RS1 Satellite Phage Promotes Diversity of Toxigenic Vibrio cholerae by Driving CTX Prophage Loss and Elimination of Lysogenic Immunity

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  Table S1. Description of Vibrio cholerae strains and plasmids included in this study. Table S2. V. cholerae strains sequenced with Illumina Next-Generation Sequencing to determine assemblages of phage genetic islands and junctions. Table S3. Susceptibility of RS1-mediated nontoxigenic derivatives of various toxigenic V. cholerae strains to CTX-Kmφ under in vitro laboratory conditions. Table S4. Acquisition of CTX^class phage genome by nontoxigenic derivatives of El Tor strains arising from RS1 phage-mediated excision of CTX prophage. Fig. S1. The gene order and sequenced junctions of the CTX/RS1/TLC region of V. cholerae El Tor strains G7555 and P27457 and spontaneous deletions of phage elements.

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