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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HETGA16604 reference isoform | 423 | 8 |  G5AL67 |
Protein Sequence
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MAGPRVFPLS CVVQQYAWGK KGSNSEVARL LASSDPLAQI SEDKPYAELW MGAHPRGDAK 60 IFDNHVSQKT LGQWIAENQD CLGSKVKVAF KGKLPFLFKV LSVETALSIQ AHPNKELAEK 120 LHFQAPQHYP DANHKPEMAI ALTSFQGLCG FRPVEEILTF LKKVPEFQLL IGDDAATQLR 180 QSVRSDPQMV TSALRSCFSH LMKSEKKAVA EQLNVLVKRI SQQVSAGNNM DDICGELLLR 240 LHQQYPGDIG CFAIYFLNLL ILKPGEAMFL EASVPHAYLE GDCVECMACS DNTVRAGLTP 300 KFIDVPTLCD MLNYTPTPSK DRLFPPSHSQ EDPYLSIYDP PVPDFTVMKM EVPSSVTEYK 360 VSVLDSASIL LVVKGTVTAS SPTAQAAIPL QRGGVLFVGA NESVTLKHTA SQDLVLFRAC 420 CLL 423
cDNA Sequence
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ATGGCGGGAC CGCGAGTGTT CCCACTTTCC TGTGTGGTGC AACAATATGC CTGGGGGAAG 60 AAGGGCTCCA ACAGTGAAGT GGCGCGGCTG CTGGCCAGCA GTGACCCGCT GGCCCAGATC 120 TCAGAGGACA AGCCATATGC AGAGCTGTGG ATGGGAGCGC ATCCCCGGGG GGACGCCAAG 180 ATCTTCGACA ACCATGTCTC ACAGAAGACG CTGGGCCAGT GGATTGCTGA GAACCAGGAC 240 TGCTTGGGCT CAAAGGTCAA AGTTGCCTTT AAGGGCAAGC TGCCCTTCCT CTTCAAAGTG 300 CTCTCAGTGG AAACAGCCTT ATCCATCCAG GCACACCCCA ACAAGGAACT GGCAGAGAAG 360 CTGCACTTCC AGGCTCCACA GCACTACCCC GATGCCAACC ACAAGCCAGA GATGGCCATT 420 GCACTTACCT CCTTCCAGGG CTTGTGTGGC TTCCGGCCTG TGGAGGAGAT CCTGACCTTT 480 CTGAAGAAGG TGCCAGAGTT CCAGCTCCTG ATTGGGGACG ATGCAGCCAC ACAGCTGAGG 540 CAGAGTGTGA GGAGTGACCC CCAGATGGTG ACCTCGGCTC TACGAAGCTG CTTCTCCCAC 600 CTGATGAAGA GCGAGAAGAA GGCAGTGGCA GAGCAGCTCA ATGTGTTGGT GAAGCGTATC 660 TCCCAGCAAG TGTCAGCTGG GAACAACATG GACGACATTT GTGGGGAGCT TCTGCTGCGG 720 CTACACCAGC AGTACCCAGG GGACATCGGC TGCTTTGCCA TCTACTTTCT GAACCTGCTC 780 ATCCTGAAGC CGGGCGAGGC CATGTTTCTG GAAGCCAGTG TGCCCCACGC CTACCTAGAG 840 GGAGATTGTG TAGAGTGCAT GGCGTGTTCA GACAACACGG TGCGTGCCGG CCTGACACCC 900 AAGTTCATTG ATGTGCCAAC CCTGTGTGAC ATGCTCAACT ACACTCCCAC TCCCAGCAAA 960 GACAGGCTCT TCCCCCCATC TCACAGTCAG GAAGACCCCT ACCTCTCCAT CTATGACCCC 1020 CCTGTGCCGG ACTTCACCGT GATGAAGATG GAGGTCCCCA GCTCTGTCAC TGAATATAAG 1080 GTCTCAGTGC TGGACTCTGC CAGCATCCTC CTGGTGGTGA AGGGGACAGT GACAGCCAGC 1140 TCACCCACAG CCCAAGCAGC CATCCCCCTG CAGCGTGGTG GGGTGCTCTT TGTTGGGGCC 1200 AATGAGAGTG TCACACTGAA GCATACTGCA TCCCAGGACC TAGTCCTATT CCGGGCCTGC 1260 TGTCTGCTGT AG 1272