The Salmonella Transcriptome in Lettuce and Cilantro Soft Rot Reveals a Niche Overlap with the Animal Host Intestine

Supplemental material

Files in this Data Supplement:

• Supplemental file 1 -

  Primers used in the study (Table S1).

  PDF, 17K

• Supplemental file 2 -

  List of S. Typhimurium genes regulated differentially at least 2-fold in cilantro soft rot lesions versus LB (Table S2).

  XLS, 131K

• Supplemental file 3 -

  List of S. Typhimurium genes regulated differentially at least 2-fold in lettuce soft rot lesions versus in LB (Table S3).

  XLS, 129K

• Supplemental file 4 -

  List of common S. enterica genes that are upregulated and downregulated both in cilantro and lettuce soft rot versus in LB (Table S4).

  XLS, 79K

• Supplemental file 5 -

  List of S. enterica gene spots on the microarray that cross-hybridize with D. dadantii strain 3937 genomic DNA (Table S5).

  XLS, 42K

• Supplemental file 6 -

  Comparison of genes differentially expressed at least 2-fold in S. Typhimurium in D. dadantii-macerated cilantro leaves (this study) and in S. Enteritidis in the chicken intestine (Dhawi et al., 2011) with LB broth as a control environment (Table S6).

  XLS, 80K