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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MACMU39728 reference isoform | 682 | 19 |  F7GN87 |
Protein Sequence
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MCGIFAYMNY RVPRTRKEIF ETLIKGLQRL EYRGYDSAGV AIDGNNDDVK ERHIQLVKKR 60 GKVKALDEEL YKQDSMDLKV EFETHFGIAH TRWATHGVPS AVNSHPQRSD KGNEFVVIHN 120 GIITNYKDLR KFLESKGYEF ESETDTETIA KLIKYVFDNR ETEDITFSTL VERVIQQLEG 180 AFALVFKSIH YPGEAVATRR GSPLLIGVRS KYKLSTEQIP VLYRTCTLEN VKNICKTRMK 240 RLDSSACLHA VGDKAVEFFF ASDASAIIEH TNRVIFLEDD DIAAAADGKL SIHRVKRSAS 300 DDPSRAIQTL QMELQQIMKG NFSAFMQKEI FEQPESVFNT MRGRVNFETN TVLLGGLKDH 360 LKEIRRCRRL IVIGCGTSYH AAVATRQVLE ELTELPVMVE LASDFLDRNT PVFRDDVCFF 420 ISQSGETADT LLALRYCKDR GALTVGVTNT VGSSISRETD CGVHINAGPE VGVASTKAYT 480 SQFISLVMFG LMMSEDRISL QNRRQEIIRG LRSLPELIKE VLSLEEKIHD LALELYTQRS 540 LLVMGRGYNY ATCLEGALKI KEITYMHSEG ILAGELKHGP LALIDKQMPV IMVIMKDPCF 600 AKCQNALQQV TARQGRPIIL CSKDDTESSK FAYKTIELPP TVDCLQGILS VVPLQLLSFH 660 LAVLRGYDVD FPRNLAKSVT VE 682
cDNA Sequence
Download: Fasta
ATGTGCGGAA TCTTTGCCTA CATGAACTAC AGAGTCCCCC GGACCAGGAA GGAGATCTTT 60 GAAACCCTCA TCAAGGGCCT GCAGCGGCTG GAGTACAGAG GCTATGACTC GGCAGGTGTG 120 GCCATCGATG GGAATAATGA TGACGTCAAA GAAAGACACA TTCAGCTGGT CAAGAAACGG 180 GGCAAAGTCA AGGCTCTCGA TGAAGAACTC TACAAACAAG ACAGCATGGA CTTAAAAGTG 240 GAGTTTGAGA CACACTTCGG CATTGCCCAC ACGCGCTGGG CCACCCACGG AGTCCCCAGT 300 GCTGTCAATA GCCACCCCCA GCGCTCGGAC AAAGGCAACG AATTTGTTGT CATCCACAAT 360 GGGATCATCA CAAATTACAA AGATCTGAGG AAATTTCTGG AAAGCAAAGG CTACGAGTTT 420 GAATCAGAAA CAGATACGGA GACCATCGCC AAGCTGATTA AATATGTGTT CGACAACAGA 480 GAAACTGAGG ACATTACGTT TTCAACACTG GTCGAGAGAG TCATTCAGCA GTTGGAAGGT 540 GCGTTCGCGC TGGTTTTCAA GAGCATCCAC TACCCAGGAG AAGCTGTTGC CACACGGAGA 600 GGCAGCCCCC TTCTCATCGG AGTCCGGAGC AAATACAAGC TCTCCACAGA ACAGATCCCC 660 GTCTTATACA GGACGTGCAC TCTGGAGAAT GTGAAGAATA TCTGTAAGAC ACGGATGAAG 720 AGGCTGGACA GCTCCGCCTG CCTGCACGCT GTGGGCGACA AGGCCGTGGA ATTCTTCTTT 780 GCTTCTGATG CAAGCGCCAT CATAGAGCAC ACCAACCGGG TCATCTTCCT GGAGGACGAC 840 GACATTGCCG CAGCGGCTGA TGGGAAACTC TCCATTCACC GGGTCAAGCG CTCGGCCAGT 900 GATGACCCAT CTCGAGCCAT CCAGACCTTG CAGATGGAAC TGCAGCAAAT CATGAAAGGT 960 AACTTCAGCG CATTTATGCA GAAGGAGATC TTCGAGCAGC CAGAGTCTGT TTTCAATACT 1020 ATGAGAGGTC GGGTGAATTT TGAGACCAAC ACAGTGCTCC TGGGGGGCCT GAAGGACCAC 1080 TTGAAGGAGA TCCGACGATG CCGAAGGCTC ATCGTGATTG GCTGTGGGAC CAGCTACCAC 1140 GCTGCCGTGG CTACGCGGCA AGTTTTGGAG GAACTGACTG AGCTTCCTGT GATGGTTGAA 1200 CTTGCCAGCG ATTTTCTGGA CAGGAACACA CCTGTGTTCA GGGATGACGT TTGCTTTTTC 1260 ATCAGCCAAT CAGGCGAGAC CGCGGACACC CTCCTGGCAC TGCGCTACTG CAAGGACCGC 1320 GGAGCCCTGA CCGTGGGCGT CACCAACACC GTGGGCAGCT CCATCTCTCG CGAGACCGAC 1380 TGCGGCGTCC ACATCAACGC AGGGCCGGAG GTCGGCGTGG CCAGCACCAA GGCTTATACC 1440 AGTCAGTTCA TCTCTCTGGT GATGTTTGGT TTGATGATGT CTGAAGACCG AATTTCACTA 1500 CAAAACAGGA GGCAAGAGAT CATCCGTGGC TTGAGATCTT TACCTGAGCT GATCAAGGAG 1560 GTGCTGTCAC TGGAGGAGAA GATCCACGAC TTAGCCCTGG AGCTGTACAC GCAGAGGTCA 1620 CTGCTGGTGA TGGGGCGGGG CTACAACTAC GCCACCTGCC TGGAGGGAGC CCTGAAAATT 1680 AAAGAGATCA CCTACATGCA CTCAGAAGGC ATCCTGGCTG GGGAGCTGAA GCACGGGCCC 1740 CTGGCACTGA TTGACAAGCA GATGCCAGTC ATCATGGTCA TCATGAAGGA TCCTTGCTTT 1800 GCCAAATGCC AGAATGCCCT GCAGCAAGTC ACGGCCCGCC AGGGTCGCCC CATTATACTG 1860 TGCTCCAAGG ACGATACTGA AAGTTCCAAG TTTGCGTATA AGACGATCGA GCTGCCTCCC 1920 ACTGTGGACT GCCTCCAGGG CATCCTGAGT GTGGTTCCGC TGCAGCTGCT GTCCTTCCAC 1980 CTGGCTGTGC TCCGAGGATA TGACGTTGAC TTCCCCAGAA ATCTGGCCAA GTCTGTAACT 2040 GTGGAATGA 2049