Add to ORKGDysfunction of the Pep-PEPR system and its interplay with JA signalling results in increased plant susceptibility towards herbivore attack indicating that endogenous signalling also contributes to herbivore defenc
An important question in plant defense signaling research is: how are plants capable of integrating ...
Peptides are important regulators that participate in the modulation of almost every physiological e...
The induction of plant defences and their subsequent suppression by insects is thought to be an impo...
A number of plant endogenous elicitors have been identified that induce pattern-triggered immunity u...
The first line of inducible plant defence, pattern-triggered immunity (PTI), is activated by the rec...
Initiation of plant immune signaling requires recognition of conserved molecular patterns from micro...
Plant elicitor peptides (Peps) co-evolved with their receptors, resulting in interfamily incompatibi...
Recognition of microbial challenges leads to enhanced immunity at both the local and systemic levels...
Plants possess inducible defence mechanisms to protect themselves against different types of microbi...
Plants are attacked by a plethora of potentially devastating pathogens and pests. To protect themsel...
In Arabidopsis thaliana, the endogenous danger peptides, AtPeps, have been associated with plant def...
The first step in plant defense mechanism is to sense the insect attack stimulus. Plant sensitivity ...
Plants possess inducible defence mechanisms to protect themselves against different types of microb...
Plant defenses against insect herbivores and necrotrophic pathogens are differentially regulated by ...
Plants rely on innate immunity to perceive pathogens and attackers at a cellular level. Once recogni...
An important question in plant defense signaling research is: how are plants capable of integrating ...
Peptides are important regulators that participate in the modulation of almost every physiological e...
The induction of plant defences and their subsequent suppression by insects is thought to be an impo...
A number of plant endogenous elicitors have been identified that induce pattern-triggered immunity u...
The first line of inducible plant defence, pattern-triggered immunity (PTI), is activated by the rec...
Initiation of plant immune signaling requires recognition of conserved molecular patterns from micro...
Plant elicitor peptides (Peps) co-evolved with their receptors, resulting in interfamily incompatibi...
Recognition of microbial challenges leads to enhanced immunity at both the local and systemic levels...
Plants possess inducible defence mechanisms to protect themselves against different types of microbi...
Plants are attacked by a plethora of potentially devastating pathogens and pests. To protect themsel...
In Arabidopsis thaliana, the endogenous danger peptides, AtPeps, have been associated with plant def...
The first step in plant defense mechanism is to sense the insect attack stimulus. Plant sensitivity ...
Plants possess inducible defence mechanisms to protect themselves against different types of microb...
Plant defenses against insect herbivores and necrotrophic pathogens are differentially regulated by ...
Plants rely on innate immunity to perceive pathogens and attackers at a cellular level. Once recogni...
An important question in plant defense signaling research is: how are plants capable of integrating ...
Peptides are important regulators that participate in the modulation of almost every physiological e...
The induction of plant defences and their subsequent suppression by insects is thought to be an impo...