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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| DANRE35335 | 73 | 3 |  ENSDARG00000023645.1 | |||
| DANRE35336 | 43 | 2 | ENSDARG00000023645.1 | |||
| DANRE35337 reference isoform | 446 | 13 |  F1QAI8 | |||
| DANRE35339 | 446 | 13 | F1QAI8 | |||
| DANRE35338 | 362 | 4 | Q6DRK9 |
Protein Sequence
Download: Fasta
MWRRVAVYGP SLSVRLAIAG FHEKGIMSRR LHARRLEGID KNIWVEFTQL AADYKAVNLG 60 QGFPDFSPPS FIQEAFCNAL TGGFRMHQYT RAFGHPNLVK ILAKFFSRIV GREIDPMEDI 120 LVSVGAYQAL FCTFQALVDE GDEVIIVEPF FDCYQPMVMM AGGMPVYVPL KPREGRGPAL 180 TSADWVLSPE ELASKFTSRT KAIVINTPNN PLGKVYQWEE LQVIADLCIK HDVICISDEV 240 YEWLTYDGAK HVKIASLPGM WERTVTIGSA GKTFSATGWK VGWAIGSGHI MKHLKTVHQN 300 SVYHCATAAQ EAISVGFQRE YDVFGTEDSY FHQLPITLHE KRKRLADCLK SVGLKPILPQ 360 GGYFMIADIS NINVDLNDPT TKEEPYDYRF VKWLIKEKGL ATIPVSAFYS PEHRDQFQKY 420 IRFCFVKEDS TLQAAENILK QWSENK 446
cDNA Sequence
Download: Fasta
ATGTGGAGGA GAGTGGCGGT GTATGGACCT TCGCTCTCAG TCAGATTAGC AATCGCAGGT 60 TTTCATGAAA AGGGCATCAT GTCTCGTAGG TTGCACGCGA GAAGACTTGA AGGAATTGAC 120 AAAAATATAT GGGTGGAGTT CACTCAGCTG GCTGCTGACT ATAAGGCTGT GAACTTGGGC 180 CAAGGCTTCC CTGATTTCTC TCCTCCCAGT TTCATTCAGG AGGCCTTCTG CAATGCACTG 240 ACTGGAGGTT TCCGCATGCA CCAGTACACG CGTGCATTTG GCCACCCAAA CCTAGTGAAG 300 ATCCTGGCCA AGTTCTTCAG TAGGATTGTT GGTCGGGAAA TAGATCCAAT GGAGGATATC 360 TTAGTTTCTG TTGGAGCATA TCAAGCACTT TTCTGCACCT TCCAGGCTCT CGTTGATGAG 420 GGCGATGAGG TGATTATTGT GGAGCCATTC TTTGACTGCT ATCAGCCAAT GGTTATGATG 480 GCAGGTGGAA TGCCTGTGTA TGTGCCTCTT AAACCTAGGG AAGGCCGTGG TCCTGCTCTG 540 ACCAGTGCTG ACTGGGTTTT GTCTCCTGAA GAGTTGGCCA GTAAATTTAC TTCTCGAACC 600 AAAGCCATTG TTATCAACAC CCCTAATAAT CCTCTTGGCA AGGTCTATCA ATGGGAGGAA 660 CTTCAGGTTA TTGCAGACTT ATGCATTAAA CATGACGTCA TTTGCATTAG TGATGAGGTG 720 TACGAGTGGC TCACATATGA TGGAGCGAAG CATGTAAAGA TCGCCAGTCT GCCAGGTATG 780 TGGGAACGTA CTGTCACCAT CGGCAGTGCA GGAAAGACCT TCAGTGCCAC AGGATGGAAG 840 GTGGGTTGGG CAATAGGATC AGGGCATATC ATGAAGCACT TGAAAACCGT CCATCAGAAC 900 TCAGTGTATC ACTGTGCCAC AGCTGCCCAG GAAGCCATAT CAGTGGGTTT TCAGCGAGAA 960 TATGATGTAT TTGGGACAGA GGACAGCTAT TTTCACCAGT TACCTATCAC TCTTCATGAA 1020 AAGAGAAAAA GGCTGGCAGA TTGTCTGAAG AGCGTTGGTC TGAAACCCAT TCTGCCCCAG 1080 GGTGGATACT TCATGATTGC AGATATATCC AATATTAATG TTGATCTTAA TGACCCTACT 1140 ACTAAGGAAG AACCATATGA CTACAGATTT GTGAAATGGC TCATTAAAGA GAAGGGACTG 1200 GCCACCATCC CGGTATCTGC TTTCTACAGT CCAGAACACA GAGACCAATT CCAAAAATAC 1260 ATCAGATTCT GCTTTGTTAA GGAGGACTCG ACCCTGCAAG CAGCAGAGAA CATCCTAAAA 1320 CAGTGGAGTG AAAACAAATG A 1341