Entry SERDU31439 (A0A3B4T6Z8)

E Seriola dumerili


General Information

Description
transcript_id=ENSSDUT00000001911.1
Organism
SERDU - Seriola dumerili (Taxon-ID: 41447)
Locus
BDQW01000814.1join(complement(159318..159437), complement(159106..159229), complement(158865..158945), complement(158512..158565), complement(158276..158397), complement(158059..158168), complement(157694..157729), complement(157290..157372), complement(157150..157195), complement(156628..156766), complement(156423..156485), complement(156206..156334), complement(155758..155830), complement(155553..155662), complement(155282..155362), complement(155113..155200), complement(154945..155012), complement(154030..154148), complement(153826..153952), complement(153107..153256), complement(152786..152860), complement(150749..150886), complement(150586..150659), complement(150365..150485))
Number of exons
24
Alternative splicing
SERDU31438

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MAALKGLRER GGGGDGGGGG GLVFDPPGIN GDEEEEDSLA VLLSVLAQNG QVGLCFYDST    60
DSSLHYMIDT PDNHELHLLA RVIQEVSPHV IITSAKQERC MTRFLHKLGS NPDYKPEVVT   120
YPYVDFGLEV GKQRLLSAHL PFLPTSVSER DKMSYLSSCI SFDSPLMLRT VGALLKCLDR   180
RRVGVELEDS SVGVPILQFN AYTLKGVVCI DRDTYSVLQI FKSELHPSVY KLHSGEKEGL   240
SLYGILNRCR SKFGSRLLRQ WFLRPTQDLA VLHRRQEVIR FFTSPRNSDA QSTLQSLLRN   300
IRNIPTLLHR MSLSHTKVTD WQSLYKTVSS AVCIRDMVRH LPQSIQLFHD ISEGLSDDLH   360
YISSIISRVV DFETSIAENR FTIKPNVDPA IDEKKRRMMG LSDFLTDVAR RELEHLDARI   420
PACCVIYIPL IGFLLSVPRL SSMVEKEDFE IEGLDFMFLS EDRLHYRSQR TKELDDLLGD   480
LHCDIRDMEM AVMTQLQNTI LERSSSLHKV LDLTAELDCL MAMSSASQEY GYTSPKLASH   540
RKITVMQGRH PLLELCSPVF VANSFESSEL QGRIKIITGP NSSGKSIYLK QVGLIVFMAL   600
IGSDVPAKEA EIGLVDGIFT RMQSRESVSV GLSTFMIDLN QMAQALNSST GNSLVLVDEF   660
GKGTNTTLET AVDGDELVFL YQLKEGICQS SYAANIATLA GLPISLVQRG VEVSELYRTG   720
RPIKRIDKAS SDEQANRCRS VVEKFLNLDL EDKDLDLQRF MKDELLPSTG DLLNRS       776

Coding Sequence

Download: Fasta
ATGGCAGCAC TGAAAGGTCT GAGAGAAAGA GGAGGAGGAG GAGATGGAGG AGGAGGAGGG    60
GGGCTAGTTT TTGATCCTCC AGGTATAAAT GGAGATGAAG AGGAGGAAGA CTCACTTGCG   120
GTTTTACTGA GTGTTTTGGC CCAGAATGGA CAGGTGGGCC TCTGCTTCTA TGACAGCACA   180
GACTCCTCTT TACACTATAT GATAGACACT CCTGACAACC ATGAGCTTCA CCTGCTGGCC   240
AGAGTTATTC AGGAGGTTAG TCCCCATGTA ATCATTACCA GTGCAAAGCA GGAGCGCTGC   300
ATGACCCGCT TCCTGCACAA ACTGGGTTCA AACCCAGACT ACAAACCAGA GGTGGTTACT   360
TATCCATATG TTGACTTTGG CCTGGAGGTT GGTAAACAGA GGCTGCTCTC TGCCCATCTA   420
CCTTTCCTTC CTACTTCTGT TTCAGAGAGA GACAAAATGT CCTACCTCTC CTCCTGTATC   480
TCCTTTGACT CTCCCCTGAT GCTGAGGACA GTGGGTGCAC TGCTAAAATG TCTGGACAGG   540
AGGCGAGTGG GAGTGGAGCT GGAAGACAGC AGTGTTGGAG TTCCTATCCT ACAGTTCAAC   600
GCCTACACGC TGAAAGGTGT GGTGTGTATT GACCGAGACA CATACAGTGT ACTACAGATC   660
TTCAAGTCAG AACTTCACCC ATCAGTGTAC AAGCTCCATT CAGGCGAAAA AGAAGGGCTC   720
AGTCTTTATG GTATACTAAA CCGCTGCAGG TCTAAGTTTG GCTCTAGATT GCTACGCCAG   780
TGGTTTCTGC GGCCAACACA GGACCTGGCC GTGTTACACA GAAGACAGGA AGTGATACGT   840
TTCTTCACAT CACCTCGGAA CTCAGACGCA CAGAGTACCC TGCAGTCCTT GCTACGCAAC   900
ATCAGAAACA TACCAACTCT TCTGCACAGG ATGTCTCTCT CTCACACCAA AGTGACTGAC   960
TGGCAGAGTC TCTACAAGAC GGTATCCAGT GCAGTGTGTA TTAGGGACAT GGTGCGACAC  1020
CTGCCTCAAT CCATTCAGCT CTTTCATGAT ATCAGTGAGG GGCTCTCTGA TGACCTCCAC  1080
TATATCTCCT CCATCATCAG CCGAGTTGTC GATTTTGAAA CCAGCATAGC CGAGAACCGC  1140
TTCACCATCA AACCAAATGT GGACCCCGCA ATAGATGAGA AAAAGAGGAG GATGATGGGG  1200
TTGTCCGACT TCCTGACAGA TGTTGCCAGA AGAGAGCTGG AACATCTGGA TGCCCGCATC  1260
CCCGCCTGCT GTGTCATCTA CATCCCTCTG ATTGGATTCC TTCTCTCTGT CCCTCGACTG  1320
TCCAGTATGG TGGAGAAGGA GGATTTTGAG ATAGAGGGGC TTGATTTTAT GTTCCTGTCA  1380
GAGGACCGTC TGCACTACCG CAGCCAGAGA ACCAAGGAGC TAGATGACCT CCTAGGAGAC  1440
TTACACTGTG ACATCAGAGA CATGGAGATG GCAGTAATGA CACAACTGCA GAACACAATC  1500
CTCGAGAGGA GCAGCTCCCT CCACAAGGTC CTGGATCTCA CTGCTGAGCT GGACTGTCTG  1560
ATGGCTATGA GCAGTGCCTC CCAGGAGTAC GGCTATACCT CACCCAAGCT TGCCAGCCAT  1620
AGGAAGATAA CAGTCATGCA GGGCAGACAC CCGCTGTTGG AGCTGTGTTC TCCTGTGTTT  1680
GTTGCCAACT CCTTCGAGAG CTCAGAGTTG CAGGGCAGAA TCAAGATCAT CACTGGACCC  1740
AACTCATCTG GCAAGAGCAT CTATCTCAAA CAGGTAGGTC TGATTGTGTT CATGGCTCTG  1800
ATTGGCTCAG ATGTGCCGGC GAAGGAGGCA GAGATCGGTC TGGTGGATGG GATCTTCACC  1860
CGTATGCAGA GCAGAGAGTC TGTGTCTGTG GGCCTCAGCA CCTTTATGAT TGACCTCAAC  1920
CAGATGGCCC AGGCTCTCAA CAGCAGTACT GGCAACTCAT TAGTTCTCGT GGATGAATTT  1980
GGAAAAGGAA CTAACACAAC TCTAGAGACA GCAGTGGACG GGGATGAGTT GGTGTTTCTG  2040
TACCAACTGA AGGAAGGGAT CTGCCAGTCC AGCTATGCTG CCAACATCGC TACACTGGCA  2100
GGCCTGCCAA TTAGCCTTGT ACAGAGAGGG GTGGAGGTGT CTGAACTGTA CAGGACAGGA  2160
AGGCCCATTA AACGCATTGA CAAAGCATCA TCGGATGAGC AGGCAAACAG GTGCAGGTCT  2220
GTGGTGGAGA AGTTTCTGAA CCTTGACCTG GAAGACAAAG ATTTGGATCT GCAACGCTTC  2280
ATGAAAGACG AGCTCTTGCC CTCCACTGGA GACCTTCTGA ACCGCAGCTG A           2331