How engineered plants are revolutionizing biofuels and bioproducts through synthetic biology and genetic engineering
Research on how Datura stramonium seed extracts inhibit cereal crop germination through allelopathic effects, analyzed using probit methods.
Exploring NIH's Botanical Research Centers Program and its mission to transform ancient herbal wisdom into cutting-edge medicine.
Exploring the revolutionary in vitro microvascular models that are transforming cardiovascular research and organ engineering.
Discover how green synthesis using plant extracts is revolutionizing zinc oxide nanoparticle production with sustainable, eco-friendly methods.
Exploring the rhythmic formation of somites in Xenopus embryos through anterior-posterior signaling gradients and their implications for developmental biology.
Exploring how physics and mathematics decode the complex interactions between plants and animals through biomechanics, biochemical signaling, and mathematical modeling.
Exploring the agricultural revolution in Anhui Province during the late Qing Dynasty through ecological, economic, and social lenses.
Exploring the biochemical race between glucose and alanine in fueling serine and glycine production, with implications for cancer therapy and metabolic diseases.
Exploring how Gynura plants with their bioactive compounds offer natural solutions for diabetes management through multiple mechanisms.