Eleginops maclovinus (Patagonian blennie): 134868161
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Entry
134868161 CDS
T09869
Symbol
tjp2a
Name
(RefSeq) tight junction protein ZO-2a isoform X1
KO
K06098
tight junction protein 2
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Pathway
emac04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04530 Tight junction
134868161 (tjp2a)
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Gene cluster
GFIT
Motif
Pfam:
PDZ
PDZ_6
Guanylate_kin
PDZ_2
SH3_2
SH3_1
DUF6288
Motif
Other DBs
NCBI-GeneID:
134868161
NCBI-ProteinID:
XP_063745152
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All DBs
Position
8:4059157..4088968
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AA seq
1287 aa
AA seq
DB search
MKFKKFITIMQAAIGIVPLNKRELLPPGRKLWRPPGDQPGSDQTSTDLLKSNRKFRWSRE
AQYLYLRRLSSRSYSAITMNPVMEETVWEQYTVTLQRDPKMGFGIAVSGGRDNPNEESGE
TSIVVSDVLQGGPADGFLFENDRVVQVNAISMEGAIHSFAVQTLRKCGKVAKITVKRPRK
VPVNMGNRPPSPDDRVFNNDYNDDYNYDQDRRSVYSGRDHSPDRGGGGYMDSGYQTRERD
HDRDYDRRERGRSMERDLSPDRQYKRDGSRGRTLDRERSPERLHKGDHLLEPNYGPDRRY
RSERALDRDHSPDRRYRSERALDQEYSPDRRFRSERALDRTHSPDLRYGRDSPPRGRGRD
HSVERGRERAPSDPRKYEEPLRRSWSRDRLERSPSPPAMPIPLPRPARDLEPLEKPLNVL
LLKNRPNEEYGLRLGSQLFIKEMTNTGLASRDGNLQEGDIILKINGTVTENLSLSDAGKL
IEKSRGKLQLVVQRDKRQVLIRVPAMVDSDSELDDISEIESYRSYSPQEDRRGHHSDLSS
HSSNERLREKPREEPPKRLAKMGAMPTPFRPPDRAVEDLPPLHADREEPRAETPPVPAAA
VAPRVHAPSKMPMKPSLEDQEIYGPNTVMVRFQKGDSVGMRLAGGNDVGIFIAGVQDDSA
AEQEGLQTGDQIMKVNNMDFRGMVREDAVLYLLEIPKGEDVTILAQSKPDVYKDILASGR
GDSFFIRTHFEYEKEAPQSLPFTRGEIFKVTDTLYDGKLGNWLAIRSDKDNQLREKGIIP
NKSRAEQMSNVQNAARVASGNDRGDFWRLRGQRAAKKKDLRKSREDLSAAPVTTKFPAYE
RVVLREAGFRRPVVIFGPISDAVNEKLSTDRPDMFVIAKTEPKDAGTEKSSGVVRLNTIR
KIIEQDLHALLDVTPKAVDTLNYTQWYPIVLFLNPDSKQGVKTMRNRLVPGSTRSARKLY
EQSVKLRKTCSHLFTATVDLNSSNDAWYGSVKDSIQEQQDRAVWVCEGKLDGSDEDLDLH
DDRMSYLSAMSADYLSMDSRLTSDYEDTADEGGAYTDNELDETLDEPQPVSAIGRSSEPV
MPDEKPHPEPRGRMRRAGSREMLNREPSPPPPFVPEPPKVRAQTRTDSTRSYDSHSSSTI
SSDAVAVNRPHPPPVAMKPVIPRPSHTSEGPSPGEEDPASKSFLGKIKAFEKMDHLARAQ
RMLELQEAENARLEIAQKHPDIYAVPMKPPKPNLNRPQPIGSSSNAEQQTPSRSQHYEDD
EAEYRRQLADQNKRGYYNPKRYNDTEL
NT seq
3864 nt
NT seq
+upstream
nt +downstream
nt
atgaagttcaagaagttcatcaccatcatgcaggcggccattgggatcgtacccctgaac
aaacgggagctcttgccgcccggcaggaaactgtggagaccccctggggaccagcctggc
tctgaccagaccagcactgacctcctcaagtcgaaccgcaagttccgctggtccagagaa
gcccagtacttgtatctccgccgcctctcgtcacgcagctactcggctatcacaatgaac
ccggtcatggaggagaccgtgtgggagcaatacactgtgaccctgcagagggatccaaag
atgggctttggaattgcagtgtcgggggggcgagacaaccccaacgaggagagtggggag
acgtccatcgtggtgtccgacgtcctgcagggggggcctgctgatggcttcttgtttgag
aatgaccgagtggttcaggtgaacgccatctccatggagggcgccatccactccttcgcc
gtccagaccctaaggaaatgtggcaaagtagcaaaaattacagtcaagaggcccaggaag
gttccagtcaacatggggaaccgccccccgtctcctgatgacagagtcttcaacaacgac
tataatgacgattacaactacgatcaggaccgccgcagcgtgtatagcggccgggaccac
agcccggaccggggcggggggggctacatggattccggctatcagacacgtgagcgggac
cacgacagggactacgaccggcgggaacgtggccggagcatggagagagacctgagcccc
gaccggcagtacaagagggacggcagcagaggtcgcactttggacagagaacgcagccca
gagcgcctccacaagggagaccacctgctggagcccaactacggcccggacagaaggtat
cgcagcgagcgcgctttagacagagaccacagccccgaccggcgctaccgcagcgagcga
gccctcgaccaggagtatagcccggacagacgtttccgcagcgagcgagctctggaccgc
acgcacagcccagacctgcgctacgggcgggacagccccccacgaggccgcggacgcgac
cacagcgtcgaacgcggacgtgagcgcgcccccagcgacccgaggaagtacgaggagccg
ctgaggcgaagctggagcagagacaggctggagcgctctccgtcaccacctgcgatgccc
atccccctgccccgcccagcccgggacctggaacccctggagaaacccctgaatgtgctg
ctgttgaagaaccggcccaacgaagagtatggccttcgcctcggcagtcagctcttcatc
aaagagatgaccaacacaggcctggccagcagagatgggaacctgcaggaaggggacatc
atattaaagattaacggcacggtgacagaaaacctgtccctcagcgacgcagggaagctg
atcgagaaatcccgcgggaagctgcagctggtggtgcagagagacaagcggcaggtgctg
attcgagttccagcgatggtcgacagcgactcagagcttgatgatatctccgagatcgag
tcttaccgctcctactctccacaagaggacaggcggggccaccactccgacctctcgtcc
cactcctccaatgagaggctccgagaaaagcccagagaggaaccgccaaaaaggctggca
aaaatgggagccatgccaacaccattcagacctccggacagggctgtggaagacctgccc
cctttgcatgcagacagagaggagccacgggcagaaaccccaccagttccagcagccgcc
gtagccccgagagttcatgctccttctaagatgcccatgaagccaagcctagaggaccag
gaaatctatgggccgaacacagtgatggtgcgtttccagaaaggtgacagcgtgggtatg
aggctggcggggggaaatgatgtcggcatcttcatcgccggcgttcaggacgacagcgca
gcggagcaggagggactccagaccggagatcagatcatgaaggtgaacaacatggacttc
agaggcatggtgcgtgaggatgctgtcctctacctcctggagattcccaaaggagaagat
gtcaccattcttgctcaaagcaaacccgatgtgtacaaggacattttggcatccggcaga
ggtgactcatttttcatcaggactcactttgagtacgagaaggaggctcctcaaagcctt
cctttcaccagaggagagatcttcaaagtgacggacacactttatgatggcaagctgggc
aactggctggcaatccgctctgacaaagacaaccagctgcgggagaaaggaatcatcccc
aacaaaagcagagcagagcaaatgtccaacgtgcagaacgccgcgcgcgtcgcatccggc
aacgacagaggagacttctggaggctaagaggtcaaagggcggcgaagaagaaagaccta
cgcaagagccgagaggacctcagcgctgccccagtcaccactaaattccctgcttacgag
agagtggtgttacgtgaagctggtttcaggagacctgtggtgatatttggacctatttct
gatgcagtgaatgaaaaactgagcacagacaggcccgacatgtttgtcatcgccaaaacg
gagcccaaagacgcggggactgagaagtcctccggagtagtgagactcaacaccatcaga
aagatcattgagcaggaccttcacgctctgctggatgtgactcccaaagctgtggacact
ctgaactacacccagtggtaccccatcgtcctcttcctgaacccggacagcaagcaaggc
gtgaagaccatgaggaaccgcctcgtccccggatccacccgcagcgcacgcaaactgtac
gagcagtccgtgaagctgaggaagacctgctcacacctcttcaccgcgacggtggacctg
aactcctccaacgacgcgtggtacggcagcgtgaaagactccatccaggagcagcaggac
agagcggtgtgggtgtgtgagggcaagttggacggctcagacgaggacctggatctgcat
gacgaccgcatgtcctacctatcggcaatgagcgcggactacctgagcatggacagccgg
ctgaccagcgactacgaggacacagcggacgagggcggggcctacaccgacaacgagctg
gacgagaccctggacgagccgcagccggtgtcggccatcggccgctcatcagagcccgtg
atgccagacgagaagcctcatcctgaaccccggggtcgtatgaggagggcgggcagcaga
gagatgctgaacagagagccgagccctccccctccttttgtccccgaacccccgaaggtg
cgggctcagactcggaccgactcgacgcggagctacgactctcactccagcagcaccatc
agcagcgacgcagtggccgtcaacagaccgcacccccctcctgtggccatgaagcccgtc
atcccacgtcccagccacacatcagagggtccgagcccgggggaggaggaccccgccagc
aagtccttcctgggcaagattaaagcctttgagaagatggaccatctggcccgggctcag
aggatgctggagctgcaggaggcagaaaacgctcgactggagatcgcccagaagcatccg
gacatctacgccgtcccgatgaaaccgccaaaacccaacctgaaccgcccgcagccaata
ggctccagctccaacgccgagcagcaaaccccctccaggtcgcagcactacgaggacgac
gaggcggagtaccgcaggcagctggccgaccagaacaagagaggatactacaaccccaag
aggtacaacgacaccgagctgtag
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