Successful colonisation of plants by pathogens requires efficient utilisation of nutrient resources available in host tissues. Several bacterial and fungal genes are specifically induced during pathogenesis and under nitrogen-limiting conditions in vitro. This suggests that a nitrogen-limiting environment may be one of the cues for disease symptom development during growth of the pathogens in planta. Here we review recent literature on the effect of nitrogen and nitrogen-regulated genes on disease development, caused by phytopathogenic bacteria and fungi. Furthermore, the potential influence of nitrogen-limitation or general nutrient limitation on several in planta-induced bacterial and fungal pathogenicity, virulence and avirulence genes w...
BGPI : équipe 4International audienceNitrogen Induced Susceptibility (NIS) of plant diseases is a wi...
558-563Experiments were conducted to determine the effect of nitrogen stress on the gene expressio...
Virulence in plant pathogenic fungi is controlled through a variety of cellular pathways in response...
Plant pathogens secrete effector molecules that contribute to the establishment of disease in their ...
The habitats of fungal pathogens range from environmental to commensal, and the nutrient content of ...
Nitrogen-Induced Susceptibility (NIS) to plant diseases is a widespread phenomenon. In the case of r...
In their natural environment, plants are generally confronted with multiple co-occurring stresses. H...
During growth on its host tomato, the apoplast-colonizing fungal pathogen Cladosporium fulvum secret...
International audiencePlant nitrogen (N) fertilization is known to affect disease; however, the unde...
In their natural environment, plants are generally confronted with multiple co-occurring stresses. H...
During growth of a pathogen in host tissue, pathogenicity genes are usually highly expressed. A deta...
BGPI : équipe 4National audienceNitrogen fertilizers drastically increased yield but are also known ...
Parasitic plants are globally prevalent pathogens that withdraw nutrients from their host plants usi...
Modifications in glutamine synthetase OsGS1-2 expression and fungal pathogenicity underlie nitrogen-...
International audienceNitrogen fertilization can affect the susceptibility of Brassica napus to the ...
BGPI : équipe 4International audienceNitrogen Induced Susceptibility (NIS) of plant diseases is a wi...
558-563Experiments were conducted to determine the effect of nitrogen stress on the gene expressio...
Virulence in plant pathogenic fungi is controlled through a variety of cellular pathways in response...
Plant pathogens secrete effector molecules that contribute to the establishment of disease in their ...
The habitats of fungal pathogens range from environmental to commensal, and the nutrient content of ...
Nitrogen-Induced Susceptibility (NIS) to plant diseases is a widespread phenomenon. In the case of r...
In their natural environment, plants are generally confronted with multiple co-occurring stresses. H...
During growth on its host tomato, the apoplast-colonizing fungal pathogen Cladosporium fulvum secret...
International audiencePlant nitrogen (N) fertilization is known to affect disease; however, the unde...
In their natural environment, plants are generally confronted with multiple co-occurring stresses. H...
During growth of a pathogen in host tissue, pathogenicity genes are usually highly expressed. A deta...
BGPI : équipe 4National audienceNitrogen fertilizers drastically increased yield but are also known ...
Parasitic plants are globally prevalent pathogens that withdraw nutrients from their host plants usi...
Modifications in glutamine synthetase OsGS1-2 expression and fungal pathogenicity underlie nitrogen-...
International audienceNitrogen fertilization can affect the susceptibility of Brassica napus to the ...
BGPI : équipe 4International audienceNitrogen Induced Susceptibility (NIS) of plant diseases is a wi...
558-563Experiments were conducted to determine the effect of nitrogen stress on the gene expressio...
Virulence in plant pathogenic fungi is controlled through a variety of cellular pathways in response...