Add to ORKGIn the current agronomical context of reduced use of pesticides, deciphering the genetic bases of pathogen adaptation to plant resistances is of major importance as it could help us to improve durability of these resistances. Globodera pallida is a major pest of potato and for which the promising resistance factor, QTL GpaVvrn, has been identified in Solanum vernei and introduced into several new resistant cultivars in Europe
Potato Cyst Nematodes (PCN) currently represent a serious threat to potato cultivation. However, man...
Resistance to Globodera pallida Rookmaker (Pa3), originating from wild species Solanum tarijense was...
Although the use of natural resistance is the most effective management approach against the potato ...
In the current agronomical context of reduced use of pesticides, deciphering the genetic bases of pa...
International audienceIn the current agronomical context of pesticide use reduction, deciphering the...
International audienceImproving resistance durability involves to be able to predict the adaptation ...
Studying phenotypic and genomic modifications associated with pathogen adaptation to resistance is a...
Studying phenotypic and genomic modifications associated with pathogen adaptation to resistance is a...
This work was funded through an AHDB PhD award, the USDA GLOBAL Project and by the Rural and Environ...
L’étude des modifications phénotypiques et génomiques associées à l’adaptation des pathogènes aux ré...
Although the use of natural resistance is the most effective management approach against the potato ...
Broad-spectrum resistance in potato to the potato cyst nematode (PCN) is commonly regarded as a comp...
Potato Cyst Nematodes (PCN) currently represent a serious threat to potato cultivation. However, man...
Resistance to Globodera pallida Rookmaker (Pa3), originating from wild species Solanum tarijense was...
Although the use of natural resistance is the most effective management approach against the potato ...
In the current agronomical context of reduced use of pesticides, deciphering the genetic bases of pa...
International audienceIn the current agronomical context of pesticide use reduction, deciphering the...
International audienceImproving resistance durability involves to be able to predict the adaptation ...
Studying phenotypic and genomic modifications associated with pathogen adaptation to resistance is a...
Studying phenotypic and genomic modifications associated with pathogen adaptation to resistance is a...
This work was funded through an AHDB PhD award, the USDA GLOBAL Project and by the Rural and Environ...
L’étude des modifications phénotypiques et génomiques associées à l’adaptation des pathogènes aux ré...
Although the use of natural resistance is the most effective management approach against the potato ...
Broad-spectrum resistance in potato to the potato cyst nematode (PCN) is commonly regarded as a comp...
Potato Cyst Nematodes (PCN) currently represent a serious threat to potato cultivation. However, man...
Resistance to Globodera pallida Rookmaker (Pa3), originating from wild species Solanum tarijense was...
Although the use of natural resistance is the most effective management approach against the potato ...