Discover how plants and fungi produce molecules that protect neurons, repair brain damage, and offer hope against Alzheimer's, Parkinson's, and spinal injuries.
Discover how green deep eutectic solvents (DES) are transforming the extraction of phenolic compounds from natural sources, offering eco-friendly, efficient alternatives to traditional methods.
Explore the cutting-edge fusion of polypropionate natural product synthesis and sulfur dioxide chemistry, unlocking new pathways for drug discovery and sustainable molecular design.
Discover how alkoxyallenes—versatile chemical building blocks—revolutionize the synthesis of natural products like antibiotics, anticancer agents, and plant-derived medicines. Explore their chemistry, breakthroughs, and green potential.
Explore how RXR modulators revolutionize drug development for diabetes, neurodegenerative diseases, and cancer through selective heterodimer activation and cutting-edge computational design.
Explore how fats and oils are transforming the chemical industry, driving innovations in biofuels, bioplastics, and green surfactants while reducing reliance on fossil fuels.
Discover how cutting-edge metabolomics guides scientists in isolating bioactive molecules from Curvularia, an endophytic fungus of the medicinal plant Terminalia laxiflora. Explore its potential in drug discovery!
Discover how cutting-edge electrochemical techniques like anodic cyclization are revolutionizing the synthesis of chrysosporazine antibiotics, nature’s complex medicinal marvels.
Discover how smart catalytic materials are transforming energy systems through self-healing structures, adaptive responses, and AI-driven innovations – the key to a sustainable future.
Explore how natural product chemistry turns organisms into medical marvels. Discover breakthroughs in AI drug discovery, green extraction tech, and nature’s role in 60% of modern medicines.Keywords: natural product chemistry, drug discovery, synthetic biology, green extraction, bioactive compounds
