>SDS23 upstream sequence, from -1000 to -1, size 1000AATGTTTTAGTGCTGTTTATAATATGATCACCACAACTATCTATTACTATGATGTTCTATTCTACGTAATACAAAATATAAACGGAAACAGAAGTAGGAAAGATGGAAATAGAACAATAAATGAATCAAGATCTGCCCCCATATAan>TAan>TATGTATATGCTGATTTGCAAGACTCGATGAGCCAGGAGCCGATGATTTGCTGCATATATTGTTAACTACTATTATTTCCACCTTTGTGTGCCATCCCCATAGCCGTAACAATAGGGATAGGTGTGTCTGAGTGAGCAAGACTCGTAGAAGCACACCTGGTTGGGCACTAGATAAGGTTTGTTGAGTGTTCAACGTCCGAAAGAAAGCTGCCGACTATGCGAAGAGAACCTTAAGCCGTTATTACCTCTGCCTGTCACAGGCGATGTGATGCTAACGAACAGCACCAGAGCCAAGCCAACTGGGGCGGTCTGCAGAGAAGGCTGGGATACCCGAAATAGCTCGCTCAACAGCTTTTTTTCTTCTACGGAAGCCCACCAGATAAGCGCCTTTGTTGGGCCCGCTAACCCCGGGACATGCCCGGGCTCGGAGTTAGTTTTTGGCCACCGGGCGCCCGAAAAATGCTTCAGAAAAGAGCCATAGTCACGGAGAATCTTGACGTGCATAATGATTAGATATGACACCCTCATTCTCATTTGGATTTATTATCACGTGATGGTATAACCCGGACTGGAACTACATATCCGCTAATCCTTGACTTATTTCCATGTGTCATTTATTTTTTTTTTTTTTTTTTTTCCTTTTTTTTTTCCGCCCGGCAAATGAAATGAAAAATGGGTGATGGAGAAACCATGAGGTTTTTGAGAAATTTCACAGATGACTATAAACTTAGCGATATCATCTCGTACAGAAAAGTAACCAAACCTGCAAACGAAAAGCTTACTTTTGTTAAAAGCGTATCAAGCTAGCGATACGAATACCTCAGAACATCATCTTTTCAGCAAGACCCACCCA
>SDS23 Upstream Sequence Complementary StrandTTACAAAATCACGACAAATATTATACTAGTGGTGTTGATAGATAATGATACTACAAGATAAGATGCATTATGTTTTATATTTGCCTTTGTCTTCATCCTTTCTACCTTTATCTTGTTATTTACTTAGTTCTAGACGGGGGTATATAan>TAan>TACATATACGACTAAACGTTCTGAGCTACTCGGTCCTCGGCTACTAAACGACGTATATAACAATTGATGATAATAAAGGTGGAAACACACGGTAGGGGTATCGGCATTGTTATCCCTATCCACACAGACTCACTCGTTCTGAGCATCTTCGTGTGGACCAACCCGTGATCTATTCCAAACAACTCACAAGTTGCAGGCTTTCTTTCGACGGCTGATACGCTTCTCTTGGAATTCGGCAATAATGGAGACGGACAGTGTCCGCTACACTACGATTGCTTGTCGTGGTCTCGGTTCGGTTGACCCCGCCAGACGTCTCTTCCGACCCTATGGGCTTTATCGAGCGAGTTGTCGAAAAAAAGAAGATGCCTTCGGGTGGTCTATTCGCGGAAACAACCCGGGCGATTGGGGCCCTGTACGGGCCCGAGCCTCAATCAAAAACCGGTGGCCCGCGGGCTTTTTACGAAGTCTTTTCTCGGTATCAGTGCCTCTTAGAACTGCACGTATTACTAATCTATACTGTGGGAGTAAGAGTAAACCTAAATAATAGTGCACTACCATATTGGGCCTGACCTTGATGTATAGGCGATTAGGAACTGAATAAAGGTACACAGTAAATAAAAAAAAAAAAAAAAAAAAGGAAAAAAAAAAGGCGGGCCGTTTACTTTACTTTTTACCCACTACCTCTTTGGTACTCCAAAAACTCTTTAAAGTGTCTACTGATATTTGAATCGCTATAGTAGAGCATGTCTTTTCATTGGTTTGGACGTTTGCTTTTCGAATGAAAACAATTTTCGCATAGTTCGATCGCTATGCTTATGGAGTCTTGTAGTAGAAAAGTCGTTCTGGGTGGGT