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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MUSPF08490 reference isoform | 772 | 20 |  M3YZV8 |
Protein Sequence
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MAKRTFSMLE TFLIFLLVLM TAITVALLSL LFITSGTIEN HKDSGFPSTQ SSPTTVGSTA 60 SQGPAHTNGA TITQAPPVVS TPEPPLFQNF SGYHIGVGRA DCTGQVADIN LMGYSKTGQN 120 ARGILTRLYS RAFVIAEPDG LNRMVFVSVD IGMVSQRLRL EVLNRLQSKY GSLYRRDNVV 180 LSGTHTHSGP AGFFQYTVFV IASEGFSNRT FEYMVTGIVK SIEMAHRNMK PGKIFINKGI 240 VEGAQINRSP SSYLQNPESE RARYSSNTDK EMVVLKMQDL NGAELGLLSW FAIHPVSMNN 300 SNHLVNSDNM GYASYLFEQE KNKGYLPGQG PYVAAFASSN LGDVSPNVLG PRCINTGESC 360 DNANSSCPIG GPSMCIAVGP GQDMLQSTQI IGRIIYRKAK ELYDSASQEV TGPLVAAHQW 420 VNMTDVTIQL NSTHTVKTCK PALGYSFAAG TIDGFGSLNF TQGTTVGDPF WDSLRDQILG 480 KPSEEIKECH KPKPILLHTG ELTKPHPWHP DIVDVQIVTI GYLAITAIPG EFTTMSGRRL 540 REAVQAEFAT NGMENMTIVI SGLCNVYTHY ITTFEEYQAQ RYEAASTIYG PHTLSAYIQL 600 FRGLAKAIAT DTVANLSRGP EPPFFKQLIA SLIPNIADRT PIGKNFGDVL QPAQPTYRVG 660 EVAEVTFVGA NPKNSAENQT HQTFLTVEKY EVTSASWQTV HNDASWETRF YWHKGLLGHS 720 NATIQWHIPD TAQPGIYRIR YFGHSRKQEF LKPAVILPFE SASSAFEVVT AW 772
cDNA Sequence
Download: Fasta
ATGGCCAAAC GCACTTTCTC CATGCTAGAG ACGTTCCTGA TCTTCCTCCT CGTGTTGATG 60 ACCGCTATCA CAGTAGCCCT TCTCAGCCTT CTGTTTATCA CCAGTGGGAC CATCGAAAAT 120 CACAAAGATT CAGGTTTCCC ATCTACCCAG AGCTCCCCAA CCACCGTGGG CTCCACGGCC 180 AGTCAAGGCC CGGCACACAC CAATGGCGCT ACGATCACGC AAGCCCCTCC CGTGGTTAGC 240 ACTCCAGAGC CTCCTCTCTT CCAGAACTTC AGTGGCTACC ATATTGGTGT TGGGCGAGCC 300 GACTGCACGG GACAAGTAGC AGATATCAAC TTGATGGGCT ACAGTAAGAC TGGCCAGAAC 360 GCACGCGGCA TCCTCACCAG GTTGTACAGT CGAGCTTTCG TCATCGCAGA GCCAGATGGG 420 TTAAATCGAA TGGTGTTTGT CAGCGTTGAC ATAGGCATGG TATCCCAACG CCTCAGGCTG 480 GAGGTCCTGA ACAGACTGCA GAGTAAATAC GGCTCCCTGT ACAGAAGGGA CAATGTCGTC 540 CTGAGCGGCA CTCACACTCA CTCGGGGCCA GCGGGGTTTT TCCAGTACAC TGTATTTGTC 600 ATCGCCAGCG AAGGGTTCAG CAATCGAACT TTTGAATACA TGGTCACTGG CATTGTGAAG 660 AGCATCGAGA TGGCGCACAG AAATATGAAA CCAGGCAAAA TCTTTATCAA CAAAGGAATT 720 GTGGAAGGTG CCCAGATCAA CCGAAGCCCT TCTTCCTACC TTCAGAATCC TGAGTCAGAG 780 CGAGCCAGGT ATTCTTCAAA TACTGATAAA GAAATGGTCG TCCTAAAAAT GCAAGATTTG 840 AATGGAGCTG AACTGGGCCT TCTCAGCTGG TTTGCCATCC ACCCGGTCAG CATGAACAAC 900 AGCAATCATC TCGTCAATAG CGACAACATG GGCTATGCCT CGTACCTTTT TGAGCAAGAG 960 AAGAACAAAG GCTATCTACC TGGACAGGGG CCGTATGTAG CAGCCTTCGC TTCATCAAAC 1020 TTGGGAGATG TGTCCCCCAA TGTTCTTGGC CCACGTTGCA TCAACACAGG AGAGTCCTGT 1080 GATAATGCCA ATAGCTCTTG TCCCATTGGC GGGCCCAGCA TGTGCATTGC TGTGGGACCT 1140 GGACAGGACA TGCTCCAGAG CACGCAGATT ATAGGACGGA TCATCTACAG GAAAGCGAAG 1200 GAACTGTATG ACTCCGCCTC CCAGGAGGTC ACGGGACCAC TGGTTGCGGC TCATCAGTGG 1260 GTGAATATGA CGGATGTCAC CATCCAGCTC AACTCCACAC ACACAGTAAA AACATGTAAA 1320 CCCGCACTGG GCTACAGTTT TGCGGCTGGG ACCATTGACG GATTCGGGAG CCTCAATTTT 1380 ACGCAGGGGA CAACAGTAGG GGATCCATTT TGGGACAGTC TTCGGGATCA AATCCTGGGC 1440 AAACCATCTG AAGAAATCAA AGAGTGTCAT AAACCAAAGC CAATTCTCCT TCACACTGGA 1500 GAGTTGACAA AACCTCACCC CTGGCACCCA GATATTGTTG ATGTTCAGAT TGTCACGATT 1560 GGGTACTTGG CCATAACTGC CATCCCTGGG GAGTTTACGA CCATGTCTGG ACGGAGACTT 1620 CGAGAGGCAG TTCAAGCTGA ATTTGCAACC AATGGGATGG AGAATATGAC CATTGTGATT 1680 TCGGGTCTGT GCAATGTGTA CACACATTAT ATTACCACCT TTGAAGAATA CCAGGCTCAG 1740 CGGTATGAGG CAGCATCTAC AATTTATGGA CCACACACTC TGTCTGCATA TATCCAGCTC 1800 TTCCGAGGCC TTGCTAAGGC CATTGCTACG GATACAGTAG CCAACCTGAG CAGAGGTCCA 1860 GAGCCTCCAT TTTTCAAACA ACTGATAGCC TCCTTAATTC CTAATATTGC GGATAGAACA 1920 CCGATAGGCA AAAATTTTGG GGATGTTCTG CAGCCCGCGC AACCTACATA CAGAGTGGGA 1980 GAAGTTGCTG AAGTTACCTT TGTAGGCGCT AACCCGAAGA ACTCAGCAGA AAACCAGACC 2040 CATCAGACCT TCCTCACTGT TGAGAAGTAT GAGGTCACCT CAGCATCATG GCAGACAGTG 2100 CATAACGACG CCTCCTGGGA GACTCGTTTC TATTGGCACA AGGGGCTGCT GGGTCACAGC 2160 AATGCCACGA TACAATGGCA CATTCCAGAC ACCGCCCAGC CTGGAATCTA CAGAATAAGA 2220 TACTTCGGAC ACAGTCGGAA GCAGGAATTT CTCAAGCCAG CGGTCATCCT TCCGTTTGAA 2280 AGTGCTTCCT CTGCCTTTGA AGTAGTAACT GCTTGGTGA 2319