‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HETGA08534 | 676 | 16 |  ENSHGLG00100000764.1 | |||
| HETGA08533 reference isoform | 680 | 16 |  G5BQJ3 |
Protein Sequence
Download: Fasta
MDSPRLANSH FSASSTSPSA VVLLYAKELK KWDEFEDMLE ERKHVSDLKF AMKCYTPLVY 60 KGITPCKPSD IKGSVLSSEE IHYVIKQLSK ESSQPIDILR EEASEILDEM SHKLRVGAIR 120 FFAFALSKIF KQIFSKVCVN EEGIQKLQRA IQEYPVVLLP SHRSYIDFLM LSFLLFSYDL 180 PVPVIAAGMD FLGMKVIGEL LRMSGAFFMR RTFGGDKLYW AVFSEYVKTM LRNGYAPVEF 240 FLEGTRSRSA KTLTPKLGLL NIVMEPFFKR EVFDTYLVPI SISYDKVLEE TLYACELLGV 300 PKPKESTTGL LKARRILSEH FGSIHVYFGD PISLRSLAAG RMSRSPYNLG PRYVPQKPSE 360 EMHSFVTEVA YRMQLLQIEN LILSPWVLIV AVLLQNRSSM DFDTLVEKTL WLKALTQAFG 420 GFLWWPDNEP AEEVVQSSIL LHSNLASLVK DQVILKVDSG DSEVVNGLVF QHITLLMCSA 480 YRNQLLNIFV RPSLVALALQ MTPGFRKEDV YSCFRFLCSV FSDEFIFLPG NTLRDFEEGC 540 YLLCKSETIQ VTMKDILVTE KGNGVLEFLV GLFKPFVECY QIICKYLLHE EEDHFTEKYY 600 LAAVRKFTDQ LLDQGTSQCY DVLSSDVQKN ALAAFVRLNV VEKKKINNDY IYSVNEPAMS 660 KLEEMLGCKT PIGKPATAKL 680
cDNA Sequence
Download: Fasta
ATGGACTCTC CGCGCCTTGC TAACTCCCAC TTCTCCGCCA GCTCCACCAG TCCCAGCGCA 60 GTAGTGCTCC TCTACGCGAA AGAGCTCAAA AAATGGGACG AATTTGAAGA TATGTTAGAG 120 GAGAGGAAGC ATGTCAGTGA CTTGAAATTT GCGATGAAAT GCTACACACC TCTTGTCTAT 180 AAGGGTATTA CTCCTTGCAA ACCAAGTGAT ATTAAAGGTA GTGTTCTCAG TTCTGAAGAG 240 ATTCATTATG TCATTAAACA GCTTTCCAAG GAGTCCTCTC AACCCATCGA TATCCTCCGA 300 GAAGAAGCTT CTGAAATCTT GGATGAAATG AGTCACAAAC TGCGTGTGGG AGCCATTCGA 360 TTTTTTGCCT TTGCCTTGAG CAAAATATTT AAACAAATTT TCTCAAAAGT GTGTGTGAAT 420 GAAGAAGGTA TTCAGAAACT GCAGCGTGCT ATCCAGGAGT ACCCTGTTGT CCTGCTGCCC 480 AGCCATCGCA GTTACATTGA TTTCCTGATG CTGTCCTTCC TTCTGTTCAG CTATGATCTG 540 CCTGTGCCTG TGATAGCAGC AGGGATGGAC TTCCTGGGGA TGAAGGTTAT TGGGGAGCTG 600 CTGAGGATGT CGGGTGCCTT CTTCATGCGT CGTACCTTTG GGGGCGATAA ACTCTACTGG 660 GCCGTGTTCT CCGAATATGT GAAGACTATG TTGCGGAATG GTTATGCTCC TGTTGAATTT 720 TTCCTCGAAG GGACAAGGAG CCGCTCTGCC AAGACATTGA CTCCTAAATT GGGTCTCCTG 780 AATATTGTGA TGGAACCATT TTTTAAAAGA GAAGTTTTTG ATACCTACCT TGTCCCAATT 840 AGCATCAGTT ATGATAAAGT ATTGGAAGAA ACTCTTTATG CCTGTGAGCT TCTAGGAGTT 900 CCTAAGCCAA AAGAATCCAC AACTGGATTG TTGAAAGCCA GAAGGATTCT CTCTGAACAC 960 TTTGGAAGCA TCCATGTATA CTTTGGAGAC CCTATATCAC TTCGATCTCT GGCAGCGGGG 1020 AGGATGAGTC GGAGCCCATA TAACTTGGGT CCAAGATATG TCCCGCAGAA ACCATCTGAG 1080 GAAATGCACT CCTTTGTCAC TGAAGTTGCC TACAGAATGC AGCTTCTGCA AATTGAAAAC 1140 CTTATCCTGA GCCCGTGGGT CCTGATAGTA GCTGTTCTGC TTCAGAACCG CTCATCCATG 1200 GACTTTGACA CCTTGGTGGA GAAGACCCTG TGGCTGAAGG CCTTGACCCA GGCATTTGGC 1260 GGGTTCCTGT GGTGGCCGGA TAATGAACCT GCTGAAGAAG TTGTCCAATC CAGCATTCTT 1320 CTGCATTCCA ACCTTGCCAG CCTTGTCAAA GACCAAGTGA TTCTGAAAGT GGACTCTGGA 1380 GACTCAGAAG TGGTCAATGG ACTTGTTTTC CAGCACATCA CTCTCCTTAT GTGCTCAGCT 1440 TATAGGAACC AGTTGCTCAA CATCTTTGTC CGTCCTTCCT TAGTAGCTTT AGCCTTGCAG 1500 ATGACACCTG GGTTCAGGAA AGAGGATGTC TACAGTTGCT TTCGCTTCCT ATGCAGTGTC 1560 TTCTCAGATG AGTTCATCTT CCTTCCAGGA AACACACTAA GGGACTTTGA AGAAGGCTGT 1620 TACCTGCTTT GTAAAAGTGA GACCATACAG GTGACCATGA AGGACATCCT TGTTACAGAG 1680 AAAGGAAATG GTGTGTTAGA ATTTCTAGTA GGACTTTTTA AACCTTTTGT GGAATGTTAC 1740 CAGATAATTT GCAAATACCT CTTGCATGAA GAAGAGGACC ACTTCACTGA GAAATACTAC 1800 TTGGCTGCAG TTAGAAAATT CACAGATCAG CTTCTTGATC AAGGTACCTC TCAGTGTTAC 1860 GATGTTTTAT CTTCAGATGT GCAGAAAAAT GCCTTGGCTG CTTTCGTGAG ACTCAATGTG 1920 GTGGAGAAGA AAAAGATAAA TAATGACTAC ATATACAGTG TGAATGAACC TGCCATGAGC 1980 AAATTAGAAG AGATGCTTGG TTGTAAAACA CCAATAGGAA AACCGGCCAC TGCAAAACTT 2040 TAA 2043