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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ICTPU33879 reference isoform | 443 | 8 |  W5U980 |
Protein Sequence
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MLSSVRWSCA FIVAFLLVSG CHCEDNRKLL VFLIDGFRYD YMDDLQNLPG FQEIVHNGVK 60 VDYMTPDFPS LSYPNYYSLM TGRHCDVHQM TGNYMWDQHS SEEFLIGTNP SSRLPMWWDG 120 SEPLWVTVQK QGKKAYMYYW PGCEVTILGV TPTFCEKYVT SPSLKNLNDA IENGLNVLKN 180 DVADMVAVYY ENIDVEGHHF GPGSEQVRTA VRSLDVAFQT LNQKIKEKDL EDDLNVIMFS 240 DHGMTDIKWM DKVIELEAYI NMSNMINMMD RGPVVSLWPK PAMLEETYKA LQAAKNMKVY 300 QTHEIPDRYH YKRGKFVSPL TLVADPGWFI TENKSTLPYW QNDTGEPMGW QHGWHGYDNE 360 FLDMRGFLLA QGPAFKKNFR AGPIRSVDVY NLMCNTLDIH PLPNNGSWSR VEFMLTGSAD 420 SIQPVLLFSC VLAILLVLLV SRF 443
cDNA Sequence
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ATGCTGAGTT CCGTGCGCTG GTCGTGCGCT TTCATCGTCG CTTTTCTTCT TGTATCCGGA 60 TGTCACTGCG AGGATAACCG AAAACTTTTG GTCTTCCTCA TCGACGGGTT TCGCTATGAT 120 TACATGGACG ATCTGCAGAA CCTGCCCGGG TTTCAAGAAA TTGTGCACAA CGGCGTCAAA 180 GTGGATTACA TGACTCCAGA CTTTCCGAGT CTGTCCTACC CCAATTATTA CTCCCTCATG 240 ACTGGTCGCC ATTGTGATGT GCACCAAATG ACAGGGAATT ATATGTGGGA TCAGCACTCT 300 TCAGAGGAAT TTCTAATTGG AACCAATCCA AGCAGCCGCT TACCGATGTG GTGGGATGGC 360 TCTGAACCCC TCTGGGTAAC TGTGCAGAAA CAAGGCAAGA AAGCCTACAT GTACTACTGG 420 CCAGGTTGTG AAGTGACGAT TCTTGGTGTA ACGCCCACAT TCTGCGAGAA ATATGTTACC 480 AGTCCTTCTT TGAAGAATCT AAATGATGCC ATAGAGAATG GTCTCAATGT GCTAAAGAAC 540 GATGTGGCAG ACATGGTAGC TGTGTACTAT GAGAACATTG ATGTGGAGGG ACACCACTTT 600 GGTCCGGGGT CCGAGCAGGT GCGGACTGCT GTCCGCTCAC TGGACGTAGC ATTCCAGACT 660 TTAAACCAGA AGATCAAGGA GAAAGACTTG GAAGATGACT TGAATGTCAT CATGTTCTCT 720 GACCATGGGA TGACTGACAT CAAGTGGATG GATAAGGTTA TTGAACTGGA GGCTTACATA 780 AATATGTCCA ATATGATAAA TATGATGGAC AGAGGGCCAG TTGTCAGTCT GTGGCCTAAA 840 CCAGCAATGC TTGAAGAGAC ATATAAAGCA TTGCAGGCAG CAAAAAACAT GAAGGTGTAT 900 CAGACACATG AGATCCCGGA TCGCTATCAC TATAAGCGTG GAAAATTTGT CTCACCATTA 960 ACACTTGTTG CTGACCCTGG ATGGTTCATC ACTGAGAACA AATCTACACT GCCTTACTGG 1020 CAGAATGATA CAGGAGAACC GATGGGCTGG CAACATGGTT GGCATGGCTA TGACAATGAG 1080 TTCCTGGACA TGAGGGGCTT TCTTCTGGCT CAGGGACCAG CCTTCAAGAA GAATTTCCGA 1140 GCAGGGCCGA TCAGATCAGT GGATGTGTAT AATTTAATGT GCAACACCCT TGACATCCAT 1200 CCCCTTCCCA ACAATGGCTC CTGGTCTCGA GTGGAGTTTA TGCTGACAGG CTCTGCTGAT 1260 TCTATACAGC CTGTGCTGCT GTTCAGCTGT GTGCTGGCAA TCCTGTTAGT GCTACTGGTT 1320 TCTCGGTTTT AG 1332