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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| DANRE05984 reference isoform | 631 | 16 |  Q6NV35 |
Protein Sequence
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MGLLSQGSPL NWEETKKHAD HVRKHGILQF LNIYNKVKDR QKDVLKWGDE VEYMLVNMDD 60 QNEKVRLVLN GKEVLEILQE KGENINPNHP TLWRPEYGSY MIEGTPGQPY GGTMSEFNTV 120 EDNMGKRRRE ASSVLKKNET LLTVTAFPRL GCPGFTLPEY KPTPVEKGVS KSLFFPDEAI 180 NRHPRFSTLT RNIRHRRGEK VVINVPIFKD INTPSPFMEV FPEDDGEAAR GAKPDHIYMD 240 AMGFGMGNCC LQVTFQACSI SEARYLYDQL ATFCPIVMAL SAASPFYRGF VSDIDCRWGV 300 ISASVDDRTR EERGLESLKN NKFRIHKSRY DSIDSYLSCC GEKYNDIELT IDEDINKQLL 360 DAGIDKLLAQ HIAHLFIRDP LSLFQEKIHL DDENESDHFE NIQSTNWQTM RFKPPPPNSE 420 IGWRVEFRPM EVQLTDFENS AYVVFIVLLT RVILSYKLDF LIPLSKVDEN MKVAQKRNAV 480 QEGMFYFRKD VFKGCTPVLD RPGAAQNGLE TETNDGEEFI LMSIDTIING KEGVFHGLIP 540 MLNSYLENME VDVDTRCTIL NYLKLIKKRA SGDLMTMAKW MREFVAKHPQ YKQDSVITDK 600 INYDLLHKCD RIAKGEEKCP ELIGEPVNRG K 631
cDNA Sequence
Download: Fasta
ATGGGCTTGC TGTCACAGGG GTCACCGCTC AACTGGGAAG AGACCAAGAA ACATGCTGAC 60 CACGTAAGAA AACACGGCAT CCTGCAGTTC CTCAACATCT ACAATAAAGT CAAAGACCGG 120 CAGAAGGATG TGCTCAAGTG GGGAGACGAG GTGGAGTACA TGTTGGTGAA CATGGATGAC 180 CAAAATGAAA AAGTCCGCCT AGTTTTGAAT GGGAAGGAGG TTTTGGAAAT TCTTCAGGAA 240 AAGGGTGAAA ACATCAACCC CAACCACCCC ACATTGTGGA GGCCTGAGTA CGGCAGCTAC 300 ATGATCGAGG GAACACCGGG TCAGCCGTAT GGCGGGACGA TGTCGGAGTT CAATACGGTT 360 GAGGATAACA TGGGGAAGCG GAGGAGAGAG GCTTCATCTG TGCTCAAGAA GAACGAAACT 420 CTCCTCACAG TCACGGCATT CCCCAGGTTA GGCTGCCCGG GCTTCACCCT GCCGGAGTAC 480 AAACCCACAC CTGTTGAAAA AGGGGTTTCC AAATCGCTGT TCTTCCCAGA CGAGGCCATC 540 AACCGACACC CGAGATTCAG CACTCTGACC AGAAACATCC GCCATCGGAG GGGTGAAAAG 600 GTGGTGATAA ACGTACCAAT TTTTAAAGAT ATCAACACCC CGTCTCCATT CATGGAGGTG 660 TTTCCAGAGG ATGATGGAGA AGCTGCTCGA GGTGCCAAGC CGGATCACAT CTACATGGAC 720 GCCATGGGCT TCGGCATGGG GAACTGCTGC CTGCAGGTGA CCTTCCAGGC TTGCAGCATC 780 AGTGAGGCTC GATATCTTTA CGACCAGCTG GCCACTTTCT GTCCCATAGT GATGGCTCTG 840 AGCGCCGCCT CTCCATTCTA TCGGGGTTTT GTGTCCGACA TCGACTGCCG CTGGGGTGTT 900 ATCTCTGCAT CTGTGGATGA CCGTACCCGA GAGGAGAGAG GCCTGGAGTC GCTGAAAAAC 960 AACAAATTCA GGATCCATAA ATCAAGATAT GATTCGATCG ACAGCTACCT CTCCTGCTGT 1020 GGAGAGAAAT ACAACGACAT CGAGCTGACC ATAGATGAGG ACATCAACAA ACAGCTCCTT 1080 GATGCAGGCA TTGACAAACT GCTGGCGCAG CACATTGCAC ATCTCTTCAT CCGCGACCCG 1140 CTGTCGCTCT TCCAGGAGAA GATTCACTTG GATGATGAGA ACGAATCGGA CCACTTTGAG 1200 AACATTCAGT CCACCAACTG GCAGACCATG AGGTTCAAGC CCCCTCCGCC AAACTCTGAG 1260 ATCGGATGGA GAGTGGAGTT CAGGCCAATG GAGGTCCAGC TGACAGATTT CGAGAACTCT 1320 GCTTACGTGG TGTTTATCGT TCTGCTCACC CGCGTCATCC TGTCCTACAA GCTGGATTTC 1380 CTCATTCCGT TGTCGAAGGT GGATGAAAAT ATGAAGGTAG CCCAGAAGCG AAATGCCGTG 1440 CAGGAGGGCA TGTTTTATTT CCGGAAGGAT GTCTTTAAAG GCTGTACCCC AGTGCTGGAT 1500 CGGCCGGGCG CAGCTCAGAA TGGACTGGAG ACTGAAACTA ATGATGGAGA AGAGTTTATA 1560 CTGATGAGCA TCGACACCAT CATCAATGGA AAGGAAGGGG TTTTTCACGG GCTGATCCCC 1620 ATGTTGAACA GCTATCTGGA GAACATGGAG GTGGACGTGG ACACACGCTG CACAATCCTC 1680 AACTACCTGA AACTCATCAA GAAACGAGCT TCAGGTGATC TGATGACCAT GGCCAAGTGG 1740 ATGAGGGAGT TTGTTGCCAA ACATCCTCAA TATAAGCAGG ACAGCGTCAT TACAGACAAA 1800 ATCAACTACG ACCTGCTCCA CAAGTGTGAC AGAATCGCAA AAGGAGAAGA AAAATGTCCA 1860 GAACTGATCG GAGAACCGGT CAACAGAGGA AAATGA 1896