Resistance to nearly all pathogens occurs abundantly in our crops. Much of the resistance exploited by breeders is of the major gene type. Polygenic resistance, although used much less, is even more abundantly available. Many types of resistance are highly elusive, the pathogen apparently adapting very easily them. Other types of resistance, the so-called durable resistance, remain effective much longer. The elusive resistance is invariably of the monogenic type and usually of the hypersensitive type directed against specialised pathogens. Race-specificity is not the cause of elusive resistance but the consequence of it. Understanding acquired resistance may open interesting approaches to control pathogens. This is even truer for molecular ...
Disease resistance in plants is an attribute which ensures the survival of the species against the a...
The efficacy of disease resistance genes in plants decreases over time because of the selection of v...
Horizontal, uniform, race-non-specific or stable resistance can be discerned according to Van der Pl...
Of several control measures available, host-plant resistance has been a strong choice for economical...
Resistance to nearly all pathogens occurs abundantly in our crops. Much of the resistance exploited ...
Rapid adaptation of pathogens to introduced resistance is largely restricted to biotrophic or hemibi...
A number of different types of induced resistance have been defined based on differences in signalli...
Abstract: Plant breeders are much concerned about the durability of the resistance gene(s) that they...
The growing human population will require a significant increase in agricultural production. This ch...
The growing human population will require a significant increase in agricultural production. This ch...
Resistance to pests and diseases is a highly desirable objective in fruit breeding but is a long-ter...
Development of genetic engineering technology and molecular characterization of plant defense respon...
Breeding a crop variety to be resistant to a pathogen usually takes years. This is problematic becau...
Specialised plant pathogens are in many ways adapted to exploit their host plants. Infective propagu...
Disease resistance in plants is an attribute which ensures the survival of the species against the a...
The efficacy of disease resistance genes in plants decreases over time because of the selection of v...
Horizontal, uniform, race-non-specific or stable resistance can be discerned according to Van der Pl...
Of several control measures available, host-plant resistance has been a strong choice for economical...
Resistance to nearly all pathogens occurs abundantly in our crops. Much of the resistance exploited ...
Rapid adaptation of pathogens to introduced resistance is largely restricted to biotrophic or hemibi...
A number of different types of induced resistance have been defined based on differences in signalli...
Abstract: Plant breeders are much concerned about the durability of the resistance gene(s) that they...
The growing human population will require a significant increase in agricultural production. This ch...
The growing human population will require a significant increase in agricultural production. This ch...
Resistance to pests and diseases is a highly desirable objective in fruit breeding but is a long-ter...
Development of genetic engineering technology and molecular characterization of plant defense respon...
Breeding a crop variety to be resistant to a pathogen usually takes years. This is problematic becau...
Specialised plant pathogens are in many ways adapted to exploit their host plants. Infective propagu...
Disease resistance in plants is an attribute which ensures the survival of the species against the a...
The efficacy of disease resistance genes in plants decreases over time because of the selection of v...
Horizontal, uniform, race-non-specific or stable resistance can be discerned according to Van der Pl...