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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CHIPU17325 reference isoform | 885 | 2 |  A0A401RG61 |
Protein Sequence
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MFLLHELGRT LLLLELLEAA VLAHWQNEPV QIVKDLDSQI EASMHSVLLE SDAPAVSFSI 60 PDSSAYISRA FTMRIPSEVL PAHVTLKITE SGKETLPSWL HWDPVNHSLQ GLPLDTDRGV 120 HYISATALEV AANGSFVPFA EDVFSIEVLP DDPLDSAPLT VASQLVNEVT PSVCGPEEPL 180 TILTVILDAD LTKMTAKQRI GLLEQMQKFA EVGLHQMKLV PVVNNRLFDM SAFMAGPGNA 240 KKVVENGALV SWKIGCFLNQ NNVPNISSVE IPAKEGTMSA QLGYPVVGWH IANKKLQVTK 300 RVRRQINLTP TPVIVALPPT TAVREPPSHI VPTPTSPIIA PTTDRVAPPI RKPLISRPVK 360 TVRPKDTITH TPTLGPVQPT RVLEKSSTTI PGQIEPTVTR PGYVEPTAVL PPHTTKKPRV 420 TTLKPQVTTP TTVTTSTGKP KGQTKAPRVT SKPSTKLRTT SPPTRRTTSP VHATKPFRPP 480 VGDNQPPKLT NHIDRVDSWV GTYFEVKIPS DTFYDDEDGT TDKLQLTLKL REQQALPENS 540 WVKFNGTSQL LYGLPNTGHE GKHEYFMHAA DKGGLTAVDA FEVHVHSRPH NGKSSAKFAA 600 RFHGDHTKVA NDVNKKIQLI KKLAYAFGDR NSSTITLHSI SKGSIVVEWT NNTLPLEPCP 660 KEQIQSLSRR IADDDGKPNQ VFTATMEPEF SPINVSVTGT GSCKNIQFVP AVPFSEPPIQ 720 PTVLVAAGEG PSRTSNDDVY LHTVIPAVVV AAILLIAGII AMICYRKKRK GKLTIEDQAT 780 FIKKGVPIIF ADELDDSKPP PSSSVPLILQ EEKPPLPPPE YPSQSSHEAI PLGQDLIGEY 840 TPLREEDPNA PPYQPPPPFT APMEGKGCRP KNMTPYRSPP PYVPP 885
cDNA Sequence
Download: Fasta
ATGTTCCTGC TGCACGAATT GGGGAGGACT CTGTTGTTAC TTGAGCTTCT GGAGGCGGCA 60 GTGCTGGCAC ACTGGCAGAA TGAGCCAGTT CAGATCGTCA AAGACTTGGA CAGCCAGATC 120 GAGGCCTCCA TGCATTCGGT GCTACTGGAA TCGGATGCCC CCGCTGTGTC CTTCAGCATC 180 CCAGACAGCT CTGCGTACAT TAGCCGGGCC TTTACGATGC GGATCCCATC AGAGGTGCTA 240 CCTGCCCATG TGACGCTCAA GATTACAGAG TCTGGGAAGG AGACACTGCC CTCATGGCTG 300 CATTGGGACC CAGTGAATCA TTCACTTCAG GGGCTCCCAT TGGACACAGA CAGAGGGGTC 360 CATTATATCT CAGCCACTGC CCTGGAGGTG GCTGCCAATG GAAGCTTTGT GCCTTTTGCT 420 GAAGATGTCT TCTCCATTGA AGTTCTTCCA GATGACCCAT TAGACAGCGC TCCCCTCACT 480 GTGGCATCGC AGTTGGTCAA TGAGGTTACG CCATCTGTCT GTGGGCCTGA GGAACCCCTC 540 ACCATTTTAA CTGTGATCCT CGATGCTGAC CTCACTAAGA TGACAGCCAA GCAACGGATT 600 GGGCTGTTGG AACAAATGCA GAAGTTTGCA GAGGTGGGAC TCCATCAAAT GAAGCTCGTT 660 CCAGTTGTCA ACAACCGTTT GTTCGACATG TCTGCCTTTA TGGCTGGACC TGGGAATGCA 720 AAGAAGGTCG TGGAGAACGG GGCTTTGGTG TCCTGGAAGA TTGGATGTTT CTTAAATCAG 780 AACAATGTCC CTAATATCAG CAGCGTGGAG ATCCCAGCCA AGGAGGGCAC CATGTCTGCT 840 CAGCTTGGCT ACCCTGTCGT AGGGTGGCAC ATTGCCAACA AGAAACTACA GGTGACTAAG 900 AGAGTGCGAA GGCAAATAAA TCTCACTCCA ACGCCTGTCA TTGTTGCACT GCCACCGACA 960 ACCGCTGTTA GGGAACCTCC CAGTCATATA GTCCCAACAC CAACCTCCCC AATTATTGCA 1020 CCAACCACAG ACAGAGTGGC ACCACCAATC AGGAAACCAT TGATAAGTAG GCCAGTTAAA 1080 ACAGTCAGAC CAAAAGATAC AATCACTCAC ACGCCCACTT TGGGTCCTGT GCAACCAACC 1140 AGGGTGTTGG AAAAATCAAG TACAACGATC CCTGGCCAAA TTGAGCCGAC TGTGACCAGG 1200 CCTGGTTATG TTGAGCCCAC TGCTGTGCTG CCTCCTCACA CGACTAAGAA ACCACGGGTT 1260 ACCACTTTGA AACCACAAGT TACAACTCCA ACGACAGTTA CCACCAGCAC TGGTAAGCCA 1320 AAGGGACAAA CCAAGGCTCC ACGGGTCACA AGCAAGCCAT CCACCAAGCT GCGTACCACC 1380 TCACCACCCA CCAGGCGTAC AACCAGCCCT GTCCATGCCA CCAAGCCCTT CCGGCCACCT 1440 GTTGGCGACA ATCAGCCACC CAAGCTTACA AACCACATTG ACCGTGTGGA CTCGTGGGTG 1500 GGAACTTACT TCGAGGTCAA GATCCCATCT GACACTTTCT ATGACGATGA GGATGGCACC 1560 ACTGACAAGC TGCAACTGAC CCTCAAGCTC AGGGAGCAGC AGGCACTGCC CGAGAACTCA 1620 TGGGTCAAGT TCAATGGCAC CAGCCAGCTG CTATACGGCT TGCCTAACAC TGGGCACGAA 1680 GGCAAGCACG AGTACTTCAT GCATGCTGCT GACAAGGGTG GCCTGACGGC TGTGGATGCT 1740 TTTGAGGTCC ACGTGCATAG CCGGCCTCAC AATGGCAAGT CGAGCGCCAA ATTTGCTGCC 1800 CGGTTTCATG GAGATCACAC GAAGGTGGCC AACGATGTCA ACAAAAAAAT CCAGCTGATC 1860 AAGAAGCTGG CCTATGCGTT TGGCGACCGT AACAGCAGCA CCATTACCCT GCACAGCATC 1920 TCGAAGGGCT CCATTGTGGT CGAATGGACT AACAACACGC TGCCCCTCGA GCCCTGTCCC 1980 AAGGAGCAGA TTCAGTCCTT GAGCAGGCGC ATTGCAGACG ATGACGGCAA GCCTAACCAG 2040 GTCTTCACGG CAACCATGGA GCCGGAGTTC TCCCCCATCA ATGTGTCTGT CACGGGCACA 2100 GGTAGCTGCA AGAATATCCA GTTTGTGCCA GCGGTTCCGT TCTCTGAGCC TCCCATCCAG 2160 CCCACCGTGT TGGTAGCTGC TGGTGAGGGG CCGTCCAGGA CCAGCAACGA TGATGTTTAC 2220 TTGCACACTG TCATCCCGGC AGTGGTGGTG GCTGCCATTC TGCTCATTGC GGGCATCATC 2280 GCCATGATCT GCTACCGCAA GAAGCGGAAA GGGAAGCTCA CCATCGAGGA CCAAGCCACC 2340 TTCATCAAGA AAGGTGTTCC TATCATTTTT GCAGATGAAC TCGATGACTC CAAGCCCCCT 2400 CCTTCGTCCA GCGTCCCACT CATCCTTCAG GAGGAGAAGC CTCCTCTTCC TCCTCCGGAG 2460 TATCCCAGCC AGTCCAGCCA CGAGGCCATC CCCTTGGGCC AGGATCTGAT TGGTGAATAC 2520 ACTCCTCTGA GAGAGGAGGA TCCCAATGCA CCGCCCTACC AGCCCCCACC ACCCTTCACA 2580 GCGCCAATGG AAGGTAAAGG CTGCCGTCCA AAGAACATGA CCCCGTACAG ATCCCCACCA 2640 CCTTACGTCC CCCCCTAA 2658