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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| BOBOX40862 reference isoform | 508 | 9 |  A0A4W2FIK7 |
Protein Sequence
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MTQTLKFASR VFHRVRCPEL GASLGSRGSE SAPRVLADIP GPSTPGFLAE LFCKGGLSRL 60 HELQVQGAAR FGPVWLASFG TVRTVYLAAP TLVEQLLRQE GPRPERCSFS PWTEHRRRRQ 120 RACGLLTAEG EEWQRLRSLL APLLLRPQAA ARYAGTLHGV VRDLVRRLRR QRGLGAGPPS 180 LVRDVAGEFY KFGLEGIAAV LLGSRLGCLE AEVPPDTETF IRAVGSVFVS TLLTMAMPSW 240 LHRVVPGPWD RLCRDWDQMF AFAQQHVEQR EAEVAMRNQS EKSEEDMGPG AHLTYFLLQK 300 ELPAASILGN VTELLLAGVD TVSNTLSWAL YELSRHPEIQ TALHAEITAA LGPGSSTQPS 360 ATALSQLPLL KAVVKEVLRL YPVVPGNSRV PDRDICVGEY IIPKNTLVTL CHYATSRDPA 420 QFPEPNSFRP ARWLGEGPAP HPFASLPFGF GKRSCVGRRL AELELQMALA QILIHFEVQP 480 EPGSAPVRPM TRTVLVPERS INLQFVDR 508
cDNA Sequence
Download: Fasta
ATGACCCAGA CCCTCAAATT TGCATCCAGA GTGTTCCATC GCGTCCGCTG TCCTGAGCTG 60 GGCGCCTCAC TGGGCTCCAG AGGCTCCGAG TCAGCGCCCC GGGTTTTGGC GGACATCCCA 120 GGCCCCTCCA CGCCCGGCTT CCTTGCGGAG CTTTTCTGCA AAGGGGGGCT GTCACGGCTA 180 CACGAGCTGC AGGTGCAGGG CGCCGCGCGC TTCGGGCCGG TGTGGTTGGC CAGCTTCGGG 240 ACGGTGCGCA CCGTGTACCT GGCGGCCCCT ACGCTCGTCG AGCAGCTGCT ACGACAGGAG 300 GGACCCCGGC CCGAACGCTG CAGCTTCTCA CCCTGGACTG AGCACCGTCG CCGCCGCCAG 360 CGGGCTTGCG GATTGCTCAC CGCGGAAGGG GAAGAATGGC AGAGGCTTCG CAGCCTCCTG 420 GCCCCGCTGC TCCTCCGGCC TCAAGCGGCC GCCCGCTATG CCGGGACCCT ACACGGCGTG 480 GTGCGTGACC TTGTGAGGCG ACTGCGGCGC CAGCGAGGAC TGGGCGCTGG GCCGCCCTCC 540 CTGGTTCGAG ACGTGGCGGG AGAGTTTTAC AAGTTTGGAC TGGAAGGCAT TGCTGCGGTG 600 CTGCTGGGCT CCCGCCTCGG CTGCCTGGAG GCAGAGGTGC CCCCAGACAC AGAGACCTTC 660 ATCCGCGCGG TCGGCTCGGT GTTCGTGTCC ACGCTCTTGA CCATGGCGAT GCCCAGCTGG 720 CTGCACCGCG TCGTGCCCGG ACCCTGGGAC CGCCTCTGCC GAGACTGGGA CCAGATGTTT 780 GCATTCGCCC AGCAGCATGT AGAGCAGCGA GAGGCTGAGG TAGCCATGAG GAACCAGTCT 840 GAGAAGTCTG AGGAGGACAT GGGACCTGGG GCACACCTGA CCTACTTCTT GCTCCAGAAA 900 GAGTTGCCTG CCGCGTCCAT CCTGGGGAAT GTGACGGAGC TGCTTCTCGC TGGGGTGGAC 960 ACGGTGTCCA ACACTCTCTC CTGGGCTCTG TATGAACTCT CCCGGCACCC CGAAATCCAG 1020 ACAGCACTCC ATGCTGAGAT CACAGCTGCC TTGGGCCCCG GCTCCAGTAC CCAACCCTCA 1080 GCCACTGCCC TGTCCCAGCT GCCCCTGCTG AAGGCCGTGG TCAAGGAAGT GCTAAGACTG 1140 TACCCTGTGG TACCTGGAAA TTCCCGTGTC CCAGACAGAG ACATTTGTGT GGGTGAATAT 1200 ATCATCCCCA AAAATACGCT GGTCACTCTG TGTCACTATG CCACTTCAAG GGACCCTGCC 1260 CAGTTCCCAG AACCAAATTC TTTTCGTCCA GCTCGCTGGC TAGGGGAAGG TCCAGCTCCC 1320 CACCCATTTG CATCTCTCCC CTTCGGCTTT GGCAAGCGCA GCTGCGTGGG GAGACGCCTG 1380 GCAGAGCTTG AGCTGCAAAT GGCCTTGGCC CAGATCTTGA TCCACTTTGA GGTACAACCT 1440 GAGCCAGGTT CTGCCCCTGT CAGACCAATG ACCCGGACTG TCCTGGTACC TGAGAGAAGC 1500 ATCAACCTAC AGTTTGTGGA CAGATAA 1527