AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
TL;DR
The holobiont perspective offers a more ecologically realistic framework for developing durable and sustainable crop protection strategies and will depend on integrating ecological theory, multi-omics approaches, and field-based validation to translate plant holobiont research into robust disease management applications.
The rhizosphere is a living physical space that is constantly evolving and is characterized by a complex interplay between beneficial microbes, pathogens, and plants, mediated by molecular and ecological interactions. These three-way relationships constitute a rhizosphere “triangular warfare system,” which controls pla...
Declining soil health and soil-borne diseases threaten sustainable crop production, while single-strain inoculants often perform inconsistently in the field due to poor establishment, limited persistence, and narrow functional capacity within resident microbiomes. Synthetic microbial communities (SynComs), assembled fr...
The rhizosphere microbiome plays a pivotal role in plant health by contributing to nutrient cycling, growth promotion and protection against pathogens. Traditional culture-based methods have provided only a limited view of this complex ecosystem, as many microorganisms cannot be cultivated under laboratory conditions....
Healthy host plants harbor taxonomically structured and diverse endophytic microbial communities that establish sophisticated symbiotic crosstalk with their hosts. These endophytic microbiomes confer multiple beneficial traits, including growth promotion, nutrient acquisition, and enhanced resistance to biotic and abio...
Antibiotic-induced disruption of plant-associated microbiomes has the potential to alter host health beyond the directly exposed generation, yet whether the effects of dysbiosis are transmitted through the seed microbiome remains unknown. Here, we investigated the intergenerational impacts of streptomycin-induced dysbi...
Horticultural crop improvement is moving from a plant-centred model toward a soil-plant-microbiome framework in which host genotype, root-zone biology and the production environment are considered together. Microbiome-assisted breeding (MAB) aims to select plant genotypes that recruit, accommodate or respond to microbi...
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