Discover how isothiocyanates from cruciferous vegetables are revolutionizing medicine through chemodiversity and targeted therapeutic applications.
Explore how bioinks - living materials used in 3D bioprinting - are transforming medicine, from organ fabrication to cancer research.
Discover how techno-economic analysis reveals the potential of converting lignocellulosic biomass into sugar and high-value co-products for sustainable manufacturing.
How fluorescent proteins from jellyfish revolutionized biology, allowing scientists to visualize cellular processes in living organisms.
Discover how the Alchornea plant activates macrophages to boost immune response through scientific research on hydrogen peroxide, nitric oxide and TNF-α production.
Discover how scientists use lab experiments with basalt to understand Mars's ancient climate and the role of carbon dioxide in its watery past.
Explore how phenanthrene, a simple three-ring molecular structure, serves as nature's pharmaceutical factory for cholesterol, hormones, and medicinal compounds.
Explore the fascinating history of metformin, from its origins in French lilac to becoming the world's most prescribed diabetes drug with surprising brain effects.
Exploring how natural products from plants and herbs may offer new hope for treating neurodegenerative diseases like Alzheimer's and Parkinson's through multi-target mechanisms.
Explore the fascinating world of sacoglossan sea slugs - solar-powered marine creatures with unique chemical defenses and evolutionary adaptations.