Impact of Pseudomonas sp. SVB-B33 on Stress- and Cell Wall-Related Genes in Roots and Leaves of Hemp under Salinity

Salinity is a type of abiotic stress that negatively affects plant growth and development. Textile hemp (Cannabis sativa L.) an important multi-purpose crop shows sensitivity to salt in genotype- developmental stage-dependent manner. The root shoot biomasses decrease the presence NaCl during vegetative several stress-responsive genes are activated. Finding environmentally friendly ways increase health resilience exogenous stresses for sustainable agriculture. In this context, use beneficial bacteria, collectively referred as growth-promoting bacteria (PGPB), becoming attractive emergent agricultural strategy. study, data provided on effects Pseudomonas isolate (Pseudomonas sp. SVB-B33) phylogenetically closely related P. psychrotolerans applied via roots salt-stressed hemp. application both living dead impacts fresh weight biomass, well expression stress-related leaves. These results pave way future investigations SVB-B33 combination with silica mitigate symptoms other forms textile