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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HAPBU24865 reference isoform | 610 | 12 |  A0A3Q2UW80 |
Protein Sequence
Download: Fasta
MPRLAGLTDA LLLLLLSCCS PVRGYFAEER WNPESSLLAP RVLLALICRN SEHSLPYFLG 60 TIERLNYPKD RMALWVATDH NEDNTTAILH DWLVKVQKLY HYVEWRPKEE PRNYEDEEGP 120 KDWTDPRYEH VMKLRQAALE SAREMWADYF MLADCDNLLT NSNVLRGLMK QNKTIIAPML 180 DSRAAYSNFW CGMTSQGYYK RTPAYIPLRK QIRKGCFAVP MVHSTFLIDL RKEASRQLAF 240 HPPHPEYSWA FDDIIVFAYS AKMAEVQMFV CNKETYGYFP VPLRSHNTLQ DEVDSFLHTV 300 LEVNVRNAPV MPSKYISVPR KQPDKMGFDE VFMINLQRRT DRRERMLRAL HEQEIACKVV 360 NAVDGKAMNV SEIHALGIHM LPGYSDPYHG RPLTKGELGC FLSHYNIWKE IVERSLHTSL 420 VIEDDLRFEV FFKRRLMNLM SEVDHEGLDW DLIYIGRKRM QVAHPEKAVP NIHNLVEADY 480 SYWTLGYMIS LQGAQKLLKA EPLKRILPVD EFLPLMYNKH PVSDYMEQFE TRDLLAFSAE 540 PLLVYPTHYT GDPGYVSDTE TSTVWDNEKI RTDWDRARSG KSHEQAEIST EAQNSDVLQS 600 PLDSTARDEL 610
cDNA Sequence
Download: Fasta
ATGCCCAGGC TCGCTGGCCT CACCGACGCC CTGCTCCTCC TGCTCCTGTC CTGCTGCAGT 60 CCTGTCCGGG GATATTTTGC GGAGGAGCGC TGGAACCCCG AATCTTCACT CCTCGCACCC 120 CGGGTTCTTC TTGCCCTCAT TTGCAGAAAC TCCGAGCACT CATTGCCGTA TTTCCTGGGT 180 ACTATTGAGC GCCTCAACTA CCCGAAGGAC CGTATGGCAC TGTGGGTAGC AACTGATCAT 240 AATGAGGACA ACACCACAGC CATTCTGCAT GACTGGCTTG TAAAAGTACA GAAGCTCTAC 300 CATTATGTAG AGTGGAGGCC AAAAGAGGAG CCCAGAAATT ATGAAGATGA GGAAGGTCCA 360 AAAGACTGGA CAGATCCTCG TTATGAGCAT GTTATGAAGC TTCGGCAAGC AGCGCTGGAG 420 TCTGCTCGTG AGATGTGGGC AGACTATTTT ATGCTGGCAG ATTGTGACAA CCTCCTCACC 480 AATTCAAATG TGCTCCGGGG GCTGATGAAA CAGAACAAGA CTATCATCGC TCCGATGCTT 540 GACTCTCGTG CAGCCTACTC AAATTTTTGG TGTGGAATGA CTTCCCAGGG TTATTATAAG 600 AGGACACCTG CCTACATACC TCTTAGGAAG CAGATACGAA AGGGCTGTTT TGCCGTTCCT 660 ATGGTACACT CCACGTTCCT AATAGACCTC AGGAAAGAGG CCTCCAGGCA GCTAGCCTTT 720 CACCCACCAC ACCCAGAATA CAGCTGGGCA TTTGATGACA TTATTGTGTT TGCTTACTCT 780 GCTAAGATGG CAGAGGTTCA AATGTTTGTA TGTAACAAGG AGACCTATGG ATACTTCCCT 840 GTGCCACTAC GTTCCCACAA TACTTTGCAA GATGAAGTGG ACAGTTTCTT ACACACTGTG 900 TTAGAAGTTA ATGTGCGAAA TGCCCCAGTG ATGCCATCCA AATACATAAG TGTTCCTAGA 960 AAACAACCTG ACAAAATGGG CTTTGATGAG GTGTTCATGA TAAACTTGCA GAGGCGGACT 1020 GACCGCAGAG AACGTATGCT GAGGGCACTG CATGAGCAGG AGATTGCTTG TAAAGTTGTT 1080 AATGCCGTGG ATGGAAAAGC AATGAATGTC AGTGAAATTC ATGCTTTGGG TATCCATATG 1140 CTTCCTGGAT ACAGTGACCC TTATCATGGT CGTCCACTAA CAAAGGGAGA GCTGGGATGC 1200 TTTCTTTCCC ACTATAACAT CTGGAAAGAG ATTGTGGAAC GAAGTCTCCA CACATCTTTA 1260 GTGATCGAAG ATGACCTGCG CTTTGAGGTG TTCTTCAAAC GTCGCTTGAT GAACTTAATG 1320 AGTGAGGTGG ACCATGAAGG TCTGGATTGG GATCTCATTT ATATTGGTCG AAAGAGAATG 1380 CAAGTGGCTC ACCCGGAGAA AGCAGTGCCA AATATACACA ACTTGGTGGA GGCAGACTAT 1440 TCATATTGGA CACTAGGATA TATGATATCA TTACAGGGTG CCCAGAAGCT TTTAAAAGCA 1500 GAACCATTAA AGAGGATTTT GCCAGTGGAT GAGTTTCTTC CTCTCATGTA CAATAAACAC 1560 CCTGTATCTG ATTATATGGA ACAGTTTGAA ACCAGGGACC TGCTGGCATT TTCCGCAGAG 1620 CCTCTCCTTG TGTATCCAAC TCACTATACA GGTGACCCAG GATACGTCAG TGACACTGAG 1680 ACCTCCACTG TGTGGGACAA TGAAAAAATC CGCACAGACT GGGACAGAGC ACGCTCAGGA 1740 AAAAGTCATG AGCAGGCTGA GATCAGCACA GAGGCACAGA ACTCAGATGT GCTCCAGTCT 1800 CCTTTGGACA GTACAGCACG GGATGAGCTA TGA 1833