Exploring the thrombolytic potential of Bangladeshi medicinal plants as natural alternatives for cardiovascular disease treatment.
Exploring the synthetic challenges and breakthroughs in recreating complex natural products like platensimycin, lipstatin, and enediynes from soil bacteria.
Explore the breakthroughs in lithium-ion battery technology, from silicon anodes to solid-state solutions, that promise to revolutionize energy storage for EVs and grid applications.
Explore how scientists are replacing synthetic ingredients with natural alternatives in skincare emulsions through a detailed case study.
Explore the vital connection between biodiversity and medicinal plants, and how preserving nature's diversity is crucial for global health and future medical discoveries.
Exploring the therapeutic potential of discorhabdins, marine-derived alkaloids with promising applications in cancer treatment and neurodegenerative diseases.
Discover how dual relay Rh-/Pd-catalysis enables β-C(sp³)–H arylation of α-substituted amines, revolutionizing pharmaceutical development and chemical synthesis.
Explore how symmetry principles govern acid-base chemistry, from molecular chirality to biological homochirality and pharmaceutical applications.
Explore how isotopic labeling reveals cellular metabolic history and its applications in aging research and disease understanding.
Discover how green synthesis using plant extracts is revolutionizing silver nanoparticle creation with eco-friendly methods and powerful medical applications.