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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MUSPF11443 reference isoform | 642 | 10 |  M3YJ90 |
Protein Sequence
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MPSRLEGVGC SGASPPQPAA QGHLQPEDRM LKGQLPNTGK DLAAHPGSPP ANSGEGPEKS 60 PVLPPKLPAQ ISNEDPQAKA TSFTPKPPPR PRLERALSLD EKAWRRRRFP SSHEDLAARG 120 GASPSRGSSQ DEVPRHPAHT DSAPCLSASW QELPTSRRAQ GSAGGSPSSW GHCISGMIST 180 SLDVLHRDGA SAQSPARLPT VDQKVASGSR RPTDRVDSGQ ADLKARLPSR LFRAHSSLGP 240 GRPPSPLASE ARSSFSLLAP IRAKDVRTRS YLEGSLLASG ALMGAEELAR YFPDRSMALF 300 VATWNMQGQK ELPPNLDELL LPAEADYAQD LYVVGVQEGC SDRREWETRL QETLGPRYVT 360 LYSAAHGALY MSVLIRRDLI WFCSEVESST VTTRIVSHIK TKGALGVSFT FFGTSLLFIT 420 SHFTSGDGKV SERLLDYSRT VQGLALPKSV PDTSPYRSDA ADVTTRFDGV FWFGDFNFRL 480 SGGRMAVEAI LKQDLGEKVS ALLQHDQLTQ EMKKGSIFKG FQEPDIHFLP SYKFDIGKDS 540 YDTTSKQRTP SYTDRVMYKS RHKGDICPIK YSSCPGIKTS DHRPVYGLFR VKVRPGRDNI 600 PLAAGKFDRE LYLIGIKRRI SKEIQRQQAL KGQHSSSICT VS 642
cDNA Sequence
Download: Fasta
ATGCCATCCA GGTTAGAGGG CGTGGGCTGT TCAGGGGCGT CTCCCCCGCA GCCCGCCGCC 60 CAGGGCCATC TGCAGCCTGA AGACAGAATG CTCAAGGGAC AGCTTCCAAA CACGGGCAAA 120 GACCTCGCAG CCCACCCAGG GTCCCCACCT GCCAACAGCG GTGAGGGCCC TGAGAAGAGC 180 CCAGTGCTCC CCCCGAAACT TCCAGCACAG ATCAGCAACG AGGACCCACA AGCCAAGGCA 240 ACAAGCTTCA CCCCAAAGCC GCCGCCGAGG CCCCGGCTGG AGAGAGCTCT GTCCCTGGAC 300 GAGAAGGCGT GGAGGAGGCG GCGTTTTCCA AGCAGCCACG AGGACCTGGC GGCTCGCGGC 360 GGGGCCAGCC CCAGTAGGGG CTCCTCACAG GACGAGGTCC CCAGGCACCC CGCCCACACC 420 GACTCCGCCC CCTGCCTGAG CGCCTCCTGG CAGGAGCTCC CCACGTCCCG CAGGGCCCAG 480 GGCAGTGCCG GAGGGAGCCC TTCCTCCTGG GGTCACTGTA TCTCCGGGAT GATCAGCACT 540 TCCCTGGACG TCCTGCACCG GGACGGGGCC TCAGCCCAGA GCCCCGCCAG GCTGCCCACT 600 GTGGACCAGA AGGTGGCCTC CGGTTCCCGG CGGCCGACCG ACCGGGTGGA CTCGGGTCAG 660 GCTGACCTCA AGGCCCGCCT GCCGAGCCGA CTGTTCCGGG CCCACAGCAG CCTGGGCCCC 720 GGCCGGCCCC CGAGCCCCCT GGCCTCTGAG GCCAGATCCT CCTTTAGCCT GCTGGCTCCC 780 ATCCGCGCCA AGGACGTCCG GACCAGGAGC TACCTGGAGG GGAGTCTCCT GGCGAGCGGA 840 GCCCTCATGG GGGCGGAGGA GCTGGCCCGG TACTTCCCGG ACCGCAGCAT GGCCCTCTTC 900 GTGGCCACCT GGAACATGCA GGGCCAGAAG GAGCTGCCCC CGAACCTGGA CGAGCTCCTG 960 CTGCCCGCCG AGGCAGACTA CGCCCAGGAT CTGTACGTCG TCGGGGTCCA GGAGGGCTGT 1020 TCCGACAGGC GGGAGTGGGA GACGCGCCTG CAGGAGACGC TGGGCCCGCG CTACGTGACG 1080 CTGTACTCGG CGGCGCACGG GGCGCTCTAC ATGTCCGTGC TCATCCGCAG GGACCTCATC 1140 TGGTTCTGCT CAGAGGTGGA GAGCTCCACG GTGACCACCC GCATCGTGTC TCACATCAAG 1200 ACCAAGGGGG CCCTGGGCGT CAGCTTCACC TTCTTCGGCA CCTCCCTCCT CTTTATCACG 1260 TCGCACTTCA CCTCTGGCGA CGGGAAGGTG AGCGAGCGGC TGCTGGACTA CAGCAGAACC 1320 GTCCAGGGCC TGGCCTTGCC CAAGAGTGTG CCCGACACCA GCCCCTACCG CTCCGACGCC 1380 GCGGACGTTA CCACCCGGTT CGATGGGGTG TTCTGGTTTG GAGACTTCAA CTTCCGTCTG 1440 AGTGGCGGAC GCATGGCCGT GGAGGCCATC CTGAAGCAGG ACCTGGGGGA GAAGGTGTCT 1500 GCCCTGCTCC AGCATGACCA GCTCACCCAG GAGATGAAGA AAGGGTCCAT CTTCAAGGGT 1560 TTCCAGGAGC CGGACATCCA CTTCCTTCCA TCGTACAAGT TCGACATCGG GAAGGACTCC 1620 TATGACACCA CCTCCAAGCA GAGGACCCCC TCCTACACGG ACCGGGTTAT GTACAAGAGC 1680 CGCCACAAGG GGGACATCTG TCCCATCAAG TACTCCTCCT GCCCAGGCAT CAAGACATCT 1740 GACCACCGCC CCGTGTACGG CCTGTTCCGG GTCAAAGTGA GGCCGGGGAG AGACAACATC 1800 CCACTAGCTG CCGGCAAGTT TGACAGAGAA CTGTACTTGA TAGGAATTAA AAGACGCATT 1860 TCCAAAGAGA TCCAGAGGCA GCAAGCGCTG AAGGGTCAGC ACTCAAGCAG CATCTGCACT 1920 GTGTCCTGA 1929