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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MOUSE41885 | 523 | 11 |  CO8B_MOUSE | |||
| MOUSE41884 reference isoform | 589 | 12 | CO8B_MOUSE |
Protein Sequence
Download: Fasta
MKIGAQVWRA LAKSCLLCAT LGCLHFPGSR GGKPDFFETK AVNGSLVKSR PVRSVAEAPA 60 PIDCELSTWS SWTACDPCQK KRYRHTYLLR PSQFYGELCD LSDKEVEDCV TNQPCRSQVR 120 CEGFVCAQTG RCVNRRLLCN GDNDCGDQSD EANCRRIYKN CQREMEQYWA IDRLASGINL 180 FTNTFEGPVL DHRYYAGGCS PHYILDTNFR KPYNVESYTP QTKCEYEFTL TEYESYSDFE 240 RLVIEKKTHM FNFTSGFKVD GVMDLGIKVE SNEGKNYVTR TKRFAHTQSK FLHARSVLEV 300 AHYKLKSRSL MLHYEFLQRV KSLPLEYSYG EYRDLLRDFG THFITEAVLG GIYEYTLIMN 360 KDAMEQGDYT LSHVTACAGG SFGIGGMVYK VYVKVGVSAK KCSDIMKEIN ERNKRSTMVE 420 DLVVLVRGGT SEDITALAYK ELPTPELMEA WGDAVKYNPA IIKIKAEPLY ELVTATDFAY 480 SSTVKQNLKK ALEEFQSEVS SCRCAPCRGN GVPVLKGSRC ECICPGGFQG TACEVTYRKD 540 IPIDGKWSCW SDWSACSGGH KTRHRQCNNP APHKGGSPCS GPASETLNC 589
cDNA Sequence
Download: Fasta
ATGAAGATAG GGGCTCAGGT TTGGAGGGCA CTGGCAAAGT CGTGTCTCCT CTGTGCTACT 60 CTGGGATGTC TCCATTTCCC TGGTTCCAGA GGTGGGAAGC CCGATTTCTT TGAGACAAAG 120 GCAGTCAATG GGAGCCTTGT CAAGAGCAGA CCAGTACGGA GTGTGGCGGA AGCCCCAGCA 180 CCTATTGACT GTGAGCTATC CACCTGGTCT TCCTGGACTG CATGTGACCC CTGTCAGAAG 240 AAAAGGTACA GACATACTTA CTTGCTCCGG CCCTCTCAGT TCTATGGGGA ATTGTGTGAC 300 TTGTCCGACA AGGAAGTTGA AGACTGTGTT ACCAACCAAC CCTGCAGGAG TCAAGTACGA 360 TGTGAAGGCT TTGTGTGTGC ACAGACAGGG AGGTGTGTGA ATCGCAGACT CCTTTGCAAT 420 GGGGACAATG ACTGTGGAGA CCAATCAGAT GAAGCCAACT GTAGGAGGAT TTATAAAAAC 480 TGTCAACGGG AGATGGAGCA GTACTGGGCA ATTGACAGGC TGGCCAGTGG GATAAATCTG 540 TTCACAAACA CTTTTGAGGG CCCAGTTCTC GATCACCGGT ATTATGCTGG TGGATGCTCC 600 CCCCACTACA TCCTGGACAC CAACTTTAGG AAGCCATACA ACGTAGAAAG CTACACCCCA 660 CAGACCAAAT GTGAATATGA ATTCACACTT ACAGAATATG AATCATATTC AGATTTTGAA 720 CGTCTAGTGA TAGAAAAGAA AACCCACATG TTTAATTTCA CGTCTGGTTT TAAAGTGGAT 780 GGCGTTATGG ATCTTGGAAT TAAAGTAGAA AGCAACGAAG GCAAAAATTA TGTGACCAGA 840 ACCAAACGCT TCGCCCACAC TCAAAGCAAG TTCCTCCACG CGCGCTCTGT CCTTGAAGTG 900 GCACATTACA AGCTGAAGTC TAGAAGCCTC ATGCTCCATT ATGAATTCCT TCAGAGGGTC 960 AAGAGCCTGC CCCTGGAGTA TAGCTATGGG GAATACCGAG ATCTTCTTCG TGACTTCGGG 1020 ACCCATTTCA TCACTGAAGC CGTACTTGGG GGCATCTACG AGTACACGCT TATCATGAAC 1080 AAAGACGCCA TGGAGCAAGG AGACTACACT CTTAGCCATG TTACTGCCTG TGCTGGAGGA 1140 AGTTTCGGTA TTGGTGGTAT GGTCTATAAA GTCTATGTCA AAGTGGGCGT TTCCGCAAAG 1200 AAATGCAGTG ACATTATGAA AGAAATCAAC GAAAGAAATA AGAGGAGCAC CATGGTAGAA 1260 GACTTGGTAG TTCTTGTGAG AGGAGGGACA AGTGAGGATA TCACTGCCTT GGCATACAAG 1320 GAGCTACCAA CCCCTGAACT GATGGAGGCA TGGGGCGATG CTGTGAAGTA CAACCCAGCA 1380 ATCATTAAGA TCAAGGCTGA GCCCCTGTAT GAGCTTGTGA CAGCCACAGA CTTTGCATAC 1440 TCCAGCACAG TGAAGCAGAA CTTAAAGAAG GCACTAGAAG AATTCCAGAG TGAGGTCAGC 1500 TCCTGCCGCT GTGCTCCTTG CAGAGGGAAT GGAGTCCCTG TCCTGAAAGG ATCCCGCTGT 1560 GAGTGCATCT GCCCCGGTGG CTTCCAAGGC ACAGCCTGTG AGGTTACCTA TCGGAAAGAC 1620 ATCCCCATAG ATGGGAAGTG GAGTTGCTGG TCTGACTGGT CTGCATGCTC TGGAGGACAC 1680 AAAACAAGAC ACAGGCAGTG CAACAATCCA GCCCCTCACA AAGGAGGCAG CCCCTGTTCG 1740 GGTCCTGCTT CCGAAACACT CAACTGTTAA 1770