A comprehensive deep dive into catecholamines - dopamine, norepinephrine, and epinephrine - exploring their functions, synthesis, and clinical significance for healthcare professionals.
Discover how scientists are using a fungal gene to engineer stronger, more resilient tomato skins that could revolutionize food preservation and reduce spoilage.
Discover how microbial partnerships enhance cannabis growth, protection, and cannabinoid production through scientific research and sustainable cultivation methods.
Discover how adenine, a fundamental building block of life, plays a crucial role in extracellular Fenton chemistry and oxidative processes in biological systems.
Discover how albicidins and cystobactamids - novel oligoarylamide antibiotics - offer hope against drug-resistant bacteria with their unique mechanism of action.
Discover how scientists are programming nature's biosynthetic pathways to create specific molecules like desferrioxamine B with unprecedented precision.
Explore how biothermodynamics reveals the energy battles of norovirus through Gibbs energy, enthalpy, and entropy analysis.
Explore how scientists are engineering microbes to produce high-energy propanol from plant waste, creating sustainable biofuels for a greener future.
Explore the fascinating world of uncorrected proofs in scientific publishing - the rough drafts of discoveries that accelerate innovation.
Explore the versatile applications of coumarins in chemical engineering, from natural compounds to advanced functional materials and pharmaceuticals.