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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ICTTR10699 reference isoform | 1033 | 22 |  ENSSTOG00000010495 |
Protein Sequence
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IYILYNIFIS YNINTFSGDG PWIPPTFIEE PQDVIFPLDS SRSEIILNCA ANGYPSPHYR 60 WNQNGREIDF AMSYHYKLDG GSLAISSPRT DQDAGTYQCL ATNLLGTILS RKAKLQFAYI 120 EDFETKTRST VSVREGQGVV LLCGPPPHFG DLSYAWTFND NSLYVQEDKR RFVSQETGNL 180 YIAKVEPSDV GNYTCFITNK EARRSVQGPP TPLVQRTDGV MGEYEPKIEV RFPETIQAAK 240 DSSVKLECFA LGNPVPDISW RRLDGSPLPG KVKYSKSKAV LEIPSFRQED EGFYECLAGN 300 LRGRNLAKGQ LIFYETAPPE WEQKIQNTYL SVYDSLFWEC KASGKPAPWY TWLKNGERIH 360 PEERIQIDNG TLIITMLNVS DSGVYQCTAE NKYQIIYANA ELRVLASAPD FSRNPIKKNS 420 VVQVGGEIVI ECKPNAFPRA AISWKRGTEN VRQSKSRVFL LEDGSLKIYN VTRSDAGSYT 480 CVATNQFGIA KSTGSLVVKE RTVITVPPST MDVTVGESIV LPCQVSHDPS MDVVFLWSFN 540 GDVIDLKKGV THFERIGGES VGDLMIRNIQ LSHSGKYLCT VQTTLERLSA VADVIVRGPP 600 GPPEDVRVEH ISSTTSQLRW TPGPDNNSPI QIFTIQTRTP FSVGWQAVAT VPEILNGQTH 660 NATVVGLSPW VEYEFRVVAG NSIGIGEPSK PSELLRTKAS VPAVAPVSVS GGGGSRSELV 720 ITWESIPEEL QNGEGFGYIV MFRPVGSTTW ARERVAFVES SRFTYRNDSI TPLSPFEVKV 780 GVYNNEGEGS LSPVSIVYSG EDEPQLAPKG TSVQSFSASE VEVSWHAIAW NRNTGRVLGY 840 ENNQILYWTD DSKESMVGRT RVSGNVTTKN ITGLKANTIY FASVRAYNTA GTGPSSPPVN 900 VTTKKSPPSQ PPANIAWKLS NSKLCLNWEH VKTMENESEV LGYKILYRQN RQSKTHILET 960 NNTSAELLVP FEEDYLIEIR TVSDGGDGSS SEEIRIPKMS SLSSRGSQVL EPRTHFLSVI 1020 LQIFLLFCCS AAY 1033
cDNA Sequence
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ATATATATTC TATATAACAT CTTTATATCA TATAATATAA ATACATTCTC AGGTGATGGT 60 CCTTGGATCC CACCGACATT TATCGAGGAG CCACAAGATG TCATTTTTCC TTTGGATTCA 120 TCAAGATCTG AGATCATCCT GAATTGTGCT GCTAACGGTT ACCCTTCACC CCATTATAGG 180 TGGAATCAAA ATGGCAGAGA GATTGATTTT GCCATGAGTT ATCACTACAA GTTAGACGGA 240 GGCAGCTTGG CCATCAGCAG CCCCCGCACA GATCAAGACG CTGGCACGTA CCAGTGCCTG 300 GCCACCAATC TTCTGGGGAC CATTCTGAGT CGGAAGGCAA AGCTTCAGTT TGCATATATC 360 GAAGACTTTG AAACCAAAAC AAGAAGCACG GTGTCTGTCC GGGAGGGACA AGGTGTGGTT 420 CTTCTCTGTG GCCCGCCACC ACATTTTGGA GATTTATCCT ATGCCTGGAC CTTCAATGAC 480 AACTCTTTGT ATGTCCAAGA GGACAAGAGG CGGTTTGTAT CTCAAGAGAC AGGAAACCTG 540 TACATTGCTA AGGTGGAGCC CTCGGACGTG GGCAACTACA CCTGCTTCAT AACCAACAAG 600 GAGGCCCGGA GGAGCGTCCA AGGACCCCCC ACGCCTTTAG TGCAACGCAC CGATGGTGTG 660 ATGGGGGAAT ATGAACCAAA GATTGAAGTC CGTTTTCCTG AAACTATACA AGCCGCAAAG 720 GATTCATCTG TAAAACTGGA ATGCTTTGCC CTTGGAAATC CAGTCCCTGA TATTAGTTGG 780 AGGAGGTTGG ACGGAAGCCC GTTGCCAGGG AAAGTCAAAT ACAGCAAATC CAAAGCCGTC 840 CTCGAAATCC CCAGCTTCCG ACAAGAAGAT GAAGGCTTCT ACGAGTGCCT TGCAGGCAAT 900 CTTCGAGGAA GAAACCTGGC CAAGGGTCAG CTGATTTTTT ATGAAACAGC TCCTCCAGAA 960 TGGGAACAAA AAATCCAAAA TACATACCTC TCTGTCTACG ACAGCTTGTT TTGGGAGTGC 1020 AAAGCTAGTG GAAAGCCAGC TCCCTGGTAT ACGTGGTTGA AGAATGGCGA ACGCATCCAC 1080 CCAGAGGAGA GAATTCAAAT AGATAATGGC ACGCTCATCA TAACTATGCT GAATGTGTCG 1140 GATTCTGGTG TCTACCAATG CACTGCAGAA AACAAGTATC AGATCATTTA TGCAAATGCA 1200 GAGTTGAGAG TTTTAGCCTC TGCTCCCGAT TTCTCCAGAA ACCCTATTAA AAAAAACTCG 1260 GTTGTTCAAG TTGGTGGGGA AATTGTTATC GAATGCAAAC CAAATGCTTT CCCCAGAGCT 1320 GCTATCTCTT GGAAAAGAGG GACAGAGAAC GTGAGACAGA GCAAAAGTAG AGTGTTTCTA 1380 TTGGAGGATG GTAGCCTTAA GATATATAAT GTTACCAGGT CGGATGCTGG ATCATATACC 1440 TGTGTGGCCA CAAATCAATT TGGCATTGCA AAGAGTACTG GCAGTCTCGT GGTCAAAGAG 1500 AGGACTGTCA TTACGGTCCC CCCTTCCACA ATGGATGTCA CCGTGGGCGA GAGTATCGTC 1560 CTGCCCTGCC AGGTGTCCCA CGACCCCTCC ATGGACGTGG TGTTCCTGTG GTCTTTCAAC 1620 GGCGACGTCA TCGACTTAAA GAAAGGAGTG ACTCACTTTG AAAGGATCGG AGGAGAATCC 1680 GTCGGGGATC TGATGATACG GAATATTCAG CTGAGCCACT CAGGAAAATA TCTCTGCACG 1740 GTGCAGACCA CTCTGGAACG TCTGTCGGCT GTGGCTGATG TCATTGTTCG GGGCCCTCCA 1800 GGTCCCCCGG AGGATGTGAG AGTAGAACAC ATTTCTAGTA CCACCTCCCA GCTAAGGTGG 1860 ACCCCAGGCC CGGATAACAA CAGTCCCATT CAAATATTTA CAATTCAGAC TCGGACACCT 1920 TTTTCTGTGG GTTGGCAAGC TGTCGCTACA GTCCCTGAAA TTCTCAATGG CCAGACACAC 1980 AATGCCACGG TGGTCGGTTT GAGTCCCTGG GTGGAGTATG AATTCCGGGT TGTCGCCGGG 2040 AACAGCATTG GCATCGGAGA GCCGAGTAAA CCATCGGAAT TGTTGAGAAC CAAGGCGTCG 2100 GTGCCTGCAG TGGCCCCGGT AAGCGTCAGC GGAGGTGGAG GAAGCCGATC CGAACTCGTC 2160 ATTACGTGGG AGTCCATTCC AGAAGAACTG CAGAACGGAG AAGGGTTTGG CTACATCGTC 2220 ATGTTCCGGC CCGTGGGCTC CACCACCTGG GCCAGGGAGA GAGTCGCCTT TGTGGAATCC 2280 TCCAGGTTCA CCTACCGCAA CGACAGCATC ACGCCCCTGT CTCCCTTTGA AGTCAAAGTC 2340 GGGGTCTATA ATAACGAAGG AGAGGGCTCC CTGAGCCCCG TGTCCATTGT CTACTCCGGG 2400 GAAGACGAAC CTCAGCTGGC CCCAAAGGGA ACTTCCGTCC AGAGTTTCTC TGCTTCTGAA 2460 GTGGAGGTGT CATGGCACGC TATTGCCTGG AACAGGAACA CAGGACGAGT GCTAGGCTAC 2520 GAGAATAACC AGATCTTATA CTGGACGGAC GACTCCAAGG AATCCATGGT TGGTCGGACC 2580 CGGGTCAGTG GAAATGTCAC CACCAAAAAC ATCACGGGAC TGAAAGCCAA CACCATCTAC 2640 TTTGCTTCAG TGAGAGCTTA TAACACAGCA GGGACAGGTC CCTCAAGCCC CCCGGTCAAC 2700 GTCACCACCA AAAAGTCCCC CCCCAGCCAA CCACCCGCCA ACATTGCCTG GAAGCTCTCC 2760 AACTCCAAGT TGTGCTTGAA CTGGGAGCAC GTGAAGACCA TGGAGAACGA GTCTGAAGTG 2820 CTGGGCTACA AGATTCTGTA CCGGCAGAAC AGACAGAGCA AGACTCACAT TTTGGAAACC 2880 AACAACACCT CCGCGGAGCT CCTGGTTCCC TTTGAAGAAG ACTACTTGAT AGAGATAAGG 2940 ACGGTCAGCG ACGGCGGGGA CGGCAGCAGC AGTGAGGAGA TCAGAATTCC AAAAATGTCC 3000 AGTCTGAGTT CCAGAGGAAG TCAAGTCTTA GAACCTCGCA CCCATTTCCT GTCCGTCATC 3060 CTACAGATTT TTTTACTGTT TTGCTGTTCA GCCGCTTATN NN 3102