Fig. 1: slnrc4a gain of function mutant presents enhanced resistance to diverse plant pathogens and pests. | Communications Biology

Fig. 1: slnrc4a gain of function mutant presents enhanced resistance to diverse plant pathogens and pests.

From: A gain of function mutation in SlNRC4a enhances basal immunity resulting in broad-spectrum disease resistance

Fig. 1

WT (cv M82) and slnrc4a plants were challenged with several pathogens and pests. Bacterial growth (CFU) was measured 3 days after inoculation with (a) X. campestris (10X5 CFU/mL) and (b) P. syringae (10X5 CFU/mL). c Representative images of P. syringae symptomatic leaves. The lesion area was measured 3 days after inoculation with (d) B. cinerea (10X6 spores/mL) (e) S. sclerotium (10X6 spores/mL). f Representative images of S. sclerotium symptomatic leaves. Infestation was determined by counting number of insects per leaf and measuring % of infected leaf area two-weeks after (g) B. tabaci and (h) T. absoluta exposure, respectively. i Representative images of T. absoluta symptomatic leaves. j O. neolycopersici infection was measured as percentage of infected leaf out of total leaf area. k Representative images of O. neolycopersici symptomatic leaves. Average ± SEM of 3–4 independent replicates is shown. a, b, d, e, g, h, j Boxplots are shown with the inter-quartile-ranges (box), medians (black line in box) and outer quartile whiskers, minimum to maximum values. Asterisks represent statistical significance in t-test with welch correction (*p-value <0.05; **p-value < 0.01; ***p-value < 0.001).

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