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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| PROCO01384 reference isoform | 750 | 21 |  A0A2K6FDB8 |
Protein Sequence
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MPPATGGGLV GSELRARRGR CGPPAARAAS RDMAAEAAAP SPKGSTLSSQ RLEAAGRWAV 60 LALVTLLSFA TRFHRLEEPR HICWDETHFG KMGSYYINRT FFFDVHPPLG KMLIGLAGYL 120 SGYDGTFLFQ KPGDKYEHHS YMGMRGFCAF LGSWLIPFAY LTVLDLSKSL PAALLTAALL 180 TFDTGCLTLS QYILLDPILM FFIMAAMLSM VKYNSCADRP FSAAWWFWLS LTGISLAGAL 240 GVKFVGLFII LQVGLNTISD LWHLLGDLSL SLVTVGKHLT ARILCLIVLP LALYTATFAV 300 HFMVLNKSGP GDGFFSSAFQ SRLSGNNLHN ASIPEHLAYG SVITVKNLRM AIGYLHSHRH 360 LYPEGIGARQ QQVTTYLHKD YNNLWIIKKH NTNSDHLDPS FPVEFVRHGD IIRLEHKETS 420 RNLHSHYHEA PLTRKHYQVT GYGINGTGDS NDFWRIEVVN RKFGNRIKVL RSRIRFIHLV 480 TGCVLGSSGK VLPKWGWEQL EVTCTPYLKE TLNSIWNVED HINPKLPNIS LDVLQPSFPE 540 ILLESHMVMI RGNNGLKPKD NEFTSKPWHW PINYQGLRFS GINDTDFRVY LLGNPVVWWL 600 NLLSIALYLL LGSVLAIAMQ RGAQLPAEVE GLSQVLLRGG GQVLLGWMLH YFPFFLMGRI 660 LYFHHYFPAM LFSSMLTGIL WDTLLRLCAW GVASSRLARG IHAVGVLTLL LGTAYSFYLF 720 HPLAYGMVGP LAQDPQSPMA GLRWLESWDF 750
cDNA Sequence
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ATGCCGCCGG CCACGGGCGG AGGCCTGGTA GGGTCCGAGC TGCGTGCCCG GAGGGGCCGC 60 TGTGGACCCC CGGCGGCTAG GGCTGCGAGC CGGGACATGG CCGCTGAGGC TGCAGCGCCA 120 AGCCCCAAAG GGTCTACTCT AAGCTCGCAG CGCCTCGAGG CCGCCGGCCG GTGGGCCGTG 180 CTGGCCCTGG TGACGCTGCT GTCCTTCGCC ACCCGCTTCC ACCGTCTGGA AGAGCCGCGG 240 CACATCTGTT GGGATGAAAC TCACTTTGGA AAAATGGGAA GTTACTATAT CAACCGCACC 300 TTTTTCTTTG ATGTGCACCC ACCTCTGGGA AAGATGCTGA TAGGTCTTGC TGGCTACCTG 360 AGTGGATATG ATGGTACCTT TTTGTTCCAG AAGCCTGGGG ACAAATATGA GCATCACAGC 420 TACATGGGAA TGAGAGGATT CTGTGCGTTT CTCGGTTCCT GGCTGATCCC CTTTGCCTAC 480 CTCACTGTGC TGGATCTGTC CAAGTCCCTC CCGGCAGCAC TACTCACTGC CGCCCTCCTC 540 ACCTTTGACA CAGGATGCCT CACTCTGTCC CAGTACATCC TCCTTGACCC CATCCTGATG 600 TTCTTCATCA TGGCTGCCAT GCTGAGCATG GTCAAGTACA ACTCCTGCGC CGACAGGCCC 660 TTCTCTGCTG CCTGGTGGTT CTGGCTCAGC CTGACTGGCA TCAGTCTTGC TGGTGCTTTA 720 GGGGTCAAGT TCGTTGGCCT CTTTATCATC TTGCAAGTGG GGTTGAACAC CATTTCAGAC 780 CTTTGGCACC TGCTTGGAGA CCTCAGTCTT TCATTGGTGA CAGTGGGAAA ACACCTGACT 840 GCTCGCATCC TGTGCCTCAT AGTGCTGCCT CTGGCTCTCT ACACGGCCAC TTTTGCCGTT 900 CACTTCATGG TGCTGAATAA AAGCGGTCCT GGCGATGGTT TCTTCAGCTC TGCCTTCCAG 960 TCTCGGCTTT CAGGGAACAA CCTTCACAAT GCTTCCATCC CTGAACACCT GGCCTATGGC 1020 TCTGTGATCA CTGTGAAGAA CCTCCGGATG GCCATCGGCT ACCTGCACTC CCATAGGCAC 1080 CTCTACCCCG AGGGCATCGG TGCACGCCAG CAGCAGGTCA CCACCTATTT GCACAAGGAC 1140 TACAACAACC TGTGGATTAT CAAGAAACAT AATACCAACT CAGATCACCT AGACCCTTCC 1200 TTCCCAGTCG AGTTTGTAAG ACATGGAGAC ATCATTCGAC TAGAACACAA AGAGACTTCC 1260 CGAAACTTAC ACAGTCACTA TCATGAGGCC CCTCTGACCC GGAAGCACTA CCAAGTCACT 1320 GGCTATGGCA TAAATGGGAC AGGGGACTCA AATGATTTCT GGCGGATTGA GGTTGTAAAC 1380 AGAAAATTTG GAAACCGGAT CAAAGTGCTA AGAAGTCGAA TTCGCTTCAT ACATCTGGTC 1440 ACAGGTTGTG TCCTGGGCTC CTCAGGAAAG GTTCTGCCCA AGTGGGGCTG GGAGCAGTTG 1500 GAAGTTACTT GCACTCCGTA CTTAAAAGAA ACCCTCAACT CCATCTGGAA TGTGGAGGAC 1560 CATATCAATC CCAAATTGCC AAACATCAGC CTGGATGTGC TGCAGCCCAG TTTTCCTGAG 1620 ATCTTGCTGG AGTCCCACAT GGTCATGATC CGGGGGAACA ATGGCCTCAA GCCCAAGGAC 1680 AATGAGTTCA CATCCAAACC CTGGCACTGG CCTATCAACT ATCAGGGCCT GCGCTTCTCA 1740 GGGATCAATG ACACGGACTT CCGAGTCTAT CTGCTTGGCA ACCCGGTGGT TTGGTGGCTG 1800 AATCTGTTGA GCATTGCTCT CTACCTCCTC TTAGGGAGTG TCCTTGCTAT AGCTATGCAG 1860 AGAGGGGCAC AGCTGCCGGC GGAAGTTGAA GGACTGTCCC AGGTCCTGCT GCGAGGCGGT 1920 GGTCAGGTCC TACTTGGCTG GATGCTCCAT TACTTCCCAT TCTTCCTGAT GGGCCGGATC 1980 CTCTACTTCC ACCACTACTT CCCAGCCATG CTCTTCTCAA GCATGTTGAC AGGCATTCTA 2040 TGGGATACCC TCCTGCGGCT CTGTGCCTGG GGTGTGGCCT CCTCTCGCCT GGCCAGGGGC 2100 ATACACGCGG TGGGAGTCCT GACCCTGCTC CTGGGAACTG CCTACAGCTT CTACCTCTTC 2160 CACCCTCTGG CTTACGGGAT GGTAGGTCCC CTGGCCCAGG ACCCCCAAAG TCCCATGGCA 2220 GGACTAAGGT GGCTGGAATC ATGGGACTTT TGA 2253