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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CALMI39762 | 446 | 9 |  A0A4W3I2F3 | |||
| CALMI39764 | 455 | 8 | A0A4W3HHA3 | |||
| CALMI39763 reference isoform | 457 | 7 | A0A4W3HEH0 |
Protein Sequence
Download: Fasta
MDSFSTIAFN ETYDGNWTEP VNGTEGGEKY HYNYYAMLFT LLIFVIIFGN VLVCMAVSRE 60 KALQTTTNYL IVSLAVADLL VATLVMPWVV YMEVVGEWRF SRIHCDIFVT LDVMMCTASI 120 LNLCAISIDR YTAVALPMLY NTRYSSRRRV TVMISVVWTL SFVISCPLLF GFNNTETRVD 180 TICTIVNPDF VVYSSIFSFY MPFIVTLLVY VQIYVVLRKR RKRVNTKRNS GMETDMQAPL 240 KDKCTHPEDV KLCTMIVKSN GSFPVNKKKV VSADTLVLKL TVNHPDEMEM EMMSSASPPS 300 EHTKLKLTGV HRQLGVPLPS NQGASSNLPT PSGSPVKGEK NGHAKDSSKA AKAFEIQSMP 360 NGKTRTSLKT LSRRKLSQQK EKKATQMLAI VLGVFIICWL PFFITHILNM HCTKCSITPA 420 LYSAFTWLGY VNSAVNPIIY TTFNVEFRKA FIKILHC 457
cDNA Sequence
Download: Fasta
ATGGATTCTT TCAGCACCAT TGCCTTCAAC GAGACCTACG ATGGAAATTG GACGGAGCCT 60 GTTAACGGCA CGGAGGGGGG AGAGAAGTAC CACTATAATT ACTACGCCAT GCTGTTCACG 120 CTCCTGATCT TTGTCATCAT TTTCGGCAAC GTGCTGGTGT GTATGGCCGT ATCCCGAGAG 180 AAAGCCCTGC AGACCACCAC CAACTATCTC ATCGTCAGCC TGGCAGTGGC TGACCTTCTC 240 GTAGCCACCT TGGTGATGCC CTGGGTGGTG TACATGGAGG TGGTGGGAGA GTGGAGATTT 300 AGCCGAATCC ACTGTGATAT CTTTGTGACT CTGGATGTCA TGATGTGCAC AGCCAGCATC 360 CTAAACCTGT GCGCCATTAG CATCGACAGG TACACGGCGG TTGCGCTGCC GATGCTCTAC 420 AACACACGCT ACAGCTCAAG ACGAAGAGTT ACTGTCATGA TCTCGGTGGT CTGGACCCTG 480 TCTTTTGTCA TTTCCTGCCC ATTGCTGTTC GGATTCAATA ACACAGAGAC TCGGGTCGAT 540 ACCATCTGTA CCATAGTGAA CCCCGATTTT GTGGTTTACT CGTCGATATT CTCCTTCTAT 600 ATGCCTTTCA TCGTGACCCT GCTGGTGTAC GTGCAGATCT ATGTGGTGCT GAGGAAACGA 660 CGAAAGCGGG TGAACACAAA GCGCAACAGT GGGATGGAAA CTGACATGCA GGCACCGTTA 720 AAGGACAAAT GCACCCACCC AGAGGACGTG AAGCTGTGCA CGATGATTGT GAAGTCAAAC 780 GGGAGCTTCC CCGTCAATAA AAAGAAAGTG GTAAGCGCTG ACACTTTAGT CCTGAAGCTC 840 ACTGTCAACC ATCCAGACGA GATGGAGATG GAGATGATGT CGTCCGCTAG CCCCCCCTCA 900 GAGCACACCA AGCTGAAACT GACCGGGGTC CACCGTCAAC TGGGGGTGCC CTTGCCCTCC 960 AACCAGGGAG CCAGCTCCAA TCTGCCCACT CCCTCGGGGA GCCCGGTGAA AGGCGAGAAA 1020 AATGGGCACG CCAAAGACAG CTCCAAGGCA GCCAAAGCGT TCGAGATCCA GTCCATGCCC 1080 AATGGCAAAA CGAGGACCTC GCTCAAGACG CTGAGCAGGA GGAAGCTGTC TCAGCAAAAG 1140 GAGAAGAAAG CAACTCAGAT GTTGGCCATT GTCCTCGGCG TTTTCATCAT ATGTTGGCTG 1200 CCCTTTTTCA TCACTCACAT CCTGAACATG CACTGCACCA AATGCTCCAT CACTCCAGCA 1260 CTGTACAGTG CCTTCACCTG GCTGGGATAC GTCAACAGCG CAGTGAATCC CATCATTTAC 1320 ACCACCTTCA ACGTGGAGTT CAGAAAAGCC TTCATCAAAA TCCTTCACTG CTAA 1374