Studying phenotypic and genomic modifications associated with pathogen adaptation to resistance is a crucial step to better understand and anticipate resistance breakdown. The cyst nematode Globodera pallida is an important pest of potato crops, for which a major resistance QTL, GpaVvrn, has been identified in Solanum vernei. However, the capability of G. pallida populations to adapt to this resistance in only few generations has been highlighted through experimental evolution. In this context, the purposes of this work were (1) to study the nematode life-history traits impacted by adaptation, in order to test for potential existence of a virulence cost, and (2) to identify genomic regions involved in adaptation, through an original approac...
In the current agronomical context of reduced use of pesticides, deciphering the genetic bases of pa...
The use of natural resistance is the most effective way to control the potato cyst nematodes Globode...
To understand the process that leads to breakdown of a plant resistance gene, we need to understand ...
Studying phenotypic and genomic modifications associated with pathogen adaptation to resistance is a...
L’étude des modifications phénotypiques et génomiques associées à l’adaptation des pathogènes aux ré...
Studying phenotypic and genomic modifications associated with pathogen adaptation to resistance is a...
International audienceImproving resistance durability involves to be able to predict the adaptation ...
International audienceIn the current agronomical context of pesticide use reduction, deciphering the...
Although the use of natural resistance is the most effective management approach against the potato ...
Although the use of natural resistance is the most effective management approach against the potato ...
This work was funded through an AHDB PhD award, the USDA GLOBAL Project and by the Rural and Environ...
In the current agronomical context of reduced use of pesticides, deciphering the genetic bases of pa...
The use of natural resistance is the most effective way to control the potato cyst nematodes Globode...
To understand the process that leads to breakdown of a plant resistance gene, we need to understand ...
Studying phenotypic and genomic modifications associated with pathogen adaptation to resistance is a...
L’étude des modifications phénotypiques et génomiques associées à l’adaptation des pathogènes aux ré...
Studying phenotypic and genomic modifications associated with pathogen adaptation to resistance is a...
International audienceImproving resistance durability involves to be able to predict the adaptation ...
International audienceIn the current agronomical context of pesticide use reduction, deciphering the...
Although the use of natural resistance is the most effective management approach against the potato ...
Although the use of natural resistance is the most effective management approach against the potato ...
This work was funded through an AHDB PhD award, the USDA GLOBAL Project and by the Rural and Environ...
In the current agronomical context of reduced use of pesticides, deciphering the genetic bases of pa...
The use of natural resistance is the most effective way to control the potato cyst nematodes Globode...
To understand the process that leads to breakdown of a plant resistance gene, we need to understand ...