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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| TURTR02291 reference isoform | 637 | 23 |  ENSTTRG00000013005 |
Protein Sequence
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MQAHELSQFF RMPEMVDFRQ YVRTLPTNTL MCFGAFAALT TFWYATRPRA LKPPCDLAMQ 60 SVQVAGSDGA RRSVLLDSDE PLVYFYDDVR TLYEGFQRGI QISNNGPCLG SRKPDQPYEW 120 LSYKQVAEMS ECVGSALLHK GFKAAPDQFI GIFSQNRPEW VIIEQGCFAY SMVIVPLYDT 180 LGAEAITYII NKAELSLVFV DKPGKAILLL EGVENKLTPS LKTIVLMDSY GSNLSDRGKK 240 CGVELISLKA MEDLGRANRR KPKPPAPEDV AIICFTSGTT GNPKGALITH RNVVSDCSAF 300 IKMTEGAFVA SSDDTLISFL PLAHMFEKVV EFLMLSHGAK IGFFQGDIRL LMDDLKTLQP 360 TVFPVVPRLL NRMFDRIFAQ ANTTLKRWLL DFASRRKEAE LRSGIIRNNS LWDKLIFHKI 420 QSSLGGKVRL MITGAAPVSA TVLTFLRAAL GCQFYEGYGQ TECTAGCCLT VPGDWTAGHV 480 GAPMPCNIIK LVDVEEMNYM AAKGEGEVCV KGANVFQGYL KDPTNTAEAL DKDGWLHTGD 540 IGKWLPNGTL KIIDRKKHIF KLAQGEYIAP EKIENIYQRS EPVAQVFVHG ESLQXVKGIV 600 PPFSVDNVLT PTMKAKRPEL RKYFRSQIDE LYSTIKI 637
cDNA Sequence
Download: Fasta
ATGCAAGCCC ACGAGCTGTC CCAGTTCTTT CGGATGCCAG AGATGGTTGA CTTCCGGCAG 60 TACGTGCGCA CCCTTCCAAC CAACACGCTC ATGTGCTTCG GTGCGTTCGC GGCGCTCACC 120 ACCTTCTGGT ATGCCACACG GCCGCGGGCC CTGAAGCCAC CGTGCGACCT GGCCATGCAG 180 TCGGTGCAGG TGGCGGGCAG CGATGGTGCC CGGAGATCCG TGCTCCTGGA CAGTGACGAG 240 CCCTTGGTGT ATTTCTATGA TGACGTCAGA ACGCTATATG AAGGTTTCCA GAGGGGCATA 300 CAGATCTCAA ATAATGGCCC ATGTTTAGGT TCTAGGAAAC CAGACCAACC CTATGAATGG 360 CTTTCATACA AACAGGTTGC AGAAATGTCA GAGTGTGTGG GCTCGGCGCT GCTCCACAAG 420 GGCTTCAAGG CGGCCCCAGA TCAGTTCATC GGCATCTTTT CTCAGAACAG ACCTGAGTGG 480 GTGATCATTG AACAGGGATG CTTTGCTTAT TCGATGGTGA TCGTTCCCCT CTATGACACC 540 CTCGGGGCAG AAGCAATCAC CTACATCATC AACAAAGCTG AACTCTCTCT GGTTTTTGTG 600 GACAAGCCAG GGAAGGCCAT CCTCTTATTA GAAGGTGTAG AAAATAAATT AACACCATCC 660 CTTAAAACTA TCGTTCTCAT GGACTCCTAT GGCAGTAATC TGTCCGACCG AGGCAAGAAG 720 TGCGGGGTGG AGCTCATCAG CTTGAAGGCG ATGGAGGACC TGGGAAGAGC CAACAGACGG 780 AAGCCCAAGC CTCCAGCACC TGAAGATGTT GCAATAATTT GCTTCACAAG TGGCACTACA 840 GGCAACCCCA AAGGAGCATT GATCACCCAT CGAAATGTAG TGAGCGATTG TTCAGCATTT 900 ATTAAAATGA CAGAGGGTGC ATTCGTTGCT TCCTCAGATG ATACTTTGAT CTCTTTCTTG 960 CCTCTCGCCC ACATGTTTGA GAAAGTTGTA GAGTTTTTGA TGCTGAGTCA CGGAGCTAAA 1020 ATAGGATTTT TCCAAGGAGA CATCAGGCTG CTTATGGATG ATCTCAAGAC CCTTCAACCC 1080 ACCGTCTTCC CTGTGGTCCC CAGACTGCTG AACCGGATGT TTGACCGAAT TTTTGCTCAG 1140 GCAAACACCA CGCTGAAGCG ATGGCTGTTG GACTTTGCCT CCAGGAGGAA AGAAGCTGAG 1200 CTTCGCAGTG GCATCATTAG AAACAACAGC CTGTGGGATA AGTTGATCTT CCACAAAATA 1260 CAGTCGAGCC TGGGAGGAAA AGTACGGCTG ATGATCACAG GAGCAGCGCC CGTGTCCGCC 1320 ACCGTGCTGA CCTTCCTGAG AGCCGCGCTG GGCTGCCAGT TCTACGAAGG CTATGGACAG 1380 ACCGAGTGCA CTGCCGGGTG CTGCCTGACT GTGCCTGGGG ACTGGACCGC AGGCCATGTT 1440 GGTGCCCCAA TGCCTTGCAA CATTATAAAG CTTGTCGATG TGGAAGAAAT GAATTACATG 1500 GCTGCCAAGG GCGAGGGCGA GGTGTGTGTG AAAGGGGCTA ATGTATTTCA AGGCTACTTA 1560 AAGGACCCAA CAAACACAGC AGAAGCTCTG GATAAAGACG GCTGGTTGCA CACAGGGGAC 1620 ATTGGAAAGT GGTTACCAAA TGGCACCTTG AAGATCATCG ACAGGAAAAA GCACATCTTT 1680 AAACTGGCAC AAGGAGAGTA CATAGCTCCG GAGAAGATTG AAAACATCTA CCAGCGAAGT 1740 GAACCTGTCG CTCAGGTGTT TGTCCACGGA GAGAGCTTGC AGNNNGTCAA AGGTATAGTC 1800 CCACCTTTCT CTGTCGACAA CGTCCTGACC CCAACGATGA AGGCTAAAAG GCCAGAGCTT 1860 CGGAAGTATT TCAGGTCACA GATCGATGAA CTTTATTCCA CCATCAAAAT CTAA 1914