Research Articles
From Fields to Fuels: The Green Alchemy of Biomass
Discover how biomass conversion transforms nature's leftovers into sustainable energy, fuels, and products through biochemical and thermochemical processes.
Ocean's Medicine Cabinet: How Sea Creatures Hold the Key to New Medicines
Discover how marine organisms are providing groundbreaking compounds to fight cancer, autoimmune diseases, and viral infections through cathepsin protease modulation.
Nature's Hidden Arsenal: The Science Behind French Green Clay's Healing Power
Discover how French green clay's unique mineral composition provides a powerful antibacterial mechanism against modern superbugs like MRSA and Buruli ulcer.
Molecular Origami: Forging Rings with Iron and Carbon Monoxide
Explore how iron and carbon monoxide enable the cyclocarbonylation of enediynes to create complex molecular structures with pharmaceutical applications.
LFF571: A New Weapon Against the Superbug Clostridium Difficile
Explore LFF571, a novel thiopeptide antibiotic showing promise against Clostridium difficile infection with its unique EF-Tu mechanism and clinical trial results.
Nature's Hidden Shield: How a Humble Vegetable Fights Colon Cancer
Discover how natural compounds in carrots and celery can prevent colon cancer by stopping pre-cancerous lesions before they form.
Molecular LEGO: How 'Click Chemistry' is Supercharging Nature's Medicine Cabinet
Discover how Nobel Prize-winning click chemistry is revolutionizing drug discovery by tuning natural products into more effective, safer medicines.
Nature's Hidden Blueprint: The Chemical Secrets of Life
Explore the fascinating world of natural products chemistry and discover how nature's molecules hold the promise of solving humanity's health challenges.
The Molecular Rebel: How an Unstable Particle Revolutionized Drug Discovery
Explore the fascinating story of trimethylenemethane (TMM), its [3+2] cycloaddition reactions, and how this once-theoretical molecule transformed pharmaceutical synthesis.
Molecular Origami: The Elegant Fold That Builds Complex Rings
Scientists use a simple magnesium atom to trigger a domino effect, creating intricate structures vital for medicine and materials science.