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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| AILME06104 reference isoform | 643 | 15 |  G1LN07 |
Protein Sequence
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MEKSSSCESL GSQPAAARPP SVDSLSSAST SHSENSVHTK SASVVSSDSI STSADNFSPD 60 LRVLRESNKL AEMEEPPLLP GENIKDMAKD VTYICPFTGA VRGTLTVTNY RLYFKSMERD 120 PPFVLDASLG VISRVEKIGG ASSRGENSYG LETVCKDIRN LRFAHKPEGR TRRSIFENLM 180 KYAFPVSNNL PLFAFEYKEV FPENGWKLYD SLLEYRRQGI PNESWRITKI NERYELCDTY 240 PALLVVPANI PDEELKRVAS FRSRGRIPVL SWIHPESQAT ITRCSQPMVG VSGKRSKEDE 300 KYLQAIMDSN AQSHKIFIFD ARPSVNAVAN KAKGGGYESE DAYQNAELVF LDIHNIHVMR 360 ESLRKLKEIV YPNIEETHWL SNLESTHWLE HIKLILAGAL RIADKVESGK TSVVVHCSDG 420 WDRTAQLTSL AMLMLDGYYR SVRGFEVLVE KEWLSFGHRF QLRLGHGDKN HADADRSPVF 480 LQFIDCVWQM TRQFPTAFEF NEYFLITILD HLYSCLFGTF LCNSEHQRGK ENLPKRTVSL 540 WSYINSQLED FTNPLYGSYA NHVLYPVASM RHLELWVGYY VRWNPRMKPQ EPIHNRYKEL 600 LAKRAELQKK VEELQREISN RSTSSSERAS SPAQCVTPVQ TVV 643
cDNA Sequence
Download: Fasta
ATGGAGAAGA GCTCGAGCTG CGAGAGTCTT GGCTCTCAGC CGGCCGCCGC ACGGCCGCCC 60 AGCGTGGACT CCCTGTCCAG TGCTTCCACT TCTCACTCAG AGAATTCAGT GCATACAAAA 120 TCAGCTTCTG TGGTATCATC GGACTCCATT TCAACTTCTG CGGACAACTT TTCTCCTGAT 180 TTGAGGGTGC TGAGGGAATC TAACAAATTA GCAGAAATGG AAGAACCACC CTTGCTTCCG 240 GGAGAAAATA TTAAAGACAT GGCCAAAGAT GTAACTTATA TATGTCCATT CACTGGTGCT 300 GTACGAGGAA CTCTGACTGT CACGAATTAC AGGTTATATT TTAAAAGCAT GGAACGGGAT 360 CCCCCATTTG TTTTAGATGC CTCTCTTGGT GTGATAAGTA GAGTAGAAAA AATTGGTGGT 420 GCTTCTAGTA GAGGTGAAAA TTCTTATGGA CTAGAAACTG TGTGTAAGGA TATTCGGAAT 480 TTACGGTTTG CTCATAAACC TGAGGGGCGA ACAAGAAGAT CCATTTTTGA GAATCTAATG 540 AAATATGCAT TTCCTGTCTC AAATAACCTG CCTCTTTTTG CTTTTGAATA CAAAGAAGTA 600 TTTCCTGAAA ATGGGTGGAA GCTATATGAC TCTCTTTTAG AGTATAGAAG ACAGGGAATT 660 CCGAATGAGA GCTGGAGAAT AACAAAGATA AACGAACGCT ATGAGCTCTG TGATACATAT 720 CCTGCCCTCT TGGTTGTGCC AGCAAATATT CCTGATGAAG AATTAAAGAG AGTGGCATCC 780 TTCAGATCAA GGGGCCGTAT CCCAGTTTTA TCATGGATTC ATCCTGAAAG TCAAGCCACT 840 ATCACTCGGT GTAGCCAGCC AATGGTAGGA GTGAGTGGAA AGCGAAGCAA AGAAGATGAA 900 AAATACCTTC AAGCTATCAT GGACTCCAAT GCCCAGTCTC ATAAAATCTT TATATTTGAT 960 GCCCGGCCAA GTGTCAATGC TGTTGCCAAT AAGGCGAAGG GTGGAGGTTA TGAGAGTGAA 1020 GATGCCTATC AAAATGCAGA ACTAGTTTTT CTGGATATCC ACAATATTCA CGTTATGAGA 1080 GAATCATTAC GAAAACTTAA GGAGATTGTG TACCCTAACA TTGAGGAGAC TCACTGGCTG 1140 TCTAACTTGG AATCTACTCA CTGGCTCGAA CATATTAAGC TTATTCTTGC GGGGGCTCTT 1200 CGGATTGCTG ACAAGGTGGA GTCCGGGAAG ACGTCCGTGG TAGTGCACTG CAGCGATGGC 1260 TGGGACCGCA CAGCTCAGCT CACTTCCCTT GCCATGCTTA TGTTGGACGG CTACTATCGG 1320 AGCGTCCGAG GCTTTGAAGT CCTTGTGGAA AAAGAATGGC TAAGCTTTGG ACATCGATTT 1380 CAGCTTAGGC TCGGCCATGG AGATAAGAAC CACGCAGATG CAGACAGATC GCCTGTGTTT 1440 CTTCAGTTTA TTGACTGTGT CTGGCAAATG ACAAGACAGT TTCCTACAGC ATTTGAATTC 1500 AATGAATATT TTCTCATAAC CATTTTGGAC CATCTATATA GCTGTTTATT TGGAACATTC 1560 CTCTGTAACA GTGAACATCA GAGAGGAAAA GAGAATCTCC CTAAAAGGAC TGTGTCACTG 1620 TGGTCTTACA TAAATAGCCA GCTGGAAGAC TTCACTAATC CTCTCTATGG GAGCTACGCC 1680 AATCATGTCC TTTATCCGGT AGCCAGCATG CGCCACCTAG AGCTCTGGGT GGGTTATTAC 1740 GTCAGGTGGA ATCCACGGAT GAAACCGCAG GAACCCATTC ACAACAGATA TAAAGAACTT 1800 CTTGCTAAAC GGGCAGAGCT TCAGAAGAAA GTAGAGGAAC TACAGAGAGA GATTTCCAAC 1860 CGATCCACCT CATCCTCTGA GAGAGCCAGT TCTCCTGCAC AGTGTGTCAC TCCTGTCCAA 1920 ACTGTTGTGN NN 1932