Explore the fascinating structure and chemistry of lysinoalanine crosslinking in spirochaete flagella hooks - the molecular secret behind bacterial propulsion.
Discover how scientists are developing new inhibitors to combat antibiotic resistance by targeting siderophore biosynthesis enzymes.
Discover how scientists use SPME-GC-MS to decode the invisible chemical language of plants through their volatile organic compounds.
Discover how rough-skinned newts transform common compounds into deadly tetrodotoxin through groundbreaking scientific research.
Explore how aging transforms lipid composition and metabolism in rat adipose tissues, revealing insights into metabolic health and aging.
Discover the fascinating world of lipids - the unsung architects of your body, emergency fuel caches, and cellular messengers that are rewriting the story of health and disease.
Explore how scientists are designing novel aporphine-inspired compounds to create precise neuroreceptor ligands for treating neurological disorders.
Discover how Orthosiphon stamineus leaves enable green biosynthesis of nanosilvers for sustainable nanotechnology applications
Explore the fascinating transcallosal approach to intraventricular brain tumors - a neurosurgical technique that navigates the brain's communication bridge to reach deep-seated tumors.
Explore how scientists are optimizing the benzothiazole indolene scaffold to create next-generation antibiotics targeting bacterial cell wall assembly.