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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| TAKRU48228 reference isoform | 593 | 19 |  H2U672 |
Protein Sequence
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MEGPDRTWES PDYEPSLPVS EKSNPLTRDI DQASAIGIVR MLQACDGQMF EEDTAVKYQR 60 LLSKQVVQTL VEVAKRVELI LKDPQDSLVV LSGCGTSGRI AFLVASRFSR RLKDVNQSSV 120 YSYIIAGGDR ALLSSQEAPE DDAKLGRLML KEACEGKKRV VFIGVSCGLS APFVAGQLDF 180 CLRHPEVFTP VLVGFNPAHQ ARDEPIEGCT FTFRSVVQRM LELAQSQRAF IISPAVGPEA 240 ISGSSRMKGG SATKILLEVI LSTAQAAAFS RAPLTETVTL QYLLAYKNAV DVTYSRTEQI 300 STLVEAAGKS LRCGGRVCYL GWGTLAVLGL IDASECNPTF GADYEDIRGF IAGGYVELDN 360 NEGPLTSLGP DFSISHEEFF RSVLPSLTDR DTVLLLYTHS DDLGEVAALA RRVRERTSSL 420 HAIYHRGGGD NAATDRQEVI DNLCSSALKI SWPSPQTRIS VHMQWELSTK LLLNAISTGG 480 HVLKGKVYRN HMVDVQVTNS KLYRRAARLL QKLSGHPKSR CEEALLKAIY QSEQLTSAIP 540 LSDVRAHTVA ANHRSRVVPL ALILLLTNCS LKEAESRLEQ QPIIREVVVV CLS 593
cDNA Sequence
Download: Fasta
ATGGAGGGAC CAGACAGGAC TTGGGAGTCT CCAGACTACG AACCGTCGCT CCCCGTTTCA 60 GAGAAGTCCA ATCCCCTGAC TCGAGACATC GACCAGGCTT CAGCCATCGG CATCGTCAGG 120 ATGTTACAGG CCTGCGATGG CCAGATGTTT GAAGAGGACA CAGCGGTCAA GTACCAAAGG 180 CTTTTGAGCA AACAGGTGGT ACAAACTCTG GTGGAAGTTG CCAAGAGAGT GGAGCTAATT 240 CTCAAGGATC CTCAGGACAG TCTCGTTGTC CTGAGCGGGT GTGGGACCTC TGGACGAATA 300 GCTTTTCTCG TGGCGTCACG TTTCAGCAGG AGGCTGAAGG ACGTCAACCA GAGTTCCGTG 360 TATTCCTACA TCATTGCTGG TGGAGACAGA GCGCTTCTGT CCTCCCAAGA AGCTCCTGAG 420 GACGATGCCA AACTGGGCAG GCTCATGCTG AAGGAGGCCT GTGAGGGAAA GAAGCGAGTT 480 GTCTTCATTG GTGTTTCCTG CGGACTCTCA GCTCCATTTG TGGCTGGTCA GCTGGACTTC 540 TGCCTGCGGC ACCCTGAAGT GTTCACACCT GTGCTGGTCG GCTTCAATCC TGCACATCAG 600 GCCAGGGATG AGCCCATAGA AGGCTGCACG TTCACTTTCC GCAGTGTGGT GCAAAGGATG 660 CTGGAACTGG CACAAAGTCA AAGGGCCTTC ATCATCAGCC CAGCAGTCGG GCCAGAAGCC 720 ATCAGTGGAT CCTCCAGGAT GAAGGGAGGT AGTGCCACCA AGATTCTCCT GGAGGTCATT 780 CTGTCCACGG CTCAGGCTGC AGCCTTCTCA CGAGCACCTC TCACTGAGAC AGTCACATTA 840 CAATACTTGC TAGCATACAA GAATGCTGTG GACGTCACCT ACAGTCGCAC TGAGCAGATA 900 AGCACGCTGG TGGAGGCAGC GGGAAAGAGT TTACGGTGCG GCGGGCGGGT GTGCTACCTC 960 GGCTGGGGCA CGCTAGCTGT GTTGGGCCTC ATTGATGCCA GTGAGTGCAA CCCCACATTT 1020 GGAGCAGACT ATGAAGACAT CCGAGGCTTC ATCGCTGGAG GATATGTAGA GCTGGACAAC 1080 AACGAGGGAC CTCTCACTTC TCTGGGTCCA GATTTTTCCA TTTCTCATGA AGAGTTCTTC 1140 CGTTCGGTCC TCCCGTCTCT CACCGACCGG GACACTGTCC TCCTCCTCTA CACGCACTCT 1200 GATGATCTCG GCGAAGTGGC GGCGCTGGCG CGCCGAGTGA GAGAGAGGAC CTCTAGCCTC 1260 CACGCCATTT ACCACAGAGG GGGCGGAGAC AACGCAGCCA CTGACCGACA GGAGGTCATT 1320 GATAACCTGT GTTCATCGGC TTTAAAAATC AGTTGGCCAT CGCCTCAAAC ACGGATCTCT 1380 GTACACATGC AGTGGGAATT GTCCACCAAG CTTCTGCTGA ACGCCATCAG CACTGGAGGC 1440 CACGTCCTTA AGGGGAAGGT TTACAGGAAC CACATGGTGG ACGTGCAGGT GACCAACAGC 1500 AAGCTGTACC GCAGAGCCGC ACGCTTGCTG CAGAAGCTCT CTGGTCATCC TAAGTCCCGG 1560 TGTGAGGAGG CGCTACTGAA GGCCATCTAC CAGTCCGAAC AGCTGACATC AGCCATCCCA 1620 CTGTCTGATG TCAGAGCTCA CACAGTTGCT GCCAACCACA GGAGCAGGGT GGTCCCTCTG 1680 GCTCTGATCC TTCTCCTGAC CAACTGTTCC CTTAAGGAGG CGGAGTCTCG TCTAGAGCAG 1740 CAGCCAATTA TTAGGGAGGT TGTGGTTGTG TGCCTGTCAT AA 1782