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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HAPBU22716 | 447 | 8 |  A0A3Q2USZ2 | |||
| HAPBU22717 reference isoform | 416 | 7 | A0A3Q2UT24 |
Protein Sequence
Download: Fasta
MRCYLHTFLL CMIFVFFSFL YVFNQLASTL EDRDGWRVKE HGIPGRKSHD TGHLLRKRPG 60 LEGLRDREEG LDSERSNSAV KAESRDESSH LAVVACGPRL EETVTMLKSA VLFSKKPLHF 120 YIFAEDELHK SFRNTLESWP LRVRARFNSS IYPITFPKEN AREWKKLFKP CASQRLFLPL 180 ILKEVDSLLY VDTDIIFLQP VEDMWALLSQ FNSRQLAAMA PEHEEPRIGW YNRFARHPYY 240 GKTGINSGVM LMNMTRLREK FFKNDMTTVT LKWEEMLMPL LQKYKLNITW GDQDLLNIIF 300 HHNPESLYMF PCQWNYRPDH CIYGSNCQQA EQEGVFILHG NRGVYHDDKQ PAFRAVYEAI 360 RKYQFGDNLE TSLLRPLETS LQTTTHTYCG RASHLLTKRL KQSIMSVQQD ATQRRR 416
cDNA Sequence
Download: Fasta
ATGCGATGCT ATCTTCACAC ATTTCTCCTG TGCATGATCT TCGTCTTCTT TTCCTTTTTG 60 TATGTGTTCA ATCAGCTAGC CTCCACCTTA GAGGACAGAG ACGGGTGGAG AGTAAAAGAA 120 CACGGAATAC CCGGCAGGAA AAGTCATGAC ACCGGGCACC TTCTCAGGAA AAGGCCAGGC 180 CTGGAAGGCC TCCGAGACCG CGAAGAAGGG CTTGACAGTG AGCGGTCAAA CTCTGCAGTG 240 AAGGCAGAAA GCAGGGATGA GAGTAGTCAC CTGGCTGTTG TGGCCTGTGG CCCCAGGCTA 300 GAGGAAACAG TCACCATGTT GAAGTCTGCT GTTCTCTTCA GCAAAAAGCC TCTGCACTTT 360 TACATCTTTG CTGAGGATGA ACTTCACAAG AGTTTCAGAA ACACTCTGGA ATCGTGGCCT 420 CTGAGAGTTC GGGCAAGGTT TAATTCCAGC ATCTACCCTA TCACTTTTCC CAAGGAGAAT 480 GCAAGAGAAT GGAAGAAACT CTTCAAACCC TGTGCCTCTC AGAGGCTTTT TCTGCCACTG 540 ATTCTGAAGG AGGTAGACTC CTTGCTTTAT GTAGATACAG ACATTATTTT TCTGCAGCCA 600 GTAGAAGACA TGTGGGCTCT GCTTTCTCAG TTCAATTCAA GGCAATTAGC TGCCATGGCT 660 CCAGAACATG AGGAACCACG TATCGGCTGG TACAATCGTT TTGCCCGCCA CCCTTACTAC 720 GGCAAGACAG GCATCAACTC AGGGGTCATG CTCATGAACA TGACACGCCT CAGGGAAAAA 780 TTTTTCAAGA ATGACATGAC AACAGTTACA CTAAAGTGGG AGGAAATGTT GATGCCCCTT 840 CTCCAGAAGT ATAAGCTCAA CATCACCTGG GGTGACCAGG ACCTTCTTAA TATCATATTC 900 CACCATAACC CAGAAAGCCT GTATATGTTT CCCTGCCAGT GGAACTACCG TCCAGACCAC 960 TGTATCTATG GCAGCAACTG TCAACAGGCT GAACAAGAAG GTGTCTTTAT TCTCCATGGT 1020 AACAGAGGAG TTTATCATGA TGACAAACAG CCAGCATTTC GAGCTGTCTA TGAAGCAATT 1080 CGGAAGTACC AATTCGGCGA CAACTTGGAG ACCTCGCTGC TTCGACCGCT GGAGACGTCG 1140 CTGCAGACAA CCACCCACAC CTACTGCGGC AGAGCAAGTC ACTTGCTTAC AAAGAGGTTA 1200 AAACAGAGCA TCATGTCTGT TCAACAAGAC GCCACACAGA GAAGAAGGTG A 1251