Explore how reversible covalent bonding between nitriles and ambiphilic 2-pyridylselenyl reagents is revolutionizing organic synthesis through diverse cyclization pathways.
Exploring the medicinal potential of marine sponges from genera Mycale, Biemna and Clathria and their bioactive compounds revolutionizing modern medicine.
Exploring enediyne mimics and how azoesters with methanolysis could lead to breakthrough cancer treatments by controlling DNA-targeting molecular assassins.
Discover how hydrogen bond transfer enables easy access to crystalline indolines, crucial pharmaceutical building blocks.
Discover how agroforestry pruning residues are being transformed into sustainable materials, green chemistry solutions, and rural electrification sources.
Exploring how dinoflagellates use thiolation domain binding proteins to create bioluminescence and toxins through cutting-edge molecular research.
Exploring how medicinal chemists are evolving chalcones into potent heterocyclic compounds for advanced drug development
Explore how psychological medicine became a vital part of medical education and transformed modern healthcare practices.
Exploring how scientists are systematically unlocking plant molecular treasures to combat modern medical challenges through natural product libraries.
Exploring how green nanoparticles engineered through nature's blueprints are revolutionizing technology while healing the planet.