Discover how visible light photocatalysis is revolutionizing the synthesis of bioactive N,N-heterocycles for drug discovery through clean, efficient chemical transformations.
Explore how fluorescent protein biosensors revolutionize our understanding of cellular dynamics by transforming molecular events into visible light signals in living cells.
Discover how trichloroacetimidates revolutionize organic synthesis and enable breakthrough treatments for diseases like Alzheimer's through SHIP inhibitors.
Exploring solvent-free synthesis methods for bioactive heterocycles that reduce waste and accelerate drug discovery while being environmentally friendly.
Exploring the breakthrough science of BN-embedded aromatic hydrocarbons and their transformative potential in organic electronics and biomedicine.
Exploring how nature builds tetrapyrroles - the molecular pigments behind chlorophyll, heme, and vitamin B₁₂, with applications in medicine and green technology.
Discover how ultraviscous solvents are transforming NMR spectroscopy by enabling digital unmixing of complex chemical mixtures without physical separation.
Discover how scientists transformed thiomuracin A, a potent but fragile antibiotic, into a stable, soluble weapon against drug-resistant superbugs through strategic structural modifications.
Exploring how stereoselective separation combined with mass spectrometry enables precise detection of chiral toxins at ultra-trace levels
Exploring the breakthroughs and challenges in RNAi therapeutics delivery systems, from LNPs to hybrid nanovesicles.