Exploring the revolutionary total chemical synthesis of proteins and its impact on medicine through synthetic erythropoiesis protein (SEP)
Discover how scientists are using rainwater to synthesize vital quinoxaline compounds more efficiently and sustainably than traditional methods.
Discover how chemists revolutionized sulfur-fluorine bond formation by replacing hazardous gases with bench-stable powders, enabling safer synthesis of pharmaceutical and material science compounds.
Breakthrough research on generating thiyl radicals in zinc PCPs using light-induced post-synthetic deprotection, enabling precise control of reactive chemistry.
Discover how redox-controlled chemical protein synthesis is transforming our ability to create complex proteins with precision, enabling breakthroughs in medicine and biotechnology.
Discover how the SRN1 reaction challenged century-old chemistry dogma, enabling radical-based aromatic substitutions on previously unreactive compounds.
Exploring the synthesis, structure-activity relationships, and broad biological applications of benzimidazole-quinoline hybrids in modern drug design.
Discover how the interrupted Pummerer-sigmatropic rearrangement cascade is transforming organic synthesis with its metal-free, sustainable approach to complex molecular architectures.
Exploring how electrochemistry is revolutionizing drug discovery through sustainable synthesis methods and breakthrough techniques.
Explore how chemical tags revolutionized organic synthesis by enabling parallel purification techniques and accelerating drug discovery.