A native seven-strain bacterial consortium consistently enhanced potato microplant growth, minituber production, and field tuber yields across multiple cultivars.
Researchers show that drift-driven simplification of tomato rhizosphere microbiomes generates reduced, reconstructable communities that preserve plant performance and resist invasion.
A transcriptomic study finds that a five-member bacterial synthetic community alters sugarcane gene expression under drought, shifting signaling from hormone-based ...
A 2026 review finds that plant physiology can guide root microbiome assembly under stress, but causal evidence linking recruitment, microbial ...
BioSIFTR inferred microbial functions from shallow shotgun sequencing using biome-specific genome catalogues and outperformed similar approaches in synthetic-community and gut-microbiome ...
A new review in Advanced Science maps how gut bacteria exchange metabolites through cross-feeding and lays out the evidence standards ...
A large synthetic community study shows that plant roots recruit bacteria based on functional capacities rather than taxonomy, identifying 266 ...
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