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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HAPBU15159 reference isoform | 622 | 12 |  A0A3Q2WTV5 |
Protein Sequence
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MPVATLLPFT ATPNRKSASP TSFRLTEKFI LLLVFSAFIT LCFGAIFFLP DSSKLLSGVF 60 FHSSAVETNT HTGPDSSDAG SAGNDDRLLA KIKKDHEKAL LEAKDTLQKL PDVIQNDILA 120 DKAKVTKESM GKGAKDGNNL PFIEYHRPPG ATGLEPQDPE TRERRAKIKE MMKHAWDSYK 180 RYAWGSNELR PVSKHGHSSN LFGSIKGATI VDALDTLYIM EMFEEFDAAT DWVEKSLDFN 240 VNAEVSVFEV NIRFVGGLLS AYYLSGKEVF RRKAVELGEK LLPAFKTPTG IPWALLNLKS 300 GIGRNWPWAS GGSSILAEYG TLHLEFMHLS RLSGNPEFAQ KVMNIRKVLN RLEKPQGLYP 360 NYLNPNSGQW GQHHVSVGGL GDSFYEYLLK AWLMSDKTDE EGKKMYYDAL QAIETNLMRK 420 STNGLTYIAE WKGGLLEHKM GHLTCFAGGM IALGADGAPG DKTGHQMEQA AEIARTCHES 480 YARTTLKLGP EAFRFDGGVE AIATRQNEKY FILRPEVIET YMYMWRFTHD PKYREWGWEA 540 VQALEQHCRV DGGYSGVRDV YASSPNYDDV QQSFYLAETL KYLYLLFSED DHLPFEHWVF 600 NTEAHPLPVI RKDKTDRPNE VE 622
cDNA Sequence
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ATGCCAGTTG CAACTCTTCT GCCTTTTACC GCGACCCCGA ATAGGAAGTC TGCCAGCCCG 60 ACTTCTTTCA GGTTGACAGA GAAATTTATT TTGTTATTAG TGTTCAGCGC TTTTATAACC 120 CTGTGTTTCG GGGCAATTTT CTTCCTTCCG GACTCCTCCA AGCTGCTCAG CGGAGTTTTC 180 TTTCATTCCT CCGCGGTCGA AACGAACACC CACACCGGTC CGGACAGCAG CGACGCGGGT 240 TCGGCTGGAA ACGACGACAG GCTCCTGGCA AAAATCAAGA AAGACCACGA AAAGGCTCTG 300 TTAGAGGCTA AGGATACTCT ACAAAAACTT CCCGACGTGA TACAAAATGA CATTCTAGCT 360 GATAAAGCGA AAGTTACAAA GGAGAGCATG GGTAAAGGTG CGAAGGATGG CAATAATTTA 420 CCTTTCATAG AGTACCACCG CCCGCCAGGG GCGACAGGAC TAGAACCCCA GGACCCAGAA 480 ACCAGGGAGA GACGGGCTAA AATCAAGGAG ATGATGAAGC ATGCGTGGGA CAGCTACAAG 540 CGGTACGCCT GGGGTTCCAA CGAGCTCAGG CCTGTCTCCA AGCACGGCCA CTCCAGCAAT 600 CTATTTGGAA GTATAAAAGG AGCGACAATA GTGGATGCTT TGGATACCCT CTACATCATG 660 GAGATGTTTG AAGAGTTTGA TGCTGCTACT GACTGGGTGG AAAAGAGCCT TGACTTCAAC 720 GTGAATGCAG AAGTGTCGGT GTTTGAGGTG AACATCAGAT TTGTTGGAGG TCTGCTGTCC 780 GCCTACTACT TGTCTGGAAA AGAGGTGTTT CGCAGAAAGG CAGTGGAGTT GGGCGAGAAG 840 CTGCTGCCTG CATTCAAAAC GCCCACCGGC ATCCCCTGGG CTCTGCTTAA CCTCAAGAGT 900 GGTATTGGTA GGAACTGGCC ATGGGCATCG GGTGGTAGCA GCATCCTGGC AGAGTATGGC 960 ACCCTGCATC TGGAGTTTAT GCACCTCAGC AGACTCTCAG GAAATCCAGA GTTTGCTCAG 1020 AAGGTAATGA ACATCCGTAA AGTACTCAAT CGCCTGGAAA AACCTCAGGG GCTATACCCC 1080 AACTACCTGA ATCCCAACAG TGGACAGTGG GGCCAACATC ACGTGTCCGT GGGTGGCCTG 1140 GGTGACAGTT TCTATGAGTA CCTGCTCAAG GCCTGGCTGA TGTCTGACAA GACTGATGAG 1200 GAAGGCAAGA AGATGTACTA CGATGCCCTG CAGGCAATAG AAACCAACCT GATGAGGAAG 1260 TCAACCAATG GGCTGACCTA CATAGCGGAG TGGAAGGGGG GGCTTCTGGA GCATAAGATG 1320 GGCCACCTGA CCTGTTTTGC AGGCGGCATG ATCGCTCTGG GTGCTGATGG GGCGCCCGGT 1380 GACAAGACGG GCCACCAGAT GGAGCAGGCA GCGGAGATCG CTCGCACCTG TCACGAGTCT 1440 TATGCCAGGA CAACTTTGAA ACTCGGACCA GAGGCTTTCC GTTTCGATGG CGGCGTTGAG 1500 GCCATCGCCA CCCGCCAGAA CGAGAAGTAT TTCATCCTCC GTCCTGAGGT CATTGAGACC 1560 TACATGTACA TGTGGAGGTT TACCCATGAC CCCAAATACA GAGAGTGGGG CTGGGAGGCT 1620 GTACAGGCCT TGGAGCAGCA CTGTAGAGTC GACGGAGGCT ACAGCGGCGT CAGAGATGTC 1680 TACGCTTCAT CTCCAAACTA CGACGACGTG CAGCAGAGCT TCTACTTGGC GGAGACGCTC 1740 AAGTATCTCT ACCTCCTCTT CTCTGAGGAT GACCACCTAC CATTCGAACA CTGGGTCTTC 1800 AATACCGAGG CTCACCCCCT GCCCGTCATA AGGAAGGATA AAACGGACAG ACCCAACGAA 1860 GTGGAGTAA 1869