‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CHILA00934 reference isoform | 766 | 18 |  A0A8C2UZU2 |
Protein Sequence
Download: Fasta
MGGKTPGTSY QHNAGTRDRQ RTAFTMAELD ADLDHIMPSS VLPPFWAKLV VGFVSVLCFA 60 RSYDGDFVFD DSEAIVNNKD LQADTPLGDL WHHDFWGSRL SSNTSHKSYR PLTVLTFRLN 120 YYLSGGFHPV GFHVVNILLH GGISVLMVDV FSVLFGGLQF TSKGRRVHLA PRASLLAALL 180 FAVHPVHTEC VAGVVGRADL LCALFFSLSF LGYCKAFRES NKEGTHSSTC WVLLSIFLGA 240 VAMLCKEQGI TVLGLNAVFD ILVIGKFDVL EVIQKVLRKD KSLERLGALR SRGLLFRVSL 300 LTSGGAGMLY VRWRIMGTGP PAFTEVDNPA SFADSMLVRA INYNYYYSLN AWLLLCPWWL 360 CFDWSMGCIP LIKSVGDWRV IALAALWLCL IGLICQALCS EDSHKRRILT LGLGFLVIPF 420 LPASNLFFRV GFVVAERVLY LPSAGYCVLL TFGFGALSKH TKKKKLISTF VLGILFINAL 480 RCVIRSGEWR NEDQLFRSAL SVCPLNAKVH YNIGKNLADK GNQTAAIQYY REAVRLNPKY 540 VHAMNNLGNI LKERNELQEA EELLSLAVQI QPDFAAAWMN LGIVQNSLKR FEAAEQSYRT 600 AIKHRRKYPD CYYNLGRLYA DLNRHVDALN AWRNATVLKP EHSLAWNNMI ILLDNTGNLA 660 QAEAVGREAL ELIPNDHSLM FSLANVLGKS QKYKESEALF LKAIKANPNV ASYHGNLAVL 720 YHRWGHLESA KKHYEISLQL DPAAAGTKEN YSLLRRKLEQ MQKKDV 766
cDNA Sequence
Download: Fasta
ATGGGAGGAA AGACACCTGG GACTTCGTAC CAGCATAATG CTGGAACAAG AGACCGGCAG 60 CGCACAGCTT TCACGATGGC CGAGCTGGAT GCCGATCTGG ATCACATCAT GCCATCCTCT 120 GTCCTGCCCC CGTTCTGGGC CAAGTTAGTA GTGGGATTTG TTTCCGTCCT GTGTTTTGCA 180 CGGAGCTACG ATGGAGATTT TGTCTTTGAC GACTCTGAAG CTATTGTTAA CAATAAGGAC 240 CTCCAAGCCG ACACGCCCCT GGGAGACCTG TGGCATCATG ACTTCTGGGG CAGTAGACTG 300 AGCAGCAACA CCAGCCACAA GTCCTACCGG CCGCTCACCG TCCTGACTTT CAGGCTTAAC 360 TACTACTTGT CAGGAGGCTT CCACCCCGTG GGCTTCCACG TGGTCAACAT CCTCCTGCAC 420 GGCGGCATCT CTGTGCTCAT GGTGGACGTC TTCTCGGTAC TGTTCGGCGG CCTGCAGTTC 480 ACCAGTAAAG GCCGGAGGGT GCACCTGGCC CCCAGAGCAT CACTGCTGGC AGCTCTGCTA 540 TTTGCCGTCC ATCCTGTGCA CACCGAGTGC GTTGCTGGTG TTGTCGGCCG TGCAGATCTC 600 CTCTGTGCCC TGTTCTTTTC GTTATCTTTC CTTGGCTACT GTAAAGCATT TCGAGAAAGT 660 AACAAGGAGG GAACGCACTC TTCTACCTGC TGGGTGTTGC TGAGCATCTT CCTGGGAGCA 720 GTGGCCATGC TGTGCAAAGA GCAAGGGATC ACTGTACTGG GTTTGAATGC GGTATTTGAC 780 ATCTTGGTGA TAGGTAAATT CGATGTTCTG GAAGTGATCC AGAAGGTACT ACGTAAGGAC 840 AAGTCATTAG AGCGTTTGGG AGCACTCAGG AGCAGGGGCC TCCTCTTCCG CGTGAGCCTC 900 CTCACGTCCG GCGGGGCCGG CATGCTCTAC GTGCGCTGGA GGATCATGGG AACCGGCCCG 960 CCAGCCTTCA CTGAGGTGGA CAACCCGGCC TCTTTTGCTG ACAGCATGTT GGTTAGGGCC 1020 ATAAACTATA ATTACTACTA TTCATTGAAT GCCTGGCTGC TGCTGTGTCC CTGGTGGCTG 1080 TGTTTTGATT GGTCAATGGG CTGCATCCCC CTCATTAAGT CGGTTGGTGA CTGGAGGGTA 1140 ATTGCCCTGG CAGCACTCTG GCTCTGTCTC ATTGGTCTCA TATGCCAAGC CCTGTGTTCT 1200 GAGGACAGCC ACAAGAGAAG AATCCTCACC CTGGGCCTGG GATTTCTCGT GATCCCATTT 1260 CTTCCTGCGA GTAACCTGTT CTTCCGAGTG GGCTTCGTGG TGGCAGAACG TGTCCTCTAC 1320 CTCCCCAGTG CCGGCTACTG TGTGCTGCTG ACCTTCGGCT TTGGAGCCCT AAGCAAACAT 1380 ACCAAGAAAA AGAAACTCAT CTCCACCTTC GTCCTGGGGA TCTTATTCAT CAACGCGCTG 1440 AGGTGTGTAA TTCGCAGTGG CGAGTGGCGG AATGAAGACC AGCTTTTTAG AAGTGCCCTG 1500 TCTGTGTGTC CCCTCAATGC TAAGGTTCAC TACAACATTG GCAAAAACCT GGCTGATAAA 1560 GGGAACCAAA CAGCGGCCAT CCAATATTAC CGAGAAGCAG TAAGATTAAA TCCCAAGTAT 1620 GTTCATGCCA TGAATAATCT TGGAAATATC TTAAAAGAAA GGAATGAGCT ACAGGAAGCA 1680 GAAGAGCTAC TGTCTTTGGC TGTCCAAATA CAGCCAGACT TTGCTGCTGC ATGGATGAAT 1740 CTGGGCATAG TGCAAAATAG CCTGAAACGG TTTGAAGCAG CAGAGCAGAG TTACCGGACA 1800 GCCATCAAAC ACAGAAGGAA GTACCCAGAC TGCTACTACA ACCTTGGGCG GCTGTATGCA 1860 GATCTGAACC GCCACGTGGA TGCACTGAAC GCGTGGAGAA ATGCTACCGT GCTGAAGCCC 1920 GAGCACAGCC TGGCTTGGAA CAACATGATC ATCCTCCTGG ACAACACAGG TAATTTAGCC 1980 CAAGCTGAAG CAGTTGGAAG AGAGGCACTG GAATTAATAC CTAATGATCA CTCTCTCATG 2040 TTCTCCTTGG CAAACGTGCT GGGGAAATCC CAGAAATACA AGGAATCTGA AGCCTTATTC 2100 CTCAAGGCCA TTAAAGCAAA TCCAAATGTT GCAAGTTACC ATGGGAATTT AGCTGTGCTC 2160 TACCATCGCT GGGGACATCT CGAGTCGGCC AAGAAACACT ATGAAATCTC CCTGCAGCTC 2220 GACCCTGCAG CAGCAGGCAC CAAGGAGAAT TACAGTCTGC TACGAAGAAA GTTAGAGCAG 2280 ATGCAGAAGA AAGACGTCTG A 2301