Add to ORKGPlants possess inducible defence mechanisms to protect themselves against different types of microbial pathogens and herbivorous insects. Defences induced against pathogens and insects are often incompatible. A major question in plant defence research is: how are plants capable of integrating signals induced by either microbial pathogens or insects into defences that are specifically active against the attacker? Three plant signalling molecules play a dominant role in the regulation of defences against both microbial pathogcns and insects: salicylic acid (SA), jasmonic acid (JA) and ethylene (ET). Cross-talk between SA-, JA- and ET-dependent signalling pathways is thought to be involved in fine-tuning the defence reaction, leading to activa...
Plants possess inducible defense mechanisms to effectively combat invasion by microbial pathogens o...
Plants possess inducible defense mechanisms to effectively combat invasion by microbial pathogens or...
Plants possess inducible defense mechanisms to effectively combat invasion by microbial pathogens or...
Plants possess inducible defence mechanisms to protect themselves against different types of microbi...
Plants possess inducible defence mechanisms to protect themselves against different types of microbi...
Plants possess inducible defence mechanisms to protect themselves against different types of microb...
Plants are exposed to very different attackers, including microbial pathogens and herbivorous insect...
Plants are exposed to very different attackers, including microbial pathogens and herbivorous insect...
Plants are exposed to very different attackers, including microbial pathogens and herbivorous insec...
Evolution has provided plants with sophisticated defensive strategies to "perceive" attack by pathog...
Evolution has provided plants with sophisticated defensive strategies to "perceive" attack by patho...
Plants intimately communicate with their environment. They read signals coming from the “outside”, s...
Three plant signaling molecules play a dominant role in the regulation of defenses in a number of p...
Three plant signaling molecules play a dominant role in the regulation of defences in a number of pl...
Three plant signaling molecules play a dominant role in the regulation of defences in a number of pl...
Plants possess inducible defense mechanisms to effectively combat invasion by microbial pathogens o...
Plants possess inducible defense mechanisms to effectively combat invasion by microbial pathogens or...
Plants possess inducible defense mechanisms to effectively combat invasion by microbial pathogens or...
Plants possess inducible defence mechanisms to protect themselves against different types of microbi...
Plants possess inducible defence mechanisms to protect themselves against different types of microbi...
Plants possess inducible defence mechanisms to protect themselves against different types of microb...
Plants are exposed to very different attackers, including microbial pathogens and herbivorous insect...
Plants are exposed to very different attackers, including microbial pathogens and herbivorous insect...
Plants are exposed to very different attackers, including microbial pathogens and herbivorous insec...
Evolution has provided plants with sophisticated defensive strategies to "perceive" attack by pathog...
Evolution has provided plants with sophisticated defensive strategies to "perceive" attack by patho...
Plants intimately communicate with their environment. They read signals coming from the “outside”, s...
Three plant signaling molecules play a dominant role in the regulation of defenses in a number of p...
Three plant signaling molecules play a dominant role in the regulation of defences in a number of pl...
Three plant signaling molecules play a dominant role in the regulation of defences in a number of pl...
Plants possess inducible defense mechanisms to effectively combat invasion by microbial pathogens o...
Plants possess inducible defense mechanisms to effectively combat invasion by microbial pathogens or...
Plants possess inducible defense mechanisms to effectively combat invasion by microbial pathogens or...