Research Articles
The Body's Chemical Backfire: When Life-Saving Drugs Turn Toxic
Exploring biological reactive intermediates - the dangerous molecules created when our bodies process drugs and chemicals, and how this research improves human safety.
The Master Key: Forging a New Weapon in the War Against Superbugs
Discover how Indole Naphthyridinones are revolutionizing antibiotic development by targeting bacterial fatty acid synthesis through dual inhibition of FabI and FabK enzymes.
Unlocking a Pathogen's Sweet Tooth: How a Single Molecule Could Be Key to New Medicines
Discover how trehalose-6-phosphate phosphatase (TPP) research reveals new pathways for developing targeted medicines against pathogens.
The Enemy Within: How Everyday Chemicals, Cancer, and Aging are Connected
Explore the fascinating connection between free radicals, xenobiotics, cancer, and aging in this comprehensive popular science article.
The Invisible Assault: How City Air Can Alter Your Cells' Master Plan
Discover how VOC-ozone mixtures in urban air pollution directly damage RNA in lung cells, altering genetic instructions and posing serious health risks.
The Hidden Chemical Warfare: How Oak Trees Deploy Secondary Metabolites to Fight Fungal Invasion
Discover how pedunculate oak trees use sophisticated chemical compounds called secondary metabolites to defend against powdery mildew fungal infections.
Taming Cellular Factories: The New Blueprint for Life-Saving Antibiotics
Discover how scientists are using biomimetic synthesis to create next-generation antibiotics by harnessing cytochrome P450 enzymes and microbial engineering.
The Hidden World of Nematodes: Scientific Revelations from the 2021 Society of Nematologists Meeting
Explore groundbreaking nematology research from the 2021 Society of Nematologists meeting, covering detection methods, sustainable management, and innovative tools.
The Hidden World of Plant Chemistry: How Tiny Changes in Tree Genes Could Shape Our Planet's Future
Exploring how genetic modifications to lignin in aspen trees affect plant growth, biomass partitioning, and soil carbon formation.
Brewing a High: How Scientists are Turning Yeast into Tiny Cannabis Factories
Discover how genetic engineering enables yeast to produce cannabinoids and their unnatural analogues, revolutionizing pharmaceutical production.