… could be the key target for the integrative management of plant immunity. … plant immune
signalling mainly comes from studies on interactions between microbes and aboveground plant …

… systemically accumulates after microbial attack and acts as a potent inducer of plant immunity
… that defence priming and signal amplification are dependent on systemic Pip accumulation …

… during defense priming, which is essential to the establishment and maintenance of plant
immune … in crop protection, seed priming could effectively induce plant immune memory. In this …

… Probably the best-known examples of priming involve the plant immune system, which is
activated by a first pathogen infection establishing an immune memory that improves the plants’ …

… state of plant host called “priming”. Upon the activation of “priming”, plants display stronger
… as a common feature of systemic resistance induced by beneficial microorganisms [9]. SAR …

… In addition to innate immunity, plants also can acquire immunity upon perception of specific
… largely by priming of inducible defenses (Conrath et al., 2006). Immune priming enables …

… the importance of the priming of epigenetic modifications regulating immune receptor gene
… mechanistic insights into the complex networks governing systemic resistance in plants. …

… Although PTI and ETI seem to activate plant immune reactions in concert, and, for example,
common subsets of genes are expressed independent of the origin of the PAMP or effector …

… the same process as in the priming stage takes place but at an enhanced level to minimize
impact on the plant. Plants are able to pass on the induced primed state to their progeny in a …

… with necrotising pathogens, beneficial microbes or agrochemicals can cause a sensitisation
of the plant immune system, resulting in a faster and stronger induction of resistance …