtctctctggcttgttgcagaagagctgagcctcctctagtagct
aagtcacgtgatccgtccccggtgcggtcgacactgtcccggcctgttgctaaagcctac
ccctctcaccgagccccctcagagtctgagtctgaccgtagtgcatcacccactcgtgtc
aggaaggacagcccagaccacgccaacaaatacagaactctttcagggctgtccaccctc
cccaaccccaaagcctcacctgctgtctttgactgggtcgccccacgttcctcccgtccc
tcctcctccaccttgagacctcgcaaagtggtgtccgagtcggactcggaccacagtgcc
tccccaccccccagaagaggagagagttcccgagtcacagaggaccactccagatataga
gtgctccctaacctgccccaccctaggacactgagagcctcacccatcaccattcgtcag
gatcctcctcgacgggtctcctctcctgtcaaagccctactcccagactctgaatctgag
tcagacagcagctccgggcccgcccacagccaggactcccgaagcagatacagagccact
cccttggtagccatgttgccccaggtggagccccccaagtggaaagcccccagtgtcaca
atgagcaatcctgctaaagggcgctcaggatcagagtcggaggcaagttatgcgtccgtc
cctcgacgggagtctgtagacagtggaggctttagctccagggtatccaggaacagatac
agagctctgcctgagatgaagtcttctccagctccagtagtgagacaggacccccctcga
caaggcatgaccccctccagtccagtctcatgttcctctgattcggaccgtacaccctca
cccccaaggaggtctgggagtacagacgtggagagcaaccacagtattccacacggagcc
aatggcaatgtccgcactgggatatcaatgaagagcaaccctccagtctactccaagaca
gaggaacccctctactccctacccccagactccattcctacacctagcttgggctcagat
ctgaacacagtgtcgtttgtgaaggagaggagcgttggcctgagactggtgggaggcaac
gatgtgggcatctttgtggacggggttcagcccaatagccccgctcaggagcagggcatg
aaggagggggaccagatcatgcaggtgaatggggtggactttggttatttcaaccgtgag
gaagctgttatgttcctgatcaacatcaagagaggggagctggtcgacatccgtactcag
aacaagatggacatttacaagaagatcctgaagtccaacctgggggactcgttctacgtc
cggacccactatgacaatgaggtggagggcaacatcggcctagccttcaccaggggagag
gtgttcagggtggtggacaccatgcacaggggcaagctgggaaggtggctggctatacgc
atgggcaacgacctgcatgagctggacaagggcaccatccccaaccaggtcagggccgag
actctggccagtatggagcaggttcagtgggccagtgaagaaggggatcgccaggtctca
gggcccagggcagagttctggaaactacgggggctcagaggggccaagaaaaacgtccac
aggactcgtgatgacctgctccagcttaccatccagggcaaattcccagcatacgagaga
gttctgctcagaaaagctaatttcaaacggccaatcgtcatcatgggtcctctgaacgat
gtggccatggagaagctggccagagagatgcctgatgaatatgaggtggcagagatggct
cctcgtagtagtggcgcagacactacttccacggtcatcaagctggacacagtacgaagg
attgcagagaagaacaagcaccctctgctggacattactcctactgcagtggagcgtctg
aactacatccagtaccaccccatggtgctgttcctggacccacacagcaggaaggacgtc
aaggccatgaggcagaggatgtgccccaactccaacaagagctccagacgcctctacaca
caggccctcaagatgaggaagcactgcagccatctgttcacagctcgtattgatctccag
cccagctctaatgtgtggtatgagactctgaaagacaagatcagacaccagcaagacaaa
cctgtctgggactcacaagtcacgttggagggaggcggcgaggaggagctggatgcattg
gaccggacccactcggactacctgagtgctgccagcgaactggaggacacagacggagag
gcgtttacagacggagaggtctacactgacaatgaggacctggaggaaccattcgatccc
agcaatcatccccggatgtccaggctcaccgctctagcccggtcttcagagcctgcctct
gagtaccacagccccggcccctcccccgagcctctgagagaggttccacccctgatgcat
gtgtctgagcacagatcgacccgtcgtccatctgacagccctcctcacgttgacgttgct
gatgacacccgaccctatcatagcttctcagattcggacttcagggccgttgacaaggct
gttccgaccaccccctcggacacaccccctgacttcatagcccctgaccccagagtctct
gtgcctgagaacccgtcggctgaactgttgccagagagccccccagctgtcactctgtca
gtcatagagagtaaacttcaacagacccgtgtggcagaatctcaggagaggaaagcatct
ccatcgttcattgtgttggctcaccaccaggctgtccaaacaagacgcacttgcatccga
ggcagtgacagctctgacaatgaagagactgatgacatcgagtggggtccagctacagaa
ctttag
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