Evgeniya V. Prazdnova

This study examines how a PGPR consortium induces systemic resistance in winter wheat against Fusarium species by analyzing gene expression and growth metrics.

This study identifies trophic strategies of rare and uncultured soil bacteria using genomic and functional traits, revealing oligotrophy and copiotrophy as distinct ecological adaptations.

This study examines how rifampicin-resistance mutations in Bacillus strains affect the synthesis of antioxidant, DNA-protective, and SOS-inhibitory metabolites, finding increased activity in resistant mutants.

The paper observes that urban soil, dust, and snow samples show higher prevalence of carotenoid-producing microbes compared to natural soils, and proposes a model for their selective enrichment in urban environments.

This study shows that solubilizing C60 fullerene with bacterial surfactin reduces genotoxic and oxidative stress compared to TWEEN 80.

The paper identifies NRPS genes in Bacillus and Paenibacillus strains that confer antifungal activity against Fusarium, with gene expression varying by strain and pathogen.