Analysis of Induction of Resistance in Plant Systems

Induced systemic resistance (ISR) in plants is the process by which plants autonomously stimulate the immune system in the organism to produce disease resistance when exposed to certain external stimuli. Both externally produced biotic and abiotic factors can play a role in this process. Biotic factors refer to the microbial category, including bacteria, fungi, pathogens, and other related microorganisms around the roots; abiotic factors refer to the external environmental category, including temperature, osmotic pressure, humidity, etc.

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Analysis of Plant Resistance Induced by Rhizo-Microorganisms

• Rhizosphere microorganisms are capable of producing induced systemic resistance in plants and then resulting in ISR that can be useful against a wide range of common pathogens, including plant nematodes.
• Lifeasible provides mechanism analysis of plant resistance induced by rhizo-microorganisms, including synthesis of antibiotics, secondary metabolites, the attraction of beneficial microorganisms at the inter-root level, reduction of harmful pathogenic bacteria, and alteration of root cortex cells; all of which are meaningful for plants to resist nematode invasion.

Fig.1 Induced systemic resistance (ISR) in plants.

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