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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| STRHB17824 | 579 | 10 |  A0A672UIK2 | |||
| STRHB17825 reference isoform | 604 | 10 | A0A672UIU4 |
Protein Sequence
Download: Fasta
MGGGCRGRAP PAAGLRLLLA HALLLCTTGS AATDGSVNPC CYFPCQHQGV CVRVGLGGYE 60 CDCTRTGYFG DNCTSPELWT CIRNLLKPSP AFYHFILTHF KWFWDIINST SIRDTLMRLV 120 LIVRANLIPS PPTFNSDYGY ISWEAYANVS YYTRILPPVP EDCPMPMGTK GKQQLPDPQL 180 LAERFLLRRR FEADPQGTNL MFAFFAQHFT HQFFKTSGKM GRGFTKALGH GVDLGHLYGD 240 NLQRQHQLRL FKDGKLKFQV VDGEVYPPTV TDAPVHMVYP PAVPKEKQLA IGQEVFGLLP 300 GLCMYATLWL REHNRVCDIL KREHPTWSDE QLFQTARLIL IGETIKIIIE DYVQHLSGYY 360 LSLKFDPELL FGTQFQYRNR IAVEFNQLYH WHGLMPDSFV IQGEEYSYEQ FLYNTSMLLD 420 YGVEALVESF SKQIAGRIGG GQTINANVLK VAVGVIKESR QLRLQPFNEY RKRFGMKPYK 480 SFQELTGEEE KAAELEELYG DIDALEFYPG LLLEKPQPNG IFGESMVEIG APFSLKGLLG 540 NPICSPEYWK PSTFGGATGF EIVKTASLKK LVCLNVKKCP YVAFRVPDAV EGGSPQDGGH 600 STEL 604
cDNA Sequence
Download: Fasta
ATGGGCGGTG GGTGCCGGGG CCGGGCCCCG CCGGCCGCGG GGCTGCGGCT GCTCCTGGCC 60 CACGCTCTGC TGCTCTGCAC CACCGGGAGC GCCGCGACCG ACGGCTCCGT GAATCCCTGC 120 TGCTATTTCC CCTGCCAGCA CCAAGGGGTG TGCGTGAGGG TCGGCCTGGG GGGGTATGAG 180 TGCGACTGCA CGCGGACAGG ATACTTCGGG GACAACTGCA CCTCCCCTGA GCTCTGGACG 240 TGCATCCGCA ACCTGCTGAA GCCCAGTCCT GCCTTCTACC ACTTCATCCT GACCCACTTC 300 AAGTGGTTTT GGGACATCAT CAACAGCACC TCCATCAGGG ACACGCTCAT GAGGCTCGTG 360 CTCATAGTTC GTGCCAATCT CATCCCCAGT CCCCCCACCT TTAACTCTGA CTATGGTTAC 420 ATCAGCTGGG AGGCCTATGC CAACGTCAGC TACTACACCC GCATCCTCCC GCCCGTGCCG 480 GAAGACTGCC CAATGCCCAT GGGGACCAAA GGGAAGCAGC AGCTCCCTGA CCCCCAGCTC 540 CTGGCAGAGA GGTTCTTGCT GCGGCGGAGG TTTGAAGCTG ATCCCCAAGG CACCAACCTG 600 ATGTTTGCCT TCTTCGCCCA GCATTTCACC CACCAGTTCT TCAAGACATC CGGGAAGATG 660 GGACGTGGCT TCACCAAGGC ACTGGGGCAC GGGGTGGACC TCGGGCATTT GTATGGGGAC 720 AACCTGCAGC GGCAGCACCA GCTGCGACTT TTCAAGGATG GGAAGCTGAA ATTCCAGGTG 780 GTGGATGGAG AGGTGTACCC CCCCACGGTC ACTGACGCCC CAGTTCACAT GGTCTATCCG 840 CCTGCTGTCC CCAAGGAGAA GCAGCTGGCG ATAGGGCAGG AGGTATTCGG GCTGCTGCCG 900 GGGCTCTGCA TGTACGCCAC GCTCTGGCTG CGTGAGCACA ACCGTGTCTG TGACATACTG 960 AAACGGGAGC ATCCCACCTG GAGCGATGAG CAGCTCTTCC AGACAGCTCG TCTCATCCTC 1020 ATCGGAGAGA CCATTAAGAT CATCATTGAA GACTATGTCC AGCACCTCAG CGGGTACTAC 1080 CTGAGCCTCA AGTTTGACCC TGAGCTGCTC TTCGGGACAC AGTTCCAGTA CCGGAATCGC 1140 ATCGCAGTGG AATTCAACCA GCTCTATCAC TGGCACGGGC TGATGCCCGA CTCCTTCGTC 1200 ATCCAGGGGG AAGAGTACAG CTATGAGCAG TTCCTCTACA ACACCTCCAT GCTCCTGGAC 1260 TATGGTGTGG AGGCATTGGT GGAGTCCTTT TCCAAGCAGA TTGCAGGAAG GATCGGTGGG 1320 GGACAAACCA TCAACGCCAA TGTCTTGAAA GTGGCTGTTG GGGTCATCAA GGAATCCCGG 1380 CAGCTCAGGC TCCAGCCATT TAATGAGTAT CGGAAGAGGT TTGGCATGAA GCCCTACAAG 1440 TCCTTTCAGG AGCTCACAGG AGAGGAAGAG AAAGCGGCAG AACTGGAAGA GCTGTATGGA 1500 GACATTGACG CTCTGGAGTT CTATCCAGGC TTGCTGCTTG AGAAACCCCA ACCCAATGGT 1560 ATTTTTGGGG AAAGCATGGT GGAGATTGGA GCTCCATTTT CCCTGAAGGG GCTTCTTGGA 1620 AACCCCATCT GCTCCCCAGA GTACTGGAAA CCCAGTACAT TTGGCGGAGC AACTGGCTTT 1680 GAGATAGTTA AGACAGCATC GCTCAAGAAG CTCGTGTGCC TCAACGTGAA GAAGTGCCCC 1740 TACGTGGCGT TTCGTGTGCC AGATGCTGTG GAAGGTGGCA GCCCCCAGGA TGGTGGACAT 1800 TCTACTGAGC TCTAG 1815