Microbial neighbors of plants in the soil comprise of a vast array of bacteria and fungi, collectively known as the microbiome. This soil microbial community forms close associations with plants and regulates plant growth and development by inducing changes in the plant and soil metabolites. In this…

Metabolic activities in symbionts are often described as physiologically synchronized, but sometimes, as in the case of coral bleaching, this synchrony can break down. This breakdown was observed in lichen by Meyer et al. when they examined the physiologies of Evernia mesomorpha fungal and algal components…

Review: Root development and symbiosis: an epigenetic perspective Roots do not grow in isolation but occupy a space inhabited by a variety of organisms. With certain fungi and bacteria, they form partnerships or symbiotic relationships that increase the plant’s nutrient uptake and assimilation.…

Why does AI matter in this verdant domain? Picture a world where data dances with genomes, phenotypes, and environmental variables in an intricate waltz of insight. AI orchestrates this symphony, revealing patterns and predicting outcomes at a speed that would make Mendel's peas blush. From spotting…