How a humble enzyme, supercharged by evolution, is unlocking secrets from woolly mammoths, Egyptian mummies, and prehistoric crime scenes.
Discover how DNA-mediated oxidation fine-tunes p53's activity, deciding cell fate through an electrifying biological communication system.
Exploring how fluorination transforms DNA structure and enables breakthroughs in medicine and nanotechnology through enhanced stability and novel self-assembly properties.
Discover how gold-coated lanthanide phosphate nanoparticles are solving critical challenges in targeted alpha radiotherapy for cancer treatment.
Discover how Nucleic Acid Hybridization-Based Noise Suppression is revolutionizing cancer detection by amplifying the faintest genetic mutations with unprecedented clarity.
Exploring unexpected interference in Alere Triage B-type natriuretic peptide measurement and its implications for heart failure diagnosis.
Explore how medicinal chemistry is mapping the complex landscape of cancer treatment through innovative approaches like AI-driven drug discovery, RNA Pol 1 inhibition, and covalent modulators.
Explore how molecular medicine is revolutionizing cancer care through targeted therapies, precision diagnostics, and groundbreaking research.
Explore how quinazoline and quinazolinone hybrids are revolutionizing drug discovery with their multifaceted therapeutic potential against cancer, inflammation, and microbial infections.
Exploring the toxicity of lunar dust and its hydroxyl radical generation capabilities that pose health risks to future astronauts on lunar missions.