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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MYOLU11481 reference isoform | 859 | 13 |  G1PJ35 |
Protein Sequence
Download: Fasta
QHHASPCPLF LLLEYLAFSN SSTWNFAHPA TLYAWEGACV WIPCRYTMPE DGMVLENLTV 60 YQNYVFDSKT MDYSGTILYE KTKSQGRVKF LGDNKSNCTL RIHPVKAQDS GQLGLRMTSK 120 NEKRMGMTSK SGKWMEEIVL NISKTAPPPR IELPPEIWES REVTLTCMLN FACFEYQVEL 180 RWFLGGSPQH PSVPLTSLTT KTIFTQSQLT LWPQWTDHGK NLTCQVWNDT ADGPLSQETV 240 QLDVKHSPKL EVSPKEASVT ENKPVTMTCQ VISSYPEYQT LSWLKDGIPV TEQETLQRGQ 300 KILKLTLPKV TKQMSGKYHC EARNDVGSAT SEVVLQVHYA PEPSRVQIFS SPAKEGTSVK 360 LICISQANPP PTNYTWYHNN NEVWRGTDET FEIPQVRLRH AGNYYCVAQN SIGRGHADQN 420 AELDVQYSPK EVTMVIQNPT PIREGDNVTL FCNYNSSNPS VTRYEWSPPG SWKELVPGVL 480 MIQKVAWNAM PFTCAACNLW CSWAQPVSLQ VQYAPRDVKV LCIGPRSEIH SGHAVLLRCN 540 FSSSRPTDVH FFWKKNGIFL KEGRELSFGS ISPEDAGSYS CVVRNSIGQS TSEAWVLSVL 600 YAPRRLRVSI SPKDSVMEGK KAVLTCESDA NPPISRYTWF DWNNQNLHHD HQTLRLDPVK 660 VQHSGAYWCQ GNNRLGVDRS PPSTLTVYYS PQTISRRVAL GLGLCLVILF LAFLGVKFQG 720 SWKRIQSQQG PQENSSGQSF FVRNNKIRRA PLPEDPQSLG CYNPVMEDSI SYATLRFPVG 780 ETDTPRIGDA GTPEVHRPSL NRDNTVTYSV VQKRQVGDYE NVIPDVPEDD GIHYSELVHL 840 GLGERPLRQE GVEYVTLKH 859
cDNA Sequence
Download: Fasta
CAACACCATG CCTCTCCTTG CCCCTTGTTC CTGCTCCTCG AATACTTGGC TTTTTCTAAC 60 TCAAGCACAT GGAACTTTGC GCACCCGGCC ACCCTCTATG CCTGGGAGGG AGCCTGTGTC 120 TGGATTCCCT GCCGCTACAC AATGCCAGAG GATGGAATGG TCCTGGAAAA CCTGACTGTG 180 TACCAGAATT ATGTGTTTGA CAGCAAGACT ATGGACTACA GTGGGACAAT CCTCTATGAG 240 AAGACAAAGT CACAGGGAAG AGTGAAATTC CTGGGAGACA ACAAATCCAA CTGCACCCTT 300 CGCATCCACC CTGTAAAAGC CCAAGACAGC GGTCAGCTGG GGCTGAGGAT GACGTCAAAG 360 AATGAAAAGA GGATGGGGAT GACATCAAAG AGTGGAAAGT GGATGGAGGA AATAGTCCTC 420 AACATCTCCA AGACGGCTCC TCCACCTCGC ATTGAGCTCC CTCCAGAAAT CTGGGAGTCC 480 CGAGAAGTCA CTCTGACCTG CATGCTGAAT TTTGCCTGCT TTGAGTACCA GGTCGAGTTG 540 CGGTGGTTCC TGGGAGGGTC ACCTCAACAT CCCTCTGTCC CCTTGACTTC CCTGACCACC 600 AAGACTATCT TCACCCAGAG CCAGCTCACA TTGTGGCCGC AGTGGACTGA CCATGGCAAG 660 AATCTGACCT GCCAGGTCTG GAATGACACA GCAGATGGGC CGCTCTCTCA GGAAACGGTG 720 CAGCTAGATG TGAAGCACTC CCCAAAGTTG GAGGTCAGTC CCAAAGAAGC CAGTGTAACA 780 GAGAATAAAC CTGTGACCAT GACGTGCCAG GTCATCAGCA GCTACCCAGA GTACCAGACT 840 CTTTCCTGGC TCAAGGATGG AATCCCCGTG ACAGAGCAGG AGACATTGCA GAGGGGGCAG 900 AAGATTCTCA AGCTAACTCT GCCTAAAGTG ACCAAACAGA TGAGTGGAAA GTATCACTGC 960 GAGGCCCGCA ATGATGTGGG CTCAGCAACA TCAGAAGTGG TCCTCCAAGT GCACTATGCT 1020 CCAGAACCTT CCAGGGTTCA GATCTTCTCC TCACCAGCTA AGGAGGGAAC TAGTGTAAAG 1080 CTGATTTGTA TATCACAGGC CAATCCTCCT CCAACCAATT ATACCTGGTA TCACAATAAC 1140 AATGAAGTGT GGAGAGGGAC AGATGAGACC TTCGAGATCC CACAGGTCCG CCTCAGGCAC 1200 GCTGGGAATT ATTACTGCGT GGCACAAAAC AGTATTGGTC GTGGACACGC TGACCAGAAT 1260 GCTGAGTTGG ATGTCCAATA TTCCCCCAAG GAGGTAACCA TGGTGATTCA AAATCCCACA 1320 CCAATTCGAG AAGGAGACAA TGTGACCCTG TTCTGTAACT ATAATTCTAG TAACCCCAGC 1380 GTTACCAGAT ATGAATGGAG TCCCCCCGGC TCCTGGAAAG AGCTAGTACC TGGGGTGCTA 1440 ATGATTCAAA AAGTTGCCTG GAATGCCATG CCATTCACCT GTGCAGCCTG TAACCTGTGG 1500 TGTTCGTGGG CTCAACCTGT CAGCCTGCAG GTCCAGTATG CCCCCAGAGA TGTCAAGGTC 1560 CTGTGCATTG GCCCCCGTTC TGAGATTCAC TCCGGACACG CAGTCCTCCT CCGATGTAAC 1620 TTCTCTAGCA GCCGTCCCAC AGACGTCCAC TTCTTCTGGA AGAAGAATGG GATCTTTCTG 1680 AAGGAAGGAA GAGAACTGAG CTTTGGCTCC ATCTCCCCAG AAGACGCTGG AAGTTACAGC 1740 TGCGTGGTCC GCAACTCCAT AGGACAGAGC ACATCCGAGG CCTGGGTGCT CTCAGTGCTG 1800 TATGCACCTA GGAGGCTACG GGTGTCCATT AGCCCTAAAG ACAGTGTGAT GGAGGGGAAG 1860 AAAGCAGTCC TGACGTGTGA GAGCGATGCC AACCCTCCCA TCTCCCGCTA CACCTGGTTT 1920 GACTGGAATA ACCAGAACCT CCACCATGAT CATCAGACGC TGAGATTGGA TCCTGTGAAG 1980 GTCCAGCACT CAGGCGCCTA TTGGTGCCAG GGGAACAACC GACTGGGTGT GGACCGGTCG 2040 CCCCCTAGCA CCCTCACTGT CTACTATAGC CCACAGACCA TCAGCCGGCG AGTGGCCCTG 2100 GGACTGGGGC TGTGCCTGGT CATCCTCTTC CTGGCATTCC TGGGAGTCAA GTTCCAGGGA 2160 AGCTGGAAGA GGATTCAGAG CCAGCAAGGG CCTCAGGAAA ATTCCAGTGG GCAGAGCTTC 2220 TTTGTGAGGA ATAACAAGAT TAGAAGAGCC CCACTCCCTG AAGACCCCCA GTCCCTGGGC 2280 TGCTACAATC CGGTGATGGA AGATTCCATC AGCTATGCGA CGCTGCGCTT TCCTGTCGGC 2340 GAGACGGACA CACCGAGGAT TGGGGATGCA GGGACCCCAG AGGTGCACAG ACCTTCCCTA 2400 AACAGGGACA ACACGGTCAC TTACTCTGTG GTGCAGAAGC GTCAAGTGGG CGACTATGAG 2460 AACGTGATTC CAGATGTTCC AGAAGACGAT GGGATACATT ACTCGGAGCT GGTTCATTTG 2520 GGGCTTGGGG AGCGGCCTCT GAGACAGGAA GGAGTGGAGT ACGTGACCCT AAAGCACTAA 2580