Research Articles
The Ocean's Arsenal: Hunting for the Next Malaria Cure in Coral Reefs and Deep-Sea Mud
Exploring marine-derived natural products with selective antimalarial activity as potential treatments for drug-resistant malaria
Green Fuels from Biomass: A Chemical Key to Unlock Cleaner Energy
Discover how groundbreaking research is using life-cycle greenhouse gas assessments to create low-carbon fuels and lubricants from plant-based materials.
Caging a Nuclear Ghost: How Buckyballs Could Trap a Radioactive Menace
Exploring how fullerene carbon cages and organic materials can immobilize radioactive iodine-129 for safe nuclear waste storage.
The Green Miracle: Turning Plants into the Plastics of Tomorrow
Discover how scientists are transforming plants into sustainable alternatives to petroleum-based plastics, creating eco-friendly polyurethanes from renewable resources.
Ocean Treasure: The Medicinal Wonders of Tonga's Marine Life
Discover how Tonga's marine organisms are providing groundbreaking medical compounds to fight cancer, Alzheimer's, and other diseases.
The Green Detective: Catching a Toxic Metal with a Tropical Flower
Discover how scientists are using Caesalpinia pulcherrima flowers and Sequential Injection Analysis to detect toxic lead in water sources.
Salt and Survival: The Hidden World of Hypersaline Actinomycetes
Discover how hypersaline environments are revealing novel actinomycetes that could solve the antibiotic resistance crisis
Nature's Blueprint: Reinventing a Jungle Molecule with High-Tech Chemistry
How scientists are using flow chemistry to master the art of building complex plant-based medicines like borrerine alkaloids.
The Spiro-Mamakone System: Nature's Blueprint for Future Medicines
Exploring the spiro-mamakone system and its potential in drug discovery through synthetic and biological studies.
Cellular Cartography: Mapping Nature's Medicine with Molecular GPS
Discover how Click-Correlative Light and Electron Microscopy revolutionizes drug discovery by visualizing natural compounds inside cells with unprecedented precision.