Exploring biological reactive intermediates - the dangerous molecules created when our bodies process drugs and chemicals, and how this research improves human safety.
Discover how PFAS forever chemicals disrupt aquatic ecosystems through metabolic changes in Daphnia magna at sublethal exposure levels.
Explore how scientific exodus during WWII revolutionized biosynthesis research and led to groundbreaking discoveries in metabolic pathways and enzyme functions.
Exploring how thioesters could have acted as primordial batteries to power the first metabolic networks before enzymes existed.
Explore the fascinating journey of bile acids from simple digestive aids to sophisticated signaling molecules that regulate health and disease.
Discover how stable isotopes create atomic records of metabolic history, revealing insights from ancient climates to cancer research through isotopic remembrance.
Exploring how flavins connect modern metabolism and DNA repair to the ancient RNA world hypothesis of life's origins.
Exploring the fascinating biosynthetic pathway of tryptophan, one of biology's most enigmatic and expensive amino acids to produce.
Exploring the biochemical mysteries, diagnostic challenges, and treatment frontiers of porphyria disorders.