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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| TURTR04631 reference isoform | 477 | 12 |  ENSTTRG00000017100 |
Protein Sequence
Download: Fasta
VNFVVCQVFA LLAAIWFRTY LHSSKTSSFI RHVVATLLGL YLALFCFGWY ALHFLVQSGI 60 SYCIMIIIGV ENMHKYCFVF ALGYLTVCQI TRVYIFDYGQ YSADFSGXMF RKDEELTPSQ 120 RGLAVRRMPS LLEYLSYNCN FMGILAGPLC SYKDYITFIE GRSYHVTQSG EHGKEEIQYE 180 KTEPSPNVAV IQKLLVCGLS LLFHLTVSKT LPVEYNIDEH FLATASWPTK VIYLYVSLLA 240 ARPKYYFAWT LADAINNAAG FGFRGYDKNG AARWDLISNL RIQQIEMSTS FKMFLDNWNI 300 QTALWLKRVC YERASSSPTI QTFILSAIWH GVYPGYYLTF LTGVVMTLAA RAVRNNFRHH 360 FIEPPQLKLL YDVITWIATQ IAISYTVVPF VLLSVKPSFM FYSSWYYSLH SAGILVLLLL 420 PVKKTQRGKN THENVQLSRS KKFDERGNSL GQNSFSTTNN VCNQNQERAS RHPSLKQ 477
cDNA Sequence
Download: Fasta
GTCAACTTTG TAGTGTGCCA AGTCTTTGCC TTGCTAGCAG CCATTTGGTT TCGAACTTAC 60 CTACATTCAA GCAAAACTAG CTCTTTTATA AGACATGTCG TTGCTACCCT TTTGGGCCTT 120 TATCTTGCAC TTTTTTGCTT TGGATGGTAT GCCTTACATT TTCTTGTACA AAGTGGAATT 180 TCCTACTGTA TCATGATCAT AATAGGAGTG GAGAACATGC ACAAATATTG TTTTGTGTTT 240 GCTTTGGGTT ACCTCACAGT ATGCCAAATT ACTAGAGTCT ATATCTTTGA TTATGGACAA 300 TATTCTGCGG ATTTTTCAGG NNNNATGTTT CGAAAGGATG AAGAACTGAC TCCGTCACAG 360 AGAGGCTTAG CGGTAAGACG CATGCCGAGC CTTCTGGAGT ATTTAAGTTA CAACTGTAAC 420 TTCATGGGAA TCCTGGCAGG CCCACTCTGC TCTTACAAAG ACTACATCAC TTTCATCGAA 480 GGCAGATCGT ACCATGTGAC ACAATCAGGT GAACACGGAA AAGAAGAGAT ACAGTATGAA 540 AAGACAGAGC CATCTCCAAA TGTGGCAGTT ATTCAGAAGC TCTTAGTCTG TGGACTTTCC 600 TTGTTATTTC ACTTGACCGT CTCTAAGACA TTACCTGTGG AGTATAACAT TGATGAGCAT 660 TTTCTAGCTA CAGCTTCATG GCCGACCAAG GTTATCTATC TGTACGTCTC TCTTTTGGCT 720 GCCAGACCGA AGTACTATTT CGCATGGACG TTAGCTGACG CTATCAATAA TGCGGCAGGC 780 TTTGGATTCA GAGGATATGA CAAAAATGGA GCAGCTCGTT GGGACTTAAT TTCCAATCTG 840 AGAATTCAGC AAATAGAGAT GTCAACAAGT TTCAAGATGT TTCTTGATAA TTGGAATATT 900 CAGACAGCTC TTTGGCTCAA AAGGGTGTGT TACGAGCGCG CCTCCTCGAG TCCAACCATC 960 CAGACGTTCA TCCTCTCTGC CATTTGGCAT GGGGTGTACC CGGGCTACTA CCTGACTTTT 1020 CTCACGGGAG TGGTGATGAC GCTGGCAGCG CGAGCTGTGA GAAATAACTT TAGGCATCAT 1080 TTCATCGAAC CTCCCCAACT TAAATTATTG TATGATGTCA TAACATGGAT AGCAACTCAG 1140 ATAGCAATAA GTTACACAGT TGTGCCATTC GTTCTTCTTT CTGTAAAACC ATCATTTATG 1200 TTTTACAGCT CCTGGTATTA CAGCCTTCAC TCTGCTGGTA TCTTAGTGTT ATTGTTGTTA 1260 CCGGTGAAAA AAACTCAAAG AGGAAAGAAT ACACATGAAA ACGTTCAGCT GTCACGATCC 1320 AAAAAGTTTG ATGAAAGAGG AAATTCTTTG GGACAGAACA GTTTTTCCAC AACAAACAAT 1380 GTTTGCAATC AGAATCAAGA AAGAGCCTCT AGACATCCAT CATTAAAGCA ATGA 1434