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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HUMAN50621 | 431 | 11 |  BCD1_HUMAN | |||
| HUMAN50620 reference isoform | 470 | 10 | BCD1_HUMAN |
Protein Sequence
Download: Fasta
MEFAAENEGK SGGGLHSVAE GVRLSPEPGR EGVRDLAGAE EFGGGEEGTG LTGIKEIGDG 60 EEGSGQRPEE IPMDLTVVKQ EIIDWPGTEG RLAGQWVEQE VEDRPEVKDE NAGVLEVKQE 120 TDSSLVVKEA KVGEPEVKEE KVKEEVMDWS EVKEEKDNLE IKQEEKFVGQ CIKEELMHGE 180 CVKEEKDFLK KEIVDDTKVK EEPPINHPVG CKRKLAMSRC ETCGTEEAKY RCPRCMRYSC 240 SLPCVKKHKA ELTCNGVRDK TAYISIQQFT EMNLLSDYRF LEDVARTADH ISRDAFLKRP 300 ISNKYMYFMK NRARRQGINL KLLPNGFTKR KENSTFFDKK KQQFCWHVKL QFPQSQAEYI 360 EKRVPDDKTI NEILKPYIDP EKSDPVIRQR LKAYIRSQTG VQILMKIEYM QQNLVRYYEL 420 DPYKSLLDNL RNKVIIEYPT LHVVLKGSNN DMKVLHQVKS ESTKNVGNEN 470
cDNA Sequence
Download: Fasta
ATGGAGTTTG CTGCTGAAAA TGAAGGGAAG TCTGGGGGAG GTCTCCACAG CGTAGCTGAG 60 GGGGTGCGGC TAAGTCCAGA GCCTGGCAGG GAGGGAGTAA GGGACTTAGC AGGGGCGGAG 120 GAGTTCGGCG GCGGAGAGGA GGGGACAGGG CTGACAGGGA TAAAGGAGAT AGGGGATGGA 180 GAGGAAGGAA GTGGACAAAG GCCAGAGGAA ATACCGATGG ACCTAACGGT AGTGAAGCAG 240 GAAATTATAG ACTGGCCAGG TACAGAAGGC AGGTTGGCTG GCCAGTGGGT AGAACAGGAG 300 GTGGAGGATA GGCCTGAGGT GAAGGATGAG AACGCAGGCG TATTGGAGGT GAAGCAGGAG 360 ACGGATAGTA GTTTAGTGGT AAAAGAAGCG AAGGTGGGTG AACCAGAGGT AAAGGAAGAG 420 AAGGTAAAGG AAGAGGTAAT GGACTGGTCA GAAGTGAAGG AAGAGAAGGA TAACTTGGAG 480 ATAAAACAGG AGGAGAAGTT TGTTGGTCAA TGCATAAAAG AGGAATTGAT GCATGGAGAG 540 TGTGTAAAAG AAGAGAAGGA TTTCCTGAAG AAAGAAATCG TGGATGATAC AAAGGTGAAA 600 GAAGAGCCTC CGATAAATCA CCCGGTGGGC TGCAAGCGGA AACTGGCCAT GTCAAGGTGT 660 GAGACTTGTG GTACAGAAGA AGCAAAGTAC AGATGTCCAC GTTGTATGCG ATATTCCTGC 720 AGTTTGCCCT GTGTAAAGAA ACACAAAGCA GAACTGACAT GTAATGGAGT TCGAGATAAA 780 ACTGCATACA TTTCAATACA ACAGTTTACT GAAATGAATC TCCTAAGTGA TTATCGATTT 840 TTGGAAGATG TGGCAAGAAC AGCGGACCAT ATTTCTAGAG ATGCTTTTTT GAAGAGACCA 900 ATAAGCAATA AATATATGTA CTTTATGAAA AATCGTGCCC GGAGGCAAGG TATTAACTTA 960 AAACTTCTAC CCAATGGATT CACCAAGAGG AAGGAGAATT CAACCTTTTT TGATAAGAAA 1020 AAACAACAGT TTTGTTGGCA TGTGAAGCTC CAGTTTCCTC AAAGTCAAGC TGAGTACATA 1080 GAAAAAAGAG TACCAGATGA TAAAACTATT AATGAAATCC TAAAACCTTA CATTGATCCT 1140 GAAAAGTCTG ATCCTGTAAT TCGTCAAAGG TTGAAAGCCT ACATTCGCTC TCAGACTGGG 1200 GTTCAGATTT TAATGAAGAT TGAATATATG CAGCAAAATT TAGTAAGATA TTATGAACTA 1260 GATCCTTATA AAAGTCTCCT AGACAATTTG AGGAACAAAG TGATCATTGA GTATCCAACA 1320 TTACATGTGG TATTGAAAGG ATCCAATAAT GACATGAAAG TTCTTCACCA AGTGAAGAGT 1380 GAATCTACCA AGAACGTTGG CAATGAAAAT TGA 1413