GGATCACTTTCCTCCAAGCGATGGCCGCAGTCACAAGTGAATTCCCCAGCAAACCGATCAGTTATACCAGCACCAATACT TCCGCCAAAACCTATTATCTTAAGTCCGTGAAAAAGCGGGTGACCACGTGTTTCCAGCAGTTGCGCGATAAACTCCAGTC ATCCGGTTCCTTTCGCAAGAGTTCCTCCAGCTGCCTCAACCAGATCTTCGTAAGGTCCGATTTCTCCGCATGCGGCGAAC GCTTTCGGAAGATCTTCAAATCGGCGCGAAAAACCGAATTGCCGGAGTTGTGGAAGGTGCCATTGGTGGCCCATGAACTC ACCAGCCGGCAGAGCAGCCAGCAGTTGCAAGTCGTAGCCAGACTCTTCTCGTCCACTCAGATTTCCACCAAGGAAATCAC CTACAACAGCAACAGCAACACCAGCGAGAACAACATGACCATCATCGAGAGCAACTATATATCCGTGCGCGAGGAATATC CCGATATAGATAGTGAGGTGCGCGCCATATTGCTGAGCCACGCCCAGAATGGAATCACGATATCGAGCATCAAGAGTGAA TATCGAAAACTGACGGGCAATCCATTTCCACTGCACGACAACGTGACGGATTTCCTGCTGACCATTCCCAATGTGACCGC TGAGTGCAGCGAGTCCGGTAAGCGGATCTTCAACCTGAAAGCGAGCCTGAAGAACGGTCACCTCCTGGATATGGTGCTCA ACCAGAAAGAGCGCACCAGCGACTACAGCAGCGGAGCTCCGTCCCTGGAGAACATACCACGAGCACCTCCACGCTACTGG AAGAATCCCTTCAAACGGAGGGCTCTGTCCCAGCTGAACACCAGCCCGAGGACCGTGCCCAAGATAACGGATGAAAAGAC CAAGGATATCGCCACCAGGCCGGTTTCGCTGCATCAAATGGCCAATGAGGCAGCGGAGTCGAACTGGTGCTACCAGGATA ATTGGAAGCATCTCAACAATTTCTACCAGCAAGCCAGCGTAAATGCGCCAAAAATGCCAGTACCCATCAACATCTACAGC CCCGATGCCCCAGAGGAACCAATCAATTTGGCTCCACCTGGGCATCAGCCAAGCTGCAGAACCCAAAGCCAGAAAACCGA ACCGACTGAAAACCGCCATTTGGGCATCTTTGTGCATCCATTTAACGGCATGAACATAATGAAGAGACGCCACGAAATGA CGCCCACGCCAACGATTTTAACCAGTGGAACCTACAACGATTCTCTGCTGACGATTAACTCGGATTACGATGCCTATCTG CTGGACTTTCCGCTTATGGGCGATGATTTTATGCTATATCTCGCCCGAATGGAGCTAAAATGCCGATTTAGGCGTCACGA ACGCGTCCTGCAGTCAGGACTTTGTGTATCCGGACTGACGATCAATGGCGCCCGAAATCGTTTAAAAAGAGTCCAATTAC CCGAGGGTACTCAGATCATCGTCAATATCGGATCGGTGGACATTATGCGCGGCAAGCCTTTGGTTCAGATCGAGCACGAT TTTCGGCTACTGATCAAGGAGATGCACAATATGCGATTGGTGCCGATTCTAACAAATCTTGCACCGCTGGGCAACTATTG TCACGATAAGGTATTATGTGACAAAATCTACCGATTCAACAAGTTTATCCGAAGCGAATGCTGTCACCTAAAGGTCATCG ACATACACTCCTGTCTAATCAACGAAAGGGGCGTGGTGCGATTTGATTGCTTTCAGGCCTCACCACGCCAAGTCACCGGT TCCAAGGAACCCTATCTGTTCTGGAACAAAATCGGTCGGCAGCGCGTACTGCAAGTTATTGAAACGAGTCTGGAGTATTA AGTTGGGTTCTTAATCAAGATACATATATGCAAATTTTGACTGGGCTGGCACCGGAACCGACAAAATAAGAACTTTTTGA TGATTTTACGATTTACGCTGATGGATCGCTGCTTTTACGGAATTCGCTTAGTTTTAATATGTTTTATATGTAGTATGTTC TCTGTCTTTGTTTATTTATATGTTCGTGCACTTGTCCTAGTCCATTATTGTATATTATTGTGTGTTTTGTGTTCTATGTT AGATTTAAACTTCTCAATTTTTCGCTGTCTGTGATTTGTTTTGCCAATGCCATTGATTTTCTGCACACTTTTTGCTGCTA TCCCAAAAGCTGTGTAAAATAATCAAATGCAAAATAAGCGCAAGCAGCTGAAAACTTCTCTTCAAACTTTTCCGCTTTTC CCAAAACCATTTTGCTTTGAAATCTGTTTTTACCAAATCAGATTAAACTGCAAAATGGAACTTAAATGCAAATCATTGCA ATGCTTATAAACTGTTTTTTGTTCTATATACTTTTGTGTGGGTCAAAATTCGGCATGCTCCTGTATCACACAACCTGCCA CTTGCCCTTAAAAAGAAGGGCGCAGTGGGCGTGGTACGTATACATATGAGCCATGCTGCATTTTGGCCGTAATGAAAATG CACTGCTTTACTTGGAAAATTCGCTTGCACAAAATCAACGCCGCGGCTGATTTATTATTGATGTGCTCAAGCAAATTCAA GTGAAGCATTTGCGCGATTTTCGTCTTTCTGTTTCCGTTTGCAAAAAAGTTTATAAAATGCTTACACTCTGCTGCAGACA CGCCAACCGGAAGTGCGCACTAAGCGCTTGTTTGTAGCACAGTGTAGAATTCTGGCGTAATTTACAGCTCTACTTTAAAG TCTTCTAGATAGCTATCTACTATTTATAAACTTATTTATTGTCTTGAATGTATGTTAATTGTATGTATTGATGGTGATCA CGTTTTTTTTGTCCTATAACAAGCTGCAATGTAAAATCCAAAAAAAAAATGAAAAAATAAAATAAAAGG
Short protein isoform supported (Western blot, FBrf0084165); alternative downstream translation start.
Transcript terminates at site supported by polyadenylated cDNA.
A short isoform of osk is generated by the use of a downstream AUG in the osk transcript (FBrf0084165).