The objective of this work was to search out the probable molecule behind the activation of
broad spectrum resistance during abiotic elicitors such as arachidonic acid, cupric chloride …

The study was aimed to search out the probable molecule behind the activation of a broad
spectrum resistance during Pseudomonas aeruginosa WS-1 mediated induced systemic …

Plants possess constitutive defense system, involving physical and chemical factors present
in plants prior to the pathogen attack, as well as inducible defense systems which restricts …

Most plant protection methods currently applied use toxic chemicals noxious to the
environment for pathogen and pest control. Induced resistance exploiting natural defense …

Plants react to aggressions through different defence responses. Mechanical barriers
consist in the increase of production and deposition of substances capable of containing …

Plants and pathogens have developed an intricate relationship based on mutual
information. Pathogens develop various strategies to attack successfully plants and in return …

Induced resistance is based upon modulations in expression of defense related genes.
Those complex changes in genome expression lead plant metabolites toward defensive …

The most viable and practical option for the management of plant diseases is disease
resistance. However, in most of the crop plants, natural resistance against pathogens is rare …

Biotic stress affects crop yield and production. It is essential to acquire the knowledge
necessary for designing resistance in host plants by understanding the interaction between …

The ability to respond to environmental signals and challenges is essential to the survival of
all organisms. Animals possess a sophisticated and unmatched immune system, which …