Entry NOTFU22054 (A0A1A8VCX7)

E Nothobranchius furzeri


General Information

Description
ETS translocation variant 5 isoform X1; Derived by automated computational analysis using gene prediction method: Gnomon.
Organism
NOTFU - Nothobranchius furzeri (Taxon-ID: 105023)
Locus
sgr14join(10754638..10754685, 10754778..10754874, 10754946..10754993, 10755383..10755433, 10756556..10756679, 10756749..10757003, 10757083..10757399, 10758612..10758674, 10758811..10758879, 10759079..10759248, 10759332..10759433, 10759568..10759798)
Number of exons
12
Alternative splicing
NOTFU22055
NOTFU22056

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MDGFYDQQVP FIVPPSQQKL HVEESSHGSS LNDRKRKFVE TELAQDTEEL FQDLSQLQEI    60
WIAEAQVPDD EQFVPDFQSE NLMFHGPPPT KIKRELTSSK ELSPCSQDGS PMPYGEKSLY   120
SYSVCDRKPT AVFKPLTPPS TPVSPSGPSS TVLTRSPPPR CHIAAQSTGP NPLQQSSNQQ   180
ALPVHSPPFA VPCAPVGQDA NSFTPEHRFQ RQMSEPCLSF PPSDNQIHPR FLSRPTSSSN   240
LPRDSRPPYH RQMSEPLVAM PPQGFKQELT DLQYSEQGVP SMGPPCPPPG PLRQPAYHPM   300
AIKQEPRDFC FDSEVPNCQS SFGRAGSFYR NNHESCCFDR DPQLYFDDTC VVPERLDGKI   360
KQEPSVYRDG PPYQRRGSLQ LWQFLVTLLD DPANGHFISW TGRGMEFKLI EPEEVARRWG   420
LQKNRPAMNY DKLSRSLRYY YEKGIMQKVA GERYVYKFVC DPEALFSMAF PDNQRPSLKA   480
DPDSLPGLDE DTVPLTHYDD AASYLLDAGE PCVAALPFPD GYGY                    524

Coding Sequence

Download: Fasta
ATGGACGGCT TCTATGACCA GCAGGTCCCT TTTATAGTTC CACCCAGCCA GCAGAAGTTG    60
CATGTGGAGG AATCGTCTCA CGGCTCGTCC CTGAATGACC GAAAGAGAAA GTTTGTGGAG   120
ACGGAGCTTG CCCAGGACAC AGAAGAACTG TTCCAAGACC TCAGTCAGCT GCAAGAGATC   180
TGGATCGCTG AAGCCCAGGT GCCTGATGAT GAACAGTTTG TTCCAGATTT CCAGTCAGAA   240
AACTTGATGT TTCATGGCCC TCCACCGACC AAGATCAAAC GGGAGCTGAC TTCCTCCAAA   300
GAGCTATCTC CCTGCAGCCA GGACGGGAGT CCCATGCCCT ACGGAGAGAA GAGCCTTTAC   360
AGCTACAGTG TCTGCGACAG GAAGCCTACC GCTGTGTTCA AGCCGTTGAC CCCGCCCTCC   420
ACACCAGTCT CTCCCAGTGG CCCCAGCAGC ACAGTCCTAA CCCGGAGCCC CCCTCCACGT   480
TGCCACATAG CCGCTCAGAG CACAGGGCCA AATCCACTGC AGCAATCCTC CAACCAGCAG   540
GCTCTCCCAG TGCACAGCCC CCCCTTCGCT GTGCCCTGTG CACCTGTTGG CCAGGATGCA   600
AACAGCTTCA CACCTGAGCA CAGGTTCCAG AGACAGATGT CAGAGCCATG TTTGTCCTTT   660
CCTCCATCTG ACAACCAAAT CCACCCGCGG TTCCTCTCGC GGCCCACCAG CAGCAGCAAC   720
TTGCCCCGTG ACAGCCGGCC GCCGTACCAC CGGCAGATGT CAGAGCCGTT GGTGGCTATG   780
CCCCCTCAGG GCTTCAAGCA AGAACTCACT GACCTGCAGT ACAGCGAGCA GGGGGTCCCC   840
TCCATGGGCC CCCCATGCCC ACCTCCAGGC CCTCTACGAC AGCCCGCTTA CCACCCAATG   900
GCCATCAAGC AGGAGCCCCG TGACTTCTGC TTCGACTCCG AAGTGCCTAA CTGCCAGTCA   960
TCCTTCGGGA GAGCAGGAAG CTTCTACCGG AATAATCATG AAAGCTGCTG CTTCGACAGA  1020
GATCCTCAGC TGTACTTTGA TGATACTTGT GTGGTTCCTG AAAGATTAGA CGGCAAAATA  1080
AAGCAGGAAC CTTCTGTTTA TCGTGACGGA CCTCCGTACC AACGTCGTGG CTCCCTTCAG  1140
CTCTGGCAGT TCCTGGTCAC CTTACTAGAC GACCCCGCTA ACGGCCACTT CATCTCCTGG  1200
ACAGGACGAG GCATGGAATT CAAACTGATA GAGCCGGAGG AGGTGGCACG TCGCTGGGGC  1260
CTCCAGAAGA ACAGACCTGC CATGAACTAC GACAAGTTGA GCCGCTCGCT GCGTTACTAC  1320
TACGAGAAGG GCATCATGCA GAAGGTGGCC GGTGAGAGGT ATGTGTACAA GTTTGTCTGC  1380
GACCCTGAGG CTTTGTTCTC CATGGCCTTC CCCGATAACC AGAGGCCCAG CTTGAAGGCC  1440
GACCCAGACA GCCTACCTGG CCTGGACGAG GACACGGTGC CCCTCACCCA CTATGACGAT  1500
GCGGCGTCCT ACCTGCTGGA TGCCGGGGAG CCGTGTGTTG CTGCTCTGCC CTTTCCAGAT  1560
GGATACGGCT ACTAA                                                   1575