‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CORMO16073 | 396 | 11 |  A0A8C3DJ54 | |||
| CORMO16072 reference isoform | 401 | 12 | A0A8C3DRJ6 |
Protein Sequence
Download: Fasta
MRKMLLAALS RLLQGPAAAG RTGAISEASR VMVASRNYGD FASEATFEVK KCDLHRLEEG 60 PSTTAVLTRE EGLHYYKTMQ TIRRMELKSD QLYKQKIIRG FCHLYDGQEA CCVGIEAAIK 120 PTDHVITAYR AHGFTYTRGV PVREILAELT GRKGGCAKGK GGSMHMYTKN FYGGNGIVGA 180 QVPLGAGIAL ACKYFEKNEV CLALYGDGAA NQGQIFETYN MAALWKLPCI FICENNRYGM 240 GTSVERAAAS TDYYKRGYFI PGLRVDGMDI LCVREAVKFA AEYCRAGKGP LVMELQTYRY 300 HGHSMSDPGI SYRTREEIQE VRSKSDPITL LKDRMVNNNL ASVEELKEID VAVRKEIEEA 360 AQFATTDPEP PLEELGHHIY FNEPPFEVRG PNQWIKYKSV S 401
cDNA Sequence
Download: Fasta
ATGCGCAAGA TGCTGCTGGC CGCGCTCTCC CGGTTGCTGC AGGGCCCAGC GGCCGCCGGC 60 AGGACGGGAG CCATTAGTGA GGCCTCTCGA GTGATGGTAG CATCACGTAA CTATGGAGAC 120 TTTGCAAGTG AAGCTACGTT TGAGGTTAAG AAATGTGATC TCCATCGGCT GGAGGAAGGG 180 CCGAGCACCA CGGCAGTGTT GACTCGAGAG GAGGGGCTCC ACTACTACAA GACCATGCAG 240 ACCATCCGGC GCATGGAGCT CAAGTCTGAC CAGCTCTACA AGCAGAAGAT TATTCGTGGC 300 TTCTGCCACT TATATGATGG TCAGGAGGCT TGCTGTGTGG GGATTGAGGC TGCCATAAAG 360 CCCACAGACC ATGTGATAAC AGCGTACAGA GCCCACGGCT TTACCTACAC CCGAGGAGTA 420 CCTGTCCGGG AGATTCTCGC AGAACTCACA GGTCGAAAAG GAGGCTGTGC AAAGGGAAAA 480 GGAGGATCAA TGCATATGTA TACCAAAAAC TTTTATGGTG GCAATGGTAT TGTTGGTGCT 540 CAGGTTCCTC TTGGAGCCGG GATTGCGCTG GCCTGTAAAT ACTTTGAGAA AAACGAAGTC 600 TGTCTGGCCT TGTATGGGGA TGGTGCAGCC AATCAGGGCC AGATATTTGA AACATACAAC 660 ATGGCTGCCT TATGGAAGTT GCCTTGTATT TTTATCTGTG AGAACAATCG GTATGGAATG 720 GGAACATCAG TTGAAAGAGC TGCAGCCAGT ACTGACTACT ACAAAAGAGG GTACTTCATT 780 CCAGGGCTCA GGGTGGATGG CATGGATATT CTCTGTGTCC GAGAAGCAGT AAAGTTTGCA 840 GCTGAGTACT GTAGAGCTGG AAAAGGCCCT CTTGTGATGG AGTTACAGAC ATATCGTTAC 900 CATGGCCACA GCATGAGTGA CCCTGGAATA AGCTATCGTA CTAGAGAAGA AATTCAGGAA 960 GTGAGAAGCA AAAGTGATCC CATTACTTTG CTGAAGGACA GAATGGTCAA CAACAACCTT 1020 GCTAGCGTTG AAGAACTAAA GGAAATTGAT GTGGCAGTAA GGAAGGAGAT CGAGGAAGCT 1080 GCTCAGTTTG CTACCACTGA CCCAGAGCCT CCACTGGAAG AACTGGGTCA CCACATCTAC 1140 TTCAATGAGC CACCCTTTGA AGTGCGTGGC CCAAACCAGT GGATAAAGTA CAAGTCTGTC 1200 AGCTAA 1206