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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| DANRE39454 | 205 | 8 |  ENSDARG00000038359.9 | |||
| DANRE39455 | 432 | 14 | ENSDARG00000038359.9 | |||
| DANRE39456 | 309 | 12 | ENSDARG00000038359.9 | |||
| DANRE39457 reference isoform | 441 | 15 |  F1Q510 |
Protein Sequence
Download: Fasta
MLAIKIINVS VRDVRFPTSL EQHGSDAMHT DPDYSVAYVV LETDKAELKG YGLTFTVGRG 60 TEIVVCAVKA LSTLVVGKTL EEITSDFRGF YRLLSSDGQM RWIGPEKGVI HLATAAVLNA 120 VWDLWARVER KPLWKLLVDM DPAKLISCID FRYLTDALTE QEALDILVKG KKDQKSREEQ 180 MLKEGYPAYT TSCAWLGYTD QQLTQLCNEA LAQGWTKFKV KVGADLQDDI RRCSLIRKLI 240 GPNNTLMIDA NQRWDVNEAI TWVTKLAEFQ PLWIEEPTCP DDILGHASIS KALAPLGIGV 300 ASGEQCHNRV MFKQFLQASA LQFVQIDSCR VGSVNENLAT ILMAAKFNVP VCPHAGGVGL 360 CELVQHLILF DYISVSASLS NRMCEFVDHL HEHFKSPTVI RNAKYIPPKD PGFSCEMLEE 420 SVKKHQYPEG EVWRAIEKQQ K 441
cDNA Sequence
Download: Fasta
ATGCTGGCGA TCAAAATCAT AAATGTGTCC GTGCGTGATG TGAGATTCCC GACGTCACTG 60 GAACAACATG GATCCGATGC AATGCACACA GATCCAGATT ATTCTGTGGC GTATGTTGTT 120 CTGGAGACGG ACAAAGCTGA ACTCAAGGGT TACGGCTTGA CTTTTACTGT GGGAAGAGGG 180 ACGGAAATCG TTGTGTGTGC AGTTAAAGCT TTATCCACCC TGGTGGTGGG GAAGACTTTA 240 GAGGAAATAA CCAGTGACTT CCGAGGCTTC TACAGACTCC TGAGCAGCGA TGGTCAGATG 300 AGATGGATCG GACCAGAGAA AGGAGTCATT CATCTGGCAA CAGCAGCCGT ATTGAATGCT 360 GTCTGGGATT TATGGGCAAG AGTAGAGAGA AAGCCCTTGT GGAAGCTACT TGTTGACATG 420 GATCCTGCAA AGCTGATCAG CTGTATTGAT TTCAGATATC TCACTGATGC TCTGACGGAG 480 CAGGAAGCTT TAGATATATT GGTAAAAGGC AAAAAAGATC AGAAAAGTAG AGAGGAACAG 540 ATGTTGAAAG AAGGCTATCC TGCCTATACC ACTTCCTGTG CCTGGCTGGG TTACACTGAC 600 CAGCAGCTTA CACAGCTCTG CAATGAAGCT CTTGCTCAAG GATGGACTAA ATTTAAAGTG 660 AAAGTCGGGG CTGATTTGCA GGATGATATT CGTAGATGCA GCCTTATTCG AAAGCTGATT 720 GGACCAAACA ACACACTGAT GATTGATGCC AACCAACGGT GGGATGTTAA TGAAGCAATC 780 ACCTGGGTAA CCAAGCTGGC AGAGTTTCAG CCACTGTGGA TTGAGGAGCC CACCTGTCCT 840 GATGACATTC TAGGTCATGC TTCCATCTCT AAGGCACTTG CACCTTTGGG TATCGGAGTT 900 GCCTCTGGAG AGCAGTGCCA TAACAGAGTG ATGTTCAAGC AGTTTCTCCA GGCCTCAGCT 960 CTGCAGTTTG TTCAGATTGA CAGCTGTAGG GTCGGCAGTG TTAATGAGAA CCTTGCCACT 1020 ATACTCATGG CTGCCAAGTT TAATGTTCCT GTATGTCCTC ATGCTGGCGG TGTTGGACTG 1080 TGTGAGCTTG TACAGCACCT TATTTTGTTT GACTACATTT CAGTGTCTGC TAGTTTAAGT 1140 AATAGGATGT GTGAGTTCGT GGATCACCTT CATGAACACT TCAAAAGCCC CACCGTGATC 1200 AGAAATGCCA AATACATTCC ACCAAAAGAC CCTGGATTCT CTTGTGAAAT GCTGGAGGAA 1260 TCTGTGAAAA AGCATCAGTA TCCTGAAGGG GAGGTTTGGA GAGCCATTGA GAAACAGCAG 1320 AAGTGA 1326