Research Articles
The Green Polymer Revolution: Unlocking the Potential of Poly-β-myrcene
Exploring the scientific journey of poly-β-myrcene from its natural origins to synthetic production as a sustainable alternative to petroleum-based plastics.
Taming the Wild Molecule: How a Tiny Carbene Masterminds a Chemical Symphony
Discover how carbene catalysts enable chemoselective reactions with unsymmetric enedials to create valuable Furo[2,3-b]pyrrole structures for pharmaceutical applications.
Natural Oils: The Green Solution for Cleaner Antibiotic Production
Discover how natural oils like grapeseed, sweet almond, and flaxseed are revolutionizing 7-ACA extraction for antibiotic production through sustainable green chemistry principles.
Cycloadditions: A Sweet Shortcut to Nature's Rare Double C-Glycosylation
Discover how cycloaddition chemistry provides innovative pathways to create rare double C-glycosylated compounds with pharmaceutical potential.
Coumarins: Nature's Blueprint for Tomorrow's Technologies
Explore how coumarins are revolutionizing medicine, agriculture, and materials science through advanced chemical engineering and nanotechnology.
Unraveling Nature's Pharmacy: How Ancient Remedies Are Becoming Modern Cures
Explore how modern science is transforming traditional medicinal plants into cutting-edge therapeutics through advanced technologies like AI, network pharmacology, and nanotechnology.
The Negishi Coupling: A Nobel-Winning Tool for Molecular Artistry
Explore the revolutionary Negishi coupling reaction, its advantages, recent breakthroughs in metal catalysts, photochemical acceleration, and applications in pharmaceutical research.
Harnessing Water and Light: The Green Revolution in Chemical Synthesis
Discover how electrophotocatalysis uses water and light to transform stubborn C-H bonds into valuable oxygenated compounds through sustainable chemical synthesis.
The Mighty Furan: How a Simple Molecule is Revolutionizing Medicine, Materials and Green Chemistry
Explore how furan chemistry is transforming medicine, materials science, and sustainable chemistry through diversity-oriented synthesis approaches.
Revolutionizing Home Cleaning: The Science Behind Genuinely Green Products
Discover how green chemistry is transforming home cleaning products through molecular design that prevents pollution and creates safer, effective solutions.