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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| SCOMX19876 reference isoform | 518 | 6 |  A0A2U9CYU5 |
Protein Sequence
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MFLSVAVFLG FSLTSAAGPA EPVAGPSYVA AVYEHHSTLS PQPRVPLSRP AALRHMQANL 60 DVYEEQAARA ARQGAQILVF PEDGLQGFNF SRTSISGYLE TIPDPQQDNW NPCTEPGRHN 120 NTEVLQRLSC VARRNNLYLV ANMADLQPCP LQSSPSSPCP PDGRWQFNTN VAFRSDGQLV 180 ARYHKHNLYF EKAFDTPPQP EIITFETPFA GKFGLITCFD ILFHEPTVVL VERGVRQLIN 240 PTAWMNQLPL LDSIQSQQAF SLGANVTLLT ANIRSDHLIM TGSGIYTPFS ATYHHARKGD 300 PEEGRLLVAR VPVLDPLHVG HSVTSGEGVV RAASTLSSAT DSGYCHQESC VDSSHPETTS 360 AGTFISSMMY DPFTFILLNK TEGRLDVCDG TFCCHLQYWQ LPQNDSKELY ALGAFAGTHT 420 VNGRYALQVC ALVRCEGLEA SSCGQEVEEA ETKMDFQLEG KFGTRYVYPS VLASHLVLEH 480 PEHLEKTSEG RVTMKHSNMT GGLVTACLYG RMYHLDNE 518
cDNA Sequence
Download: Fasta
ATGTTCTTGT CGGTGGCCGT TTTTCTCGGT TTCTCCCTGA CGTCGGCCGC CGGTCCGGCC 60 GAGCCCGTCG CGGGGCCCTC GTACGTTGCT GCCGTCTACG AGCACCACTC CACCCTGAGC 120 CCGCAGCCTC GCGTCCCCCT GTCGCGCCCC GCGGCCCTGC GGCACATGCA GGCCAACCTG 180 GACGTCTACG AGGAGCAGGC GGCCCGGGCC GCCCGGCAGG GAGCCCAGAT CCTGGTGTTT 240 CCAGAGGACG GTCTTCAGGG TTTCAACTTC AGCCGAACAT CCATCTCTGG CTACCTGGAA 300 ACCATCCCTG ACCCACAGCA GGATAACTGG AATCCCTGCA CAGAGCCGGG CAGACACAAC 360 AACACTGAGG TTCTCCAGAG GTTGAGCTGT GTGGCGCGTC GTAACAACCT CTACCTGGTG 420 GCCAACATGG CCGACCTGCA GCCTTGCCCC TTGCAGAGCA GCCCTTCCTC CCCCTGTCCG 480 CCTGATGGAC GCTGGCAGTT CAACACCAAT GTGGCTTTCA GGTCTGATGG GCAGCTGGTG 540 GCACGCTACC ATAAACACAA CCTATACTTT GAGAAGGCCT TTGACACACC GCCGCAGCCG 600 GAGATCATAA CATTTGAGAC ACCGTTTGCT GGGAAGTTTG GCCTCATCAC CTGCTTTGAC 660 ATCCTGTTCC ACGAACCCAC AGTTGTCCTG GTGGAGAGGG GTGTGCGTCA GCTGATCAAC 720 CCCACGGCTT GGATGAACCA GCTCCCCCTG CTGGATTCCA TCCAGTCCCA GCAGGCTTTC 780 AGCCTGGGCG CTAATGTAAC CCTACTGACA GCCAACATTC GCAGCGACCA CCTAATTATG 840 ACAGGAAGCG GCATTTACAC GCCTTTTTCT GCTACCTACC ACCACGCACG GAAAGGAGAT 900 CCAGAGGAGG GCAGGCTGCT GGTGGCCAGG GTGCCAGTCT TAGACCCACT GCATGTGGGG 960 CACAGTGTCA CCTCCGGGGA GGGTGTAGTT AGGGCTGCGT CTACTTTATC CTCAGCTACA 1020 GACTCTGGAT ACTGTCACCA AGAAAGCTGT GTGGATTCTT CTCACCCTGA AACCACATCC 1080 GCTGGCACCT TCATCTCATC CATGATGTAC GACCCCTTCA CATTTATCCT CCTGAACAAG 1140 ACGGAGGGCA GACTTGACGT GTGTGATGGC ACTTTCTGCT GCCACCTCCA GTACTGGCAG 1200 TTGCCGCAGA ACGACAGTAA AGAGCTCTAT GCATTGGGAG CATTTGCCGG AACGCACACC 1260 GTAAACGGAC GTTACGCCCT GCAGGTGTGT GCATTAGTCC GCTGTGAAGG GCTGGAGGCC 1320 AGTTCCTGTG GACAGGAAGT CGAAGAAGCG GAGACAAAAA TGGACTTCCA GTTGGAGGGG 1380 AAGTTTGGGA CCAGATATGT GTACCCGTCG GTTTTGGCAA GTCACCTGGT CCTGGAGCAC 1440 CCGGAGCATC TGGAGAAGAC CTCAGAAGGC AGAGTGACCA TGAAACACTC AAACATGACC 1500 GGCGGCCTTG TGACTGCCTG TCTGTACGGA CGGATGTACC ACCTGGACAA TGAATGA 1557