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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CAEEL20600 reference isoform | 731 | 17 |  G5ECV3 |
Protein Sequence
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MHEENDETNE PEGSKTPVER KEDSFEEESH SSQESSSEQQ SEAGDENKEE VEGSDEEPID 60 EDVIAQAVAR RNTEKNRILR DCGVLLVATA ALAIMIYLLL TLLGLSMPSR PLVVSKGAAK 120 PFFHGVHRKL IQDNYDGTIR LSGNQTMSVI LLYSPYSIRS KWFREEYYTT ARRLKKLHGN 180 LAPYFGATNC FDQNSYCRRK YNLKQYPAMM AQNSALMGSV YNGPLDSVYV TRWLNRLQNG 240 VFRLQSAQDL TTLSKNHDLL TILYFKIKTP PQKFQSASNF SKLAYHYLDG DPNTDRTIFC 300 IVTDSQLAAQ LQLHNEHDLV LVSSELKLLT THYKGWVMEN VHKDLVKFSQ EAAMKNVEFL 360 NLGRRFHSTQ LAEKFNQGSV LMYFTRDLNY GNAKYKMFRE IAQEYRTCPE KDFISVDSET 420 PDNFDLDCST SLKGILCEAN NTLSFMMIDS KIENALAAKY GADREDMVVA INSKQEITRY 480 IKSNITRESI NCLIRQHHNS ADNSFVTEST EIITTKTETP KDIHADAVGE SSFVKFVDST 540 AELLLSRKIN VILFMGGIWH SASSSAIAPF HLVANHFKES KNLIDFSIVD VSETKLPYNL 600 NFDQLPKILI TSADRSNTYM FLIKVVLFQN SSEASNAKTF VLLSIGLSWT YPEEFMINHT 660 NIARFVLTRP GKIFGRLRWM DSCQGTCRKR AQREMRDDRL QLKRRLGRNV ANSVRQRVLL 720 GYYDRMLRMI S 731
cDNA Sequence
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ATGCACGAGG AGAATGACGA AACAAATGAA CCTGAAGGAT CGAAGACGCC AGTAGAGAGA 60 AAGGAAGACA GTTTTGAAGA AGAAAGTCAT TCCAGTCAAG AATCATCTTC CGAGCAGCAG 120 TCTGAAGCTG GTGATGAGAA CAAGGAGGAA GTTGAAGGAT CTGACGAAGA ACCGATTGAT 180 GAAGACGTTA TTGCACAAGC AGTAGCTCGA CGGAATACCG AAAAGAACAG AATATTACGA 240 GATTGTGGGG TTTTGCTCGT GGCAACTGCA GCACTGGCAA TTATGATATA CCTGCTGCTT 300 ACTTTGTTGG GACTATCCAT GCCATCCCGC CCTTTGGTAG TATCAAAAGG AGCTGCCAAA 360 CCTTTTTTCC ACGGTGTACA CAGAAAACTT ATCCAGGACA ATTATGACGG CACGATTCGG 420 TTATCTGGAA ACCAAACAAT GTCAGTAATT CTTCTTTACT CTCCGTACAG CATCAGGTCA 480 AAATGGTTTC GAGAGGAATA CTACACAACG GCGAGGAGAC TTAAAAAACT ACACGGGAAC 540 CTTGCCCCAT ATTTCGGAGC TACTAACTGT TTCGACCAAA ACTCTTACTG TCGGCGAAAA 600 TACAACTTGA AACAGTATCC AGCAATGATG GCTCAGAACT CCGCTTTGAT GGGCTCTGTG 660 TACAACGGAC CATTGGACTC GGTTTATGTT ACCCGGTGGC TGAACCGTTT GCAAAATGGC 720 GTTTTTCGTC TGCAATCCGC TCAAGATTTA ACGACCCTTT CGAAAAATCA TGATTTATTA 780 ACGATTTTAT ACTTCAAAAT CAAGACTCCA CCTCAAAAGT TTCAATCAGC ATCAAATTTT 840 TCGAAGTTGG CATACCACTA TCTTGACGGA GATCCAAACA CCGACCGGAC GATATTCTGC 900 ATTGTGACGG ACTCCCAATT AGCTGCTCAA TTACAACTTC ACAATGAGCA TGACCTTGTT 960 TTAGTGAGCT CTGAGCTAAA ACTTCTGACA ACTCACTATA AGGGATGGGT GATGGAGAAT 1020 GTGCACAAGG ACTTGGTCAA GTTCTCACAA GAAGCTGCGA TGAAAAATGT GGAATTTTTG 1080 AATTTAGGTC GACGATTCCA TTCCACTCAG CTTGCCGAAA AGTTCAATCA AGGATCTGTC 1140 CTGATGTACT TCACACGAGA TTTGAATTAT GGAAATGCAA AATATAAAAT GTTCCGGGAA 1200 ATCGCTCAAG AATACCGGAC GTGTCCTGAA AAAGATTTTA TATCTGTCGA CAGTGAGACC 1260 CCGGACAACT TTGACCTTGA TTGCTCAACA AGTTTGAAAG GAATTTTATG CGAGGCAAAC 1320 AATACTCTTT CGTTCATGAT GATCGATTCA AAGATAGAAA ACGCACTTGC AGCAAAATAT 1380 GGAGCGGACC GGGAAGATAT GGTTGTTGCA ATTAACTCAA AACAAGAAAT AACCCGCTAC 1440 ATTAAATCTA ATATCACAAG AGAATCTATC AATTGCCTGA TTCGCCAGCA TCACAATTCC 1500 GCGGACAACT CGTTTGTAAC TGAGTCAACT GAAATCATCA CTACAAAAAC GGAAACTCCA 1560 AAAGATATAC ATGCAGATGC GGTTGGAGAA TCGTCGTTTG TAAAATTTGT AGATTCTACA 1620 GCCGAGCTTC TTTTGAGTAG AAAAATTAAC GTTATTCTAT TTATGGGAGG AATTTGGCAT 1680 AGCGCATCAA GTTCTGCAAT CGCTCCATTT CATCTCGTTG CCAATCACTT CAAGGAGTCT 1740 AAGAATTTAA TCGATTTTTC AATAGTCGAC GTTTCTGAGA CCAAACTTCC TTACAATCTC 1800 AATTTTGATC AACTTCCAAA GATTCTAATC ACCAGCGCTG ACAGAAGTAA TACTTATATG 1860 TTCCTAATAA AAGTAGTTTT GTTCCAAAAC AGCTCCGAAG CGTCAAATGC AAAAACTTTT 1920 GTGCTTTTAA GCATTGGGTT GAGCTGGACC TACCCCGAAG AGTTTATGAT CAATCACACC 1980 AACATTGCGC GATTTGTTCT AACAAGGCCC GGAAAAATAT TCGGACGGTT GCGCTGGATG 2040 GATTCATGTC AGGGTACATG CCGAAAACGA GCACAACGGG AAATGCGAGA CGATCGATTG 2100 CAGCTCAAAC GGCGTTTGGG CCGAAATGTG GCGAACAGTG TGAGACAACG AGTATTACTT 2160 GGGTACTATG ACCGGATGCT TCGAATGATA AGTTAG 2196