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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HUMAN60613 reference isoform | 412 | 5 |  CBX6_HUMAN | |||
| HUMAN60614 | 394 | 5 |  B0QXZ6 |
Protein Sequence
Download: Fasta
MELSAVGERV FAAESIIKRR IRKGRIEYLV KWKGWAIKYS TWEPEENILD SRLIAAFEQK 60 ERERELYGPK KRGPKPKTFL LKARAQAEAL RISDVHFSVK PSASASSPKL HSSAAVHRLK 120 KDIRRCHRMS RRPLPRPDPQ GGSPGLRPPI SPFSETVRII NRKVKPREPK RNRIILNLKV 180 IDKGAGGGGA GQGAGALARP KVPSRNRVIG KSKKFSESVL RTQIRHMKFG AFALYKPPPA 240 PLVAPSPGKA EASAPGPGLL LAAPAAPYDA RSSGSSGCPS PTPQSSDPDD TPPKLLPETV 300 SPSAPSWREP EVLDLSLPPE SAATSKRAPP EVTAAAGPAP PTAPEPAGAS SEPEAGDWRP 360 EMSPCSNVVV TDVTSNLLTV TIKEFCNPED FEKVAAGVAG AAGGGGSIGA SK 412
cDNA Sequence
Download: Fasta
ATGGAGCTGT CTGCAGTGGG CGAGCGGGTC TTCGCGGCCG AATCCATCAT CAAACGGCGG 60 ATCCGAAAGG GACGCATCGA GTACCTGGTG AAATGGAAGG GGTGGGCGAT CAAGTACAGC 120 ACTTGGGAGC CCGAGGAGAA CATCCTGGAC TCGCGGCTCA TTGCAGCCTT CGAACAAAAG 180 GAGAGGGAGC GTGAGCTGTA TGGGCCCAAG AAGAGGGGAC CCAAACCCAA AACTTTCCTC 240 CTGAAGGCGC GGGCCCAGGC CGAGGCCCTC CGCATCAGTG ATGTGCATTT CTCTGTCAAG 300 CCGAGCGCCA GTGCCTCCTC GCCCAAGCTG CACTCCAGCG CAGCCGTGCA CCGGCTCAAG 360 AAGGACATCC GCCGCTGCCA CCGTATGTCC CGCCGTCCCC TGCCCCGCCC GGACCCGCAG 420 GGGGGCAGCC CCGGACTGCG CCCGCCCATT TCGCCCTTCT CGGAGACGGT GCGCATCATC 480 AACCGCAAGG TGAAGCCGCG GGAGCCCAAG CGGAACCGCA TCATCCTGAA CCTGAAGGTG 540 ATCGACAAGG GCGCTGGCGG CGGGGGCGCC GGGCAGGGGG CCGGGGCGCT GGCCCGCCCC 600 AAAGTCCCCT CGCGGAACCG CGTTATAGGC AAGAGCAAGA AGTTCAGCGA GAGCGTCCTG 660 CGTACACAGA TCCGCCACAT GAAGTTCGGC GCCTTTGCGC TGTACAAGCC TCCGCCCGCC 720 CCCCTGGTAG CCCCGTCCCC CGGCAAGGCT GAGGCCTCAG CCCCGGGCCC TGGGCTACTT 780 CTGGCCGCCC CCGCCGCCCC CTACGACGCC CGCAGCTCTG GCTCCTCCGG CTGCCCCTCG 840 CCTACACCAC AGTCCTCTGA CCCCGACGAC ACGCCCCCCA AGCTCCTCCC CGAGACCGTG 900 AGCCCATCCG CCCCCAGCTG GCGCGAGCCG GAGGTGCTCG ACCTGTCCCT CCCTCCCGAG 960 TCGGCAGCCA CCAGCAAGCG GGCACCGCCT GAGGTCACAG CTGCTGCCGG CCCGGCACCT 1020 CCCACGGCCC CTGAGCCCGC CGGTGCCTCC TCCGAGCCCG AGGCTGGGGA CTGGCGCCCC 1080 GAGATGTCAC CCTGCTCCAA TGTGGTCGTC ACCGATGTCA CCAGCAACCT CCTGACGGTC 1140 ACAATCAAGG AATTCTGCAA CCCTGAGGAT TTCGAGAAGG TGGCTGCTGG GGTAGCAGGC 1200 GCCGCTGGGG GCGGTGGCAG CATTGGGGCG AGCAAGTGA 1239