Exploring how scientists unlock plant genetic diversity—both natural and engineered—to create climate-resilient, high-yielding crops.
Explore how sweet basil (Ocimum basilicum) protects against neurodegenerative diseases through its bioactive compounds and neuroprotective mechanisms.
Exploring how quantum gravity influences biological processes from decomposition to regeneration across scales.
Exploring the morpho-chemical characterization of bean landraces from Fruska Gora Mountain and their importance for agricultural resilience.
Exploring scientific breakthroughs transforming Africa's agricultural landscape through precision farming, digital tools, and innovative fertilizers.
Discover how compound library screening revealed BSA-1, a potent new plant growth retardant with a novel mechanism of action.
Exploring how targeted potassium fertilization strategies revolutionize cowpea production in gypsiferous soils through foliar applications and innovative nutrient management.
Exploring the vital genetic diversity preserved in the wild Phaseolus and Vigna collection at Belgium's National Botanic Garden
Exploring the remarkable pharmaceutical applications and phytochemical profile of Cinnamomum burmannii, the biochemical powerhouse in your kitchen.
Exploring the pharmacological potential, metabolism, and toxicity of myristicin, a naturally occurring alkoxy-substituted allylbenzene found in nutmeg and other plants.