Fungal biopriming increases the resistance of wheat to abiotic stress
Fungal biopriming increases the resistance of wheat to abiotic stress
- (사)한국식물생명공학회
- Journal of Plant Biotechnology
- 49권 2호
- : SCOPUS, SCI, KCI등재
- 2022.06
- 107 - 117 (11 pages)
Increasing soil salinity is one of the global challenges that the agriculture sector in Egypt has been facing; 33% of the cultivated land in Egypt, which includes merely 3% of the entire land area, is already salinized. The present review sheds light on the role of fungal biopriming, a technique in which hydrated seeds are inoculated with beneficial fungal flora, in mitigating the deleterious influence of NaCl tension. Endophytic fungi were recognized to be able to interact with several plant species, markedly contributing to the mitigation of NaCl stress in these plants, such that some plants get impoverished to their absent associated microbes under stressful conditions
Introduction
Salt Stress
Pre-Sowing Seed Treatment
Role of Biopriming in Salt Stress Resilience
Stress Tolerance in Plants via Fungal Neighbours
Phytohormones: Alleviation Mechanism adopted by Endophytic Fungi
References