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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CHRPI18060 | 619 | 15 |  A0A8C3FNR4 | |||
| CHRPI18061 | 598 | 16 | A0A8C3FPP0 | |||
| CHRPI18059 reference isoform | 545 | 13 | A0A8C3FQB8 |
Protein Sequence
Download: Fasta
MQMGTIARWE KKEGEKISEG DLIAEVETDK ATVGFESLEE CYLAKILVAE GTRDVPIGSV 60 ICITVEKPEF IDAFKNFTLD SAASAAPAAS VPLPSAAAPP PPAQPSVQAP GSSYPPHMQI 120 LLPALSPTMT MGTVQRWEKK VGEKLSEGDL LAEIETDKAT IGFEVQEEGY LAKIMVPEGT 180 RDVPLGTPLC IIVEKESDIP AFADYRETGV ADIKPQAPLP SPPPPAAAPP PQPTAPSAPA 240 VTSPGAPAHK GRVIISPLAK KLAAERGIDI VQVKGTGPDG RITKKDIESF VPPKIVPAQA 300 APIAPAAPTA APPPSGVFTD IPISNVRRVI AQRLMQSKQT IPHYYLSIDI NVGEILELRK 360 ELNKEVSENV KLSVNDFIIK ASALACVKVP EANSSWLDTV IRQNHVVDVS IAVSTPAGLI 420 TPIVFNAHIK GLASISKDVA SLAAKAREGK LQPHEFQGGT FTVSNLGMYG IKNFSAIINP 480 PQACILAVGT SENRLVPANN EKGFDVASMM SVTLSCDHRV VDGAVGAQWL AEFKKFLERP 540 TTMLL 545
cDNA Sequence
Download: Fasta
ATGCAGATGG GGACTATCGC TCGGTGGGAG AAGAAGGAAG GGGAGAAGAT CAGCGAGGGA 60 GATCTGATTG CAGAGGTGGA AACAGACAAA GCGACTGTGG GGTTTGAGAG TCTGGAAGAA 120 TGTTACTTGG CCAAGATCCT GGTGGCAGAA GGGACAAGGG ATGTTCCCAT TGGGTCTGTA 180 ATATGTATCA CAGTTGAAAA GCCTGAGTTT ATTGATGCCT TTAAGAATTT TACCTTGGAT 240 TCTGCAGCAT CTGCTGCTCC AGCAGCCTCA GTGCCTCTCC CTTCAGCAGC AGCTCCCCCC 300 CCACCAGCTC AGCCCTCTGT GCAGGCTCCA GGCAGCTCCT ACCCTCCTCA CATGCAGATT 360 CTTCTCCCTG CTCTCTCGCC TACGATGACA ATGGGCACGG TTCAGAGGTG GGAGAAGAAG 420 GTTGGTGAGA AACTCAGTGA AGGAGACTTA CTGGCAGAAA TTGAAACAGA CAAAGCCACG 480 ATAGGCTTTG AAGTGCAGGA AGAAGGTTAC CTGGCAAAAA TTATGGTGCC TGAAGGAACA 540 AGGGATGTGC CATTAGGAAC CCCACTCTGC ATCATTGTGG AGAAGGAGTC TGATATTCCA 600 GCATTTGCTG ACTACAGAGA GACTGGAGTA GCTGACATCA AACCACAAGC ACCACTACCG 660 AGTCCTCCCC CTCCGGCAGC AGCTCCTCCT CCCCAGCCCA CTGCCCCTTC AGCTCCAGCA 720 GTCACATCAC CTGGGGCTCC CGCACATAAA GGAAGGGTAA TAATTAGCCC CCTGGCGAAG 780 AAATTGGCAG CAGAAAGAGG AATTGACATT GTGCAGGTGA AAGGTACTGG ACCAGATGGC 840 AGAATCACGA AGAAAGATAT TGAGTCATTT GTGCCTCCAA AGATTGTCCC TGCCCAGGCA 900 GCCCCTATTG CACCTGCAGC TCCAACAGCA GCACCACCTC CTTCAGGCGT CTTCACAGAT 960 ATCCCCATAA GTAATGTTCG GAGGGTCATT GCTCAGCGTT TGATGCAGTC TAAACAAACA 1020 ATACCTCACT ACTATCTATC TATCGATATA AATGTGGGAG AAATACTGGA GCTCAGGAAA 1080 GAACTTAATA AGGAGGTGTC AGAGAACGTT AAGCTTTCTG TCAATGATTT CATCATTAAA 1140 GCTTCAGCTC TGGCATGTGT GAAGGTGCCT GAAGCCAATT CCTCATGGTT GGACACTGTT 1200 ATCAGGCAAA ATCATGTAGT GGATGTTAGC ATTGCAGTGA GTACTCCTGC AGGGCTTATA 1260 ACTCCCATCG TGTTCAATGC GCACATAAAG GGACTGGCTT CCATTAGTAA AGATGTTGCC 1320 TCTTTGGCAG CCAAAGCACG AGAAGGTAAA CTTCAGCCCC ACGAATTCCA GGGAGGCACT 1380 TTTACGGTTT CCAATTTAGG AATGTATGGG ATTAAGAATT TCTCTGCCAT AATCAATCCA 1440 CCTCAGGCAT GTATTCTGGC AGTTGGTACT TCAGAGAACA GGCTAGTGCC AGCAAATAAT 1500 GAGAAGGGGT TTGATGTGGC CAGCATGATG TCAGTTACTC TTAGTTGTGA CCACCGAGTT 1560 GTGGATGGAG CAGTTGGAGC CCAGTGGCTT GCTGAGTTCA AAAAGTTCCT TGAAAGGCCA 1620 ACAACCATGC TGCTATAA 1638