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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ASTMX19849 reference isoform | 468 | 3 |  A0A8B9H607 |
Protein Sequence
Download: Fasta
MRCYFKSVVW TVVGVAVLTS IYIYCRRVQL TESMELRRTQ YQYSSVSRNS SNESCSQDVV 60 KNPVCLSASV RLLAGIIPKT QGYLTVGLSS VKRKKENYLM TTLRSIFTQS SEDELSQMVV 120 VVLLADFDVS WVQETVTSIE EQFSTRLSQG QLLVIHADQD LYPPLTGLKR NFNDAPDRVT 180 FRSKQNVDYA FLVDFSAGLS QYYLMLEDDV TCSKGFLTSI RGHVQSQGSS QWVTLEFSKL 240 GYIGKLYNSK DLSRLAQFLY LFYQEMPCDF LLSHFRTLLM QDKVIRFRPS LFQHMGLYSS 300 FRGTHNKLKD EDFQQDPADN PPADVYTDIE VFEKHAPDNA YSQGTSFFWG KSPIYAGNYF 360 LIAFHRPVVP SRILIQTGLD GKDLLKSADV VVGEIVLKTG SGVECTKNHS MGSLKEGQFE 420 QLNVQETLKQ PVLCLKITVT DKQEDWVIVR NIQVWIDKEK KKDLRKSD 468
cDNA Sequence
Download: Fasta
ATGCGATGTT ACTTTAAGTC GGTGGTGTGG ACAGTGGTGG GCGTGGCTGT CCTCACCAGC 60 ATTTACATCT ACTGCAGGAG AGTGCAATTG ACAGAGTCCA TGGAGTTGCG GAGAACTCAG 120 TACCAGTACA GCTCTGTGTC CCGAAACTCC AGTAATGAGT CCTGCTCTCA GGACGTCGTC 180 AAAAACCCAG TGTGTCTCAG CGCCTCGGTC CGCCTGCTCG CAGGAATCAT CCCAAAGACC 240 CAGGGGTATC TAACAGTGGG ACTATCGTCT GTAAAGAGAA AGAAAGAGAA CTATCTTATG 300 ACCACTCTAC GTTCCATCTT CACCCAGTCC TCGGAGGACG AGTTGTCCCA GATGGTGGTC 360 GTTGTCCTCC TGGCAGACTT TGACGTCAGC TGGGTCCAGG AGACAGTGAC CAGCATCGAA 420 GAGCAGTTCT CCACCAGGCT GAGCCAAGGA CAGCTACTAG TCATCCACGC TGACCAGGAC 480 CTGTACCCTC CTCTTACCGG GCTGAAGAGG AACTTCAACG ATGCTCCAGA CCGAGTGACC 540 TTCCGGTCCA AGCAGAACGT GGACTACGCC TTCTTGGTTG ATTTTAGCGC TGGTCTTTCC 600 CAGTACTACC TCATGCTGGA GGATGACGTG ACCTGCTCCA AGGGTTTCCT GACCTCCATC 660 CGTGGTCACG TCCAGTCGCA AGGGTCTTCG CAGTGGGTAA CCCTCGAGTT CTCCAAGTTG 720 GGATACATCG GCAAACTCTA CAACTCCAAA GACCTCTCAC GACTTGCACA GTTCCTCTAC 780 CTCTTCTACC AGGAGATGCC TTGCGACTTC CTTTTGTCGC ACTTCCGCAC TTTACTCATG 840 CAGGACAAGG TCATCCGGTT CCGGCCGTCA CTCTTCCAGC ACATGGGCTT GTACTCGTCC 900 TTCCGGGGTA CACACAACAA GCTCAAGGAC GAGGACTTCC AACAGGATCC CGCTGACAAC 960 CCGCCAGCAG ACGTTTACAC AGACATTGAA GTTTTTGAGA AACATGCCCC AGATAACGCC 1020 TACAGCCAAG GGACCAGTTT CTTCTGGGGC AAGTCACCCA TCTACGCCGG GAACTACTTC 1080 CTCATAGCCT TTCACCGGCC GGTCGTCCCA TCCCGTATCC TAATCCAGAC TGGGCTCGAT 1140 GGGAAGGACT TGCTGAAGTC TGCAGACGTT GTGGTTGGAG AGATAGTGCT AAAGACAGGA 1200 AGTGGAGTGG AGTGCACAAA AAATCATAGC ATGGGTTCTC TGAAAGAAGG ACAGTTTGAA 1260 CAACTTAATG TCCAAGAGAC GCTGAAACAA CCAGTGTTAT GTCTAAAGAT CACAGTCACA 1320 GACAAACAGG AGGACTGGGT CATCGTGAGG AACATCCAGG TCTGGATTGA TAAGGAGAAA 1380 AAGAAAGACT TGAGGAAGTC AGACTGA 1407