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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CALMI25986 | 443 | 14 |  A0A4W3IHM6 | |||
| CALMI25987 | 436 | 13 | A0A4W3IHN7 | |||
| CALMI25988 | 447 | 14 | A0A4W3J7J9 | |||
| CALMI25989 | 485 | 15 | A0A4W3IHQ1 | |||
| CALMI25990 | 475 | 15 | A0A4W3IPV6 | |||
| CALMI25991 | 440 | 16 | A0A4W3IHR9 | |||
| CALMI25992 | 456 | 14 | A0A4W3IE19 | |||
| CALMI25993 | 473 | 14 | A0A4W3IPX3 | |||
| CALMI25994 | 428 | 13 | A0A4W3IE33 | |||
| CALMI25985 reference isoform | 472 | 15 | V9KIF4 |
Protein Sequence
Download: Fasta
MASGQQWVLV EMVQAVYEAP AYHLILEGIL ILWIIRLLFS KTYKLQERSD LTEKEKEELI 60 EEWQPEPLVP PVSKEHPALN YNVVTGPPTH KIVVNGNECI NFASFNFLGL LDNEKVKNVA 120 LASLKKYGVG TCGPRGFYGT FDVHLELEDR IAKFMRTEEA IIYSYGFATI ASAIPAYSKR 180 GDLVFVDEAA CFAIQKGLQA SRSNIKYFKH NDMDDLERLL KEQEFEDQKN PRKARVTRRF 240 LFVEGLYMNT GSICPLPELV KLKYKYKVRI FLEESLSFGV LGEHGRGVTE HFGVNIDDID 300 LISANMENAL ASIGGFCCGR SFVIDHQRLS GQGYCFSASL PPMLASAAIE ALNIMEDDPD 360 IFRKLSQKCQ QIHLALHGIS GLKVVGESFS PAFHLQLTRS RGSRENDVKL LQEIVDYCQN 420 RGIALTQARY LDKEEKFLPS PSVRVVVTVE LTEEELEKAA SIIKEAAEHI LQ 472
cDNA Sequence
Download: Fasta
ATGGCGTCGG GGCAACAGTG GGTGTTGGTG GAGATGGTGC AGGCCGTTTA CGAGGCCCCA 60 GCTTACCATC TGATTCTGGA AGGAATTCTC ATTTTATGGA TCATCAGACT CCTGTTCTCC 120 AAAACCTACA AACTCCAGGA GCGCTCTGAC TTAACAGAGA AGGAGAAAGA GGAGCTTATT 180 GAGGAATGGC AGCCAGAACC ACTTGTCCCT CCAGTATCAA AGGAGCACCC TGCCCTTAAC 240 TATAACGTTG TCACAGGTCC CCCAACCCAC AAGATCGTGG TTAACGGTAA TGAATGTATA 300 AACTTTGCCT CCTTTAATTT CCTTGGCTTG CTGGATAATG AAAAAGTCAA GAATGTGGCT 360 TTGGCTTCAC TGAAAAAATA CGGTGTTGGT ACATGCGGGC CCAGAGGGTT TTATGGAACA 420 TTTGATGTTC ACTTAGAACT AGAGGATCGA ATTGCCAAAT TCATGAGAAC AGAGGAGGCC 480 ATTATTTATT CGTATGGATT TGCTACAATA GCCAGTGCCA TCCCAGCATA CTCGAAGAGA 540 GGAGACCTTG TGTTTGTAGA TGAAGCAGCA TGCTTTGCCA TTCAGAAAGG TTTGCAGGCT 600 TCACGCAGTA ACATAAAGTA TTTTAAACAC AATGATATGG ATGACTTGGA GAGGCTTCTA 660 AAAGAGCAGG AATTTGAGGA CCAGAAGAAT CCTCGCAAAG CACGTGTGAC TCGAAGATTT 720 CTCTTTGTAG AAGGATTGTA CATGAACACT GGATCTATTT GTCCACTTCC AGAACTGGTA 780 AAACTAAAGT ACAAATACAA AGTGCGGATT TTCCTAGAAG AAAGCTTGTC CTTTGGAGTT 840 CTAGGAGAGC ATGGACGAGG TGTAACAGAA CATTTTGGGG TGAATATTGA TGATATTGAC 900 CTCATAAGTG CAAATATGGA AAACGCATTG GCTTCCATTG GAGGATTCTG CTGTGGAAGA 960 TCATTTGTTA TTGATCACCA GCGACTTTCG GGACAAGGCT ACTGTTTCTC AGCATCCTTA 1020 CCACCAATGC TTGCTTCTGC TGCGATAGAG GCTCTCAACA TTATGGAAGA TGATCCAGAT 1080 ATTTTCAGAA AATTGAGCCA AAAATGTCAA CAAATCCATC TTGCTTTGCA TGGTATATCT 1140 GGTCTGAAAG TTGTGGGTGA ATCATTTTCT CCAGCCTTTC ATCTACAGCT GACAAGGAGC 1200 AGAGGATCAC GAGAGAATGA TGTGAAGCTA TTGCAGGAAA TTGTAGATTA TTGCCAGAAC 1260 CGAGGGATTG CATTAACTCA AGCTCGCTAC TTGGATAAGG AGGAAAAGTT TTTGCCGTCT 1320 CCAAGTGTGC GGGTGGTGGT CACGGTGGAA CTCACGGAAG AAGAGTTGGA GAAGGCAGCA 1380 TCAATAATCA AGGAAGCAGC TGAACATATC CTTCAGTAG 1419