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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MOUSE37511 | 145 | 3 |  A0A0G2JF07 | |||
| MOUSE37512 reference isoform | 603 | 14 |  CFAI_MOUSE |
Protein Sequence
Download: Fasta
MKLAHLSLFL LALHLSSSRS PSASDLPQEE LVDQKCLLQK YTHRSCNKVF CQPWQRCIEG 60 TCICKLPYQC PRAGTPVCAM NGRSYPTYCH QKSFECLHPE IKFSHNGTCA AEGKFNVSLI 120 YGRTKTEGLV QVKLVDQDER MFICKNSWSM AEANVACVDL GFPLGVRDIQ GSFNISGNLH 180 INDTECLHVH CRGVETSLAE CAFTKRRTEL SNGLAGVVCY KQDADFPTSL SFQCVNGKHI 240 PQEKACNGVN DCGDQSDELC CKGCRGNASL CKSGVCIPDQ YKCNGEVDCI TGEDESRCEE 300 DRQQNIPKGL ARSAQGEAEI ETEETEMLTP GMDNERKRIK SLLPKLSCGV KRNTHTRRKR 360 VIGGKPANVG DYPWQVAIKD GQRITCGGIY IGGCWILTAA HCVRPSRAHS YQVWTALLDW 420 LKPNSQLGIQ TVKRVIVHEK YNGATFQNDI ALIEMKMHTG KKECELPNSV PACVPWSPYL 480 FQPNDRCIIS GWGRGKDNQK VYSLRWGEVD LIGNCSQFYP DRYYEKEMQC AGTRDGSIDA 540 CKGDSGGPLV CEDINNVTYV WGIVSWGENC GKPEFPGVYT RVANYFDWIS YHVGRSLVSQ 600 HNV 603
cDNA Sequence
Download: Fasta
ATGAAGCTCG CTCATCTCAG TCTCTTTCTC TTGGCTCTCC ACTTGAGTTC TTCCAGGTCC 60 CCGTCAGCAT CAGATCTGCC TCAGGAGGAG CTGGTCGATC AGAAATGCTT ACTGCAGAAA 120 TACACGCATC GCTCCTGTAA CAAGGTCTTC TGCCAGCCGT GGCAGAGATG TATCGAAGGC 180 ACCTGTATCT GCAAACTCCC CTACCAGTGC CCAAGGGCTG GCACCCCAGT GTGTGCCATG 240 AATGGAAGGA GCTACCCGAC ATACTGTCAC CAGAAGAGTT TCGAATGTCT TCACCCAGAG 300 ATCAAGTTTT CACATAATGG AACGTGCGCA GCTGAAGGAA AGTTTAATGT TTCCTTAATT 360 TATGGGAGAA CAAAAACAGA GGGACTTGTT CAAGTCAAAC TTGTGGACCA AGATGAGAGA 420 ATGTTCATAT GTAAAAACAG CTGGAGCATG GCGGAGGCCA ACGTGGCCTG CGTCGACCTT 480 GGATTTCCAC TGGGTGTTCG TGACATACAA GGAAGTTTTA ATATATCTGG AAATCTCCAT 540 ATAAACGACA CTGAATGCCT GCATGTACAT TGCCGGGGAG TAGAGACCAG TTTGGCGGAG 600 TGTGCCTTTA CGAAGAGGAG AACTGAGTTG TCCAATGGCT TGGCGGGGGT AGTGTGTTAC 660 AAGCAGGATG CAGATTTCCC AACGAGTCTG TCCTTCCAGT GTGTGAATGG GAAGCACATT 720 CCTCAGGAGA AAGCCTGCAA CGGTGTCAAT GACTGTGGAG ACCAAAGCGA TGAGCTGTGT 780 TGCAAAGGTT GCCGAGGTAA CGCTTCCCTT TGTAAGTCGG GAGTTTGCAT TCCAGACCAA 840 TACAAGTGTA ATGGTGAGGT GGACTGCATC ACTGGTGAAG ATGAGAGCCG TTGTGAAGAA 900 GACCGACAGC AGAACATTCC AAAAGGCCTT GCACGGTCAG CTCAAGGAGA AGCTGAAATT 960 GAAACTGAAG AAACAGAAAT GTTGACTCCT GGTATGGACA ATGAAAGAAA ACGGATAAAG 1020 TCCTTATTAC CTAAACTCTC CTGTGGAGTC AAAAGAAACA CTCACACTCG CAGGAAACGA 1080 GTGATCGGAG GGAAGCCAGC GAATGTGGGA GACTACCCAT GGCAGGTGGC AATTAAGGAT 1140 GGCCAAAGAA TCACCTGTGG TGGCATTTAT ATCGGTGGCT GTTGGATTCT GACTGCTGCG 1200 CACTGTGTCA GACCCAGTAG AGCTCACAGT TACCAAGTCT GGACGGCTTT ATTAGACTGG 1260 CTAAAACCTA ACTCTCAGTT GGGAATTCAA ACGGTGAAGA GAGTTATTGT TCACGAGAAA 1320 TATAATGGAG CCACCTTCCA AAATGACATA GCTTTGATTG AAATGAAAAT GCACACGGGC 1380 AAGAAAGAAT GTGAACTCCC CAATTCCGTC CCTGCCTGCG TCCCGTGGTC TCCATATCTG 1440 TTCCAACCGA ATGACAGATG TATCATCTCT GGATGGGGTC GAGGGAAAGA TAACCAAAAA 1500 GTCTACTCAC TCAGGTGGGG CGAAGTTGAT CTAATAGGCA ACTGCTCTCA GTTTTACCCA 1560 GATCGCTACT ATGAGAAAGA GATGCAGTGC GCAGGTACGC GTGATGGGTC CATTGATGCC 1620 TGCAAAGGAG ACTCCGGAGG CCCCTTGGTC TGTGAGGATA TCAACAATGT CACTTACGTT 1680 TGGGGCATTG TGAGCTGGGG AGAAAATTGT GGGAAGCCCG AGTTCCCAGG TGTTTACACC 1740 AGAGTGGCCA ATTATTTTGA TTGGATTAGC TATCACGTAG GAAGGTCTCT TGTTTCTCAA 1800 CACAATGTCT GA 1812