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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| COCLU02377 reference isoform | 810 | 5 | fgenesh1_pm.4_#_104 |
Protein Sequence
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MQSNLRAQAE IQAQRKKQLA NSYKQLLDEF AATDLKTVGN YTVGKLIGKG SFGKVYLASH 60 KLSNGSKVVL KSARKDDANL AREIHHHRQF IHPHIARLYE VIVTEQLVWL VLEYCPGDEL 120 YNYLLAKGAL EPAKVQRIFT QLVGAVTYVH NKSCVHRDLK LENILLDKHG DVKLCDFGFT 180 REYEGKSNYL QTWCGTICYS APEMLKGEKY AGEKVDVWSL GIILYALLVG ELPFDDDDEM 240 VTKTKILKEE PNFPDSFPPQ AKELCQSLLS KRPILRPTLA DILQNPWLAE HAPRQQETLK 300 LQQPPPFSTE LEKEVLQRMR AAGVDIDMVI ENVLAQRCDS LAGWWALLLE KEERKARRRE 360 RKRKEREAEA KSLRRLSAAS SRLDKLAPTI RETDEEGFHL PQTPKSRGRT ANRSSLHGAP 420 ELPRLPESLT SPNLTVDDKP LPPIDPPRGR KSRSASRPPL PAKDIDRRRS RSSMLHVVST 480 NPDLLSPNGY IPKPRRKQPI IGHLLSLRNW IKETSKRARS PNSKASSVQS PKLPENKSPD 540 GRRRQSTANR SSVYTNPKSP PMAPVSTRPR TSTHGSGSVR RLSASPAPLT PRSSYRRSSG 600 GLRGRKSTSS SVSSIRSMPH HHHSHSKASS TSSASLASPA VSTSGHSHKL SKSPHNSIKV 660 LPATPTSSSF PSNIRVVRSG YPPGLSESSA AFGNGGNMPP HSPGLIFAKR KRSVFKGPML 720 NVNTAVGGSS SGHGGWRSRS GEGGSGSRGT SSQGRRSGEI LGITEEDEEE EEIEEVETFG 780 GRLGEGEFVE EVMGPLTPPM KEEKEKGAGA 810
cDNA Sequence
Download: Fasta
ATGCAGTCAA ATCTCAGAGC CCAGGCTGAG ATTCAGGCCC AGAGGAAGAA GCAGCTTGCA 60 AACTCGTATA AGCAGCTCCT TGATGAATTC GCCGCAACCG ATCTCAAGAC GGTGGGCAAC 120 TATACTGTCG GTAAACTCAT AGGCAAGGGT AGCTTTGGAA AGGTCTATTT GGCCTCGCAT 180 AAACTCAGTA ATGGCTCCAA GGTCGTGCTC AAGAGCGCGA GAAAAGATGA CGCCAACCTC 240 GCGCGCGAGA TTCATCACCA CCGCCAATTT ATACATCCCC ACATCGCTCG CCTATACGAG 300 GTCATAGTCA CCGAACAGTT GGTCTGGCTA GTACTTGAGT ACTGCCCCGG CGACGAACTG 360 TACAACTACC TCCTGGCCAA GGGCGCACTC GAGCCCGCCA AGGTCCAGCG CATCTTCACC 420 CAGCTCGTCG GCGCTGTCAC ATATGTCCAC AACAAGTCGT GTGTCCACCG CGATCTCAAG 480 CTCGAGAACA TTTTGTTGGA CAAGCATGGC GATGTCAAGT TGTGCGACTT TGGCTTCACC 540 CGGGAATACG AGGGCAAGTC CAACTACCTG CAGACATGGT GTGGCACAAT ATGCTACAGC 600 GCTCCGGAAA TGCTCAAGGG CGAAAAGTAT GCGGGCGAAA AAGTAGACGT CTGGAGTTTG 660 GGTATTATTC TTTATGCTCT TTTGGTGGGC GAGCTGCCCT TTGATGATGA CGACGAGATG 720 GTCACCAAGA CAAAAATTCT AAAAGAGGAA CCCAATTTCC CCGACAGTTT CCCGCCACAG 780 GCAAAGGAGC TATGCCAATC GTTGCTCTCG AAACGGCCCA TCTTGCGTCC GACCTTGGCT 840 GACATACTTC AAAACCCTTG GTTGGCAGAG CATGCACCTC GCCAGCAGGA GACGCTCAAG 900 TTGCAGCAGC CGCCTCCCTT TTCCACCGAG CTAGAGAAGG AGGTTCTGCA ACGTATGCGT 960 GCCGCAGGAG TGGATATTGA TATGGTGATT GAGAACGTAT TGGCGCAACG ATGTGATTCC 1020 TTGGCTGGTT GGTGGGCATT GTTGCTCGAA AAAGAGGAAC GGAAAGCCAG AAGGAGAGAG 1080 CGCAAACGAA AAGAACGAGA GGCCGAGGCG AAGAGCCTCC GACGATTGAG TGCTGCAAGT 1140 AGCCGTCTTG ACAAACTTGC GCCCACCATC AGAGAGACAG ACGAAGAAGG CTTCCATTTG 1200 CCACAAACAC CAAAAAGTCG CGGCAGAACT GCGAACCGCA GTAGTTTACA TGGCGCTCCA 1260 GAACTACCCC GTTTACCGGA GTCACTCACT TCCCCAAATC TTACTGTTGA CGACAAACCT 1320 CTGCCGCCAA TTGATCCTCC TCGGGGTCGC AAATCCCGCT CTGCGTCACG ACCACCACTT 1380 CCCGCAAAAG ACATAGACAG ACGGAGATCA CGCAGTAGCA TGCTGCATGT TGTCTCTACC 1440 AATCCTGACC TTCTTTCGCC CAATGGCTAC ATTCCAAAAC CACGTCGCAA GCAGCCCATT 1500 ATTGGACACC TCTTGTCCCT TCGAAATTGG ATAAAAGAGA CATCTAAGCG AGCTCGGTCA 1560 CCGAATTCGA AAGCGAGCAG TGTACAATCA CCAAAGTTGC CTGAAAATAA ATCTCCAGAC 1620 GGCAGACGCA GACAAAGCAC TGCCAACAGG TCGTCCGTAT ACACGAACCC AAAATCTCCG 1680 CCAATGGCAC CTGTATCAAC CCGACCACGG ACCTCAACAC ATGGCTCAGG TTCTGTGAGG 1740 CGACTCTCCG CGTCTCCCGC GCCATTGACA CCACGATCCT CATACCGCCG CTCTTCTGGC 1800 GGTCTCCGAG GCCGTAAGTC CACATCGTCG TCTGTATCCT CGATACGGAG CATGCCACAC 1860 CACCACCACT CGCACAGCAA AGCTTCATCC ACATCCTCCG CCTCACTTGC CTCTCCCGCC 1920 GTTTCCACAT CTGGTCACTC ACACAAGCTC TCCAAATCCC CACACAACAG CATCAAAGTC 1980 CTTCCCGCCA CACCCACGTC GTCCTCTTTC CCGTCCAACA TCCGGGTTGT CCGCTCGGGA 2040 TACCCGCCAG GCCTCAGCGA GTCAAGCGCC GCGTTCGGCA ACGGAGGCAA CATGCCACCT 2100 CACTCACCCG GCCTCATCTT TGCCAAACGC AAACGCAGCG TCTTCAAAGG ACCCATGCTC 2160 AACGTCAACA CGGCTGTTGG CGGCAGTTCG TCGGGCCATG GCGGGTGGCG GAGTAGAAGC 2220 GGCGAAGGGG GTTCAGGTAG CCGGGGGACA AGCTCACAAG GCAGAAGGAG TGGAGAGATT 2280 TTGGGCATCA CCGAGGAAGA TGAAGAGGAA GAGGAGATTG AAGAGGTGGA AACGTTTGGG 2340 GGCAGATTGG GCGAAGGAGA GTTTGTTGAG GAAGTCATGG GGCCTTTGAC ACCGCCAATG 2400 AAGGAGGAAA AGGAGAAGGG CGCGGGTGCT TGA 2433