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Publications (7)
To deploy durable plant resistance, we must understand its underlying molecular mechanisms. The Type III effectors (T3Es) and their recognition play a central role in the interaction between bacterial pathogens and crops. We demonstrate that the Ralstonia solanacearum species complex (RSSC) T3E ripAX2 triggers specific resistance in eggplant AG91‐2...
Prevalence of GPGV and GLMD in different french areas
Importance:
Understanding the evolutionary dynamics of adaptation of plant pathogens to new hosts or ecological niches has become a key point for the development of innovative disease management strategies including durable resistance. Whereas the molecular mechanisms underlying virulence or pathogenicity changes have been thoroughly studied, the...
Ralstonia Solanacearum is a soilborn beta-proteobacterium responsible of bacterial wilt on Solanaceaous crops. This bacterium is considered as one of the most harmful plant disease worldwide. This bacterium possesses the ability to infect more than 250 different species, including crops with major economic importance (tomato, potato, tobacco, eucal...
Ralstonia solanacearum
displays variability in its virulence to solanaceous crops. We report here the draft genome sequences of eight phylotype I strains and one phylotype III strain differing in virulence to the resistant eggplant genotype AG91-25. These data will allow the identification of virulence- and avirulence-related genes.
