AAATAAAATAAGGAGCGAAAACACAGGCGTGTGTTAAATAAAATAAGCCACATAAATAATAAATTTTTTTTCGGTGTGTG CGCGTGTATGTGTGTGCGAACGAAAGAGCAGCCAGAGGAGTTTCGGTGGAGCGCAGTTCACAGCGGTGAAGCGGATTGAG GGAGGAGCGTAAAAAGTAAAAGTGGCGGTGCCTGTCTCTATACGTGTGTGTGTGTGTTGTGCTGTGTGTGTGCCGAAAAG AAGTTGCAGAAAACATTACGCAAAATAAAAGAGCGAAATAACCATAACACAACAAAAGATATTGTGCAAACAACACAGCG CTGCTGTGAGTCGGAAAGCAGGAACGTCGGAAAGGGGCAGCAGCAGCAGCAGTAGCGTAGGAGGAGGAGGAGGTGGAGAG GGGTGTGCGGTGGAGGCAGAAGAGCAGCCATCACCACTGAGTGCGAGCGAGAGCGAACGACCGGCGCAATGAGCATCGTT GGCGAAAACCATCCCCTCCCAACCCCAACCCCCGCCAGCGCCGTAGTCACCGCATCATCGGGCGGCGGTGGGGGCGGCGC GGTCGTCATGGGCGTCGGCGTAGGCGTGACCACAGCGAATGGACCCCGTGTCGTCACCATTTACAAAACGGAAACGGGCT TCGGCTTCAATGTGCGCGGCCAAGTTTCCGAGGGGGGTCAACTGCGCTCGATCAACGGCGAGCTGTACGCCCCCCTTCAG CACGTGAGCGCCGTCCTTGAGAATGGGGCGGCCGAGAAGGCGGGCATCAAGAAGGGCGATCGCATCCTGGAAGTAAATGG CGTCAGCGTCGAGGGAGCCACACATAAACAGGTCGTAGATCTGATCAAATCCGGCGGTGACTGCCTAACTCTGACGGTGA TATCAGTGACACAGCAGGAGGCCGATCGACTGGAGCCGCAGGAGGATCAGAGCGGTTACTCCTACATCGATTATTCGGAC AAGCGCTCGCTGCCCATTAGCATACCGGACTATGGGATCGTGAATCGAAATGGCGAGCGGTACATCGTCTTCAATATACA CATGGCTGGAAGGCAGCTCTGTTCGCGTCGCTATCGAGAGTTTGCTAACCTGCACTCGCTGCTGCGCAAGGAGTTTTCCG GCTTTAACTTCCCCAAGCTGCCCGGCAAGTGGCCCTTCCAGCTAAGCGAACAGCAGCTGGACACGAGGCGGCGCGGTCTG GAGCAGTATCTGGAGAAAGTCTGTGCTGTGCGGGTGATTGCCGAGAGCGATGCCGTTCAGGACTTTCTCACCGATACGGA GGATGATATATCCGCATCGCCGGTGGACATTAAGGTGATGCTGCCCGATCACGAAGTTAGCACCGTGTCGGTGAAAAAGT CCTCCAATGCCCAGGTGGTGTGGGAGATTCTGGTGCAGCGCGCCAATCTCACCGCCTACACGCAGCAGTATTTTTACCTG TTCGAGATTGTCGAGTACAATTTTGAGCGAAAGCTGCAGCCGCACGAGATTCCACATCAGCTGTACGTGCAGAACTACAG CACGGCCTCATCCACCTGCCTTTGCGTCCGTCGCTGGCTCTTCTCGGTGGCCAAGGAGCTGACGCTGCCGGACGGCGAAC AGGCTGGCCGCTTTATCTTCTATCAGGCGGTCGACGAGGTGAATCGCGGCAATATCCGAGCCGATGGTCGCCTGTATGAG CTGAAGGCGCTGCAGGACGCCAAGAAAGCGGGCGATTATCTGGCCTTGGCCCGCACACTGCCAGGATACGGAGATGTCGT CTTTCCCCACTGCTCCTGTGATAGTCGCAAGGAGGGACACGTTGTGCCCGCCGTGGGCATGAAGAGCTTTCGGCTGCACG CCTGCCGTGAGGATGGCTCGCTGGAGGCGCAAATGGTCGAGCTGACCTGGGACAGCATTACGCGCTCCGAGAGCGACGAG GAGTCCATGTCATTCTGCTTTCAGTACAATCGTCCAGATAAGCCAGCACGTTGGGTCAAAGTCTACACGCCATATCATGC ATTCCTTGCGGACTGCTTTGATCGCATCATGGAGGAGCGCAAGTGGGAAGACAGCGGCGACTAGGGAAGGCGGAAGGTGC TGCAGGAGGAGCAGACCCAGGAGCAGGAGCACGAGCAGGAGTCAGTGGAGCAGAAGGAGCTGAAAGAGCAGCAGCGACGG CGTCGACGGCAGGAGGGGCAGACTAAACAACCCAGTTCCATACCGAGCATCACCAGGCGGGCCGAGGCATTGCACATTGT TCGTTAGTGGTTCGTTGGTGGGGGAAACCGAACTGCCGAATACTCCGCCTTTGAGCCCACATAACACATCTCCTTCGGTT AGCTTGCCATATTCCGGCTGGTCAGTTGTCGGGCCTCCGGAAGAATCTGTGCACTCAGATTCGTACTGGCCCACGGCTGC ACCGAATGCCTCACCCACATATATTGTAAAGTATATTTGGCACTGATATATATATATATATACATTTATATAATTTGTAC ATTCACAAGCAATTGCAATCGCCTTGGCTCTCGATGCTCCAATTCGGGGATGCGGATGGGATGAAATGGGATGGGATGGT CGTCTGGTCCGGTGGTTGGACGAAGTTGGAAAATGTTAACAGCAGCAACAAAAATGTTTCAAATGTTTTCGGCACTTAGC ACATAGAGCAAACACAGGCACCAATTTAGATCAAGCAGAACCGACGATTCTCATTATACAATATAGATATATATATATAT ATATAAATATATATTACACACCACTCACAGACATGCGTACATTATAAAAAAAAAAAAAAAAAA
Full-length open reading frame fused to a carboxyl-terminal FLAG-HA tag cassette under the control of a metallothionein promoter.
A cDNA sequence encoding each bait molecule was cloned into the pMK33-C-TAP-FLAG-HA-BD vector as a full-length open reading frame, fused to a carboxyl-terminal FLAG-HA tag cassette under the control of a metallothionein promoter. cDNA sequences are derived from previously characterized and publicly available clones created by the Berkeley Drosophila Genome Project; all inserts are full-length sequence-validated.
