Explore the fascinating biosynthesis of iso-chorismate-derived quinones - the molecular machines powering life from bacteria to plants.
Explore how covalent bonding of phenobarbital to proteins enables the creation of antibodies that can neutralize drug overdose effects through precision molecular engineering.
Explore how elevated CO2 levels trigger physiological, molecular and metabolic changes in Nannochloropsis oceanica microalgae, reshaping marine food webs through trophic transfer effects.
Explore how evolutionary biology shapes thioesterase enzymes in polyketide synthesis and their implications for drug discovery and sustainable manufacturing.
Discover how Pseudomonas fluorescens SS101 bacteria influence plant growth and defense through sulfur assimilation in Brassicaceae plants.
Discover how glutamate amidation in mycobacterial peptidoglycan creates one of nature's most resilient biological structures and its implications for fighting tuberculosis.
Discover how the almost forgotten physical chemistry concept of parachor from the 1920s is helping researchers design more effective aromatase inhibitors for breast cancer treatment.
Explore how natural antioxidants from everyday plants are revolutionizing nanotechnology while protecting our bodies from within.
Explore the fascinating world of insect cuticular hydrocarbons - from waterproofing to sophisticated chemical communication systems that govern insect behavior and social structure.
Explore the latest research trends in mitochondrial biogenesis and how this cellular process is transforming medical treatments for neurodegenerative diseases, stroke recovery, and aging.