Figure S2. Induction of lateral root by Naphthalene acetic acid (NAA) and correlation with CFU. (A) NAA concentration dependent decrease or increase in lateral root number in Col-0 and axr 1–3 respectively. ANOVA was used to analyse the data. Different alphabets represent significance at p < 0.005. Scale bar =1 cm. (B) Salmonella CFU on roots treated with varying concentration of NAA. (C) Scatter plot showing Pseudomonas syringae CFU inside root tissue with respect to number of lateral roots. (D-F) Scatter plot showing Salmonella (D), E.coli DH5α (E) and Pseudomonas syringae (F) CFU on rhizoplane with respect to number of lateral root. (TIF 603 kb
Impact of individual strain volatile compounds on Total Secondary Root Length (A), Total Adventitiou...
Figure S2. Electrophoresis gel of PCR for detecting the presence of 5 kb region. Lines 1–5: RWϕ1+; l...
Table S1. Salmonella isolates that were sequenced and constructed for this research. Table S2. AMR, ...
Figure S1. Growth of bacteria on cellulose and pectin containing media and pattern of colonization o...
Figure S4. Representative Images for lateral root phenotype for normal and 50âmM NaCl stress. Valu...
Figure S8. Protocol for separation of rhizoplanic bacteria from internalized bacteria. (A) Scematic ...
Figure S3. Epidermis remodeling during lateral root emergence and bacterial colonization. (A) Repres...
Figure S7. Parameters studied to chose phyto-pathogen and non-phyto-pathogen control. (A) Representa...
Figure S5. Correlation between varying salt stress in soil with Salmonella colonization in root (at ...
Figure S9. Standardization and verification of time for vortexing procedure for separation of rhizop...
Figure S1. Schematic representation of the experimental design. Figure S2. Detection of Pseudomonas ...
Figure S1. Schematic representation of the study design. Figure S2. Effect of 2,2`-Dipyridyl (Dip) o...
Figure S1. Host range relative to phylogenetic context of strains of Pseudomonas syringae (upper fig...
Human pathogenic bacteria, such as Salmonella enterica, are able to colonize crop plants. So far, no...
Figure S1. The four plasmids used in this study. A) The control plasmid contains the PSSEJ/GFP and P...
Impact of individual strain volatile compounds on Total Secondary Root Length (A), Total Adventitiou...
Figure S2. Electrophoresis gel of PCR for detecting the presence of 5 kb region. Lines 1–5: RWϕ1+; l...
Table S1. Salmonella isolates that were sequenced and constructed for this research. Table S2. AMR, ...
Figure S1. Growth of bacteria on cellulose and pectin containing media and pattern of colonization o...
Figure S4. Representative Images for lateral root phenotype for normal and 50âmM NaCl stress. Valu...
Figure S8. Protocol for separation of rhizoplanic bacteria from internalized bacteria. (A) Scematic ...
Figure S3. Epidermis remodeling during lateral root emergence and bacterial colonization. (A) Repres...
Figure S7. Parameters studied to chose phyto-pathogen and non-phyto-pathogen control. (A) Representa...
Figure S5. Correlation between varying salt stress in soil with Salmonella colonization in root (at ...
Figure S9. Standardization and verification of time for vortexing procedure for separation of rhizop...
Figure S1. Schematic representation of the experimental design. Figure S2. Detection of Pseudomonas ...
Figure S1. Schematic representation of the study design. Figure S2. Effect of 2,2`-Dipyridyl (Dip) o...
Figure S1. Host range relative to phylogenetic context of strains of Pseudomonas syringae (upper fig...
Human pathogenic bacteria, such as Salmonella enterica, are able to colonize crop plants. So far, no...
Figure S1. The four plasmids used in this study. A) The control plasmid contains the PSSEJ/GFP and P...
Impact of individual strain volatile compounds on Total Secondary Root Length (A), Total Adventitiou...
Figure S2. Electrophoresis gel of PCR for detecting the presence of 5 kb region. Lines 1–5: RWϕ1+; l...
Table S1. Salmonella isolates that were sequenced and constructed for this research. Table S2. AMR, ...