Explore how photoswitchable microtubule inhibitors are revolutionizing precision medicine by enabling optical control of cellular processes.
Exploring how synthetic pyrethroid pesticides affect freshwater fish through enzymological indices, revealing sublethal stress before visible symptoms appear.
Explore Dr. Paul B. Myrdal's groundbreaking work in pharmaceutical science and inhalation medicine that transformed how medicines are delivered to the lungs.
Explore the cutting-edge developments in antibody fragment research emerging from European institutions, examining the science behind their effectiveness and innovation landscape.
Explore the groundbreaking work of J. Michael Schurr, who revealed DNA's dynamic movements and transformed our understanding of genetic regulation.
Discover how organic synthesis and chemical analysis reveal the hidden mechanisms of DNA damage from UV radiation, including spore photoproduct and pyrimidine dimers.
Explore the molecular mechanisms of dietary lipids and environmental toxicants on human health, including lipotoxicity, endocrine disruptors, and protective nutrients.
Explore how the MERLON Project is pioneering innovative methods to identify endocrine-disrupting chemicals and protect public health through advanced scientific approaches.
Explore how scientists use HT-29 cells and mouse intestinal organoids to study BPA effects on gut health and toxicity assessment.
Explore how surface chemistry and soft lithography combine to create precise cellular environments that control cell adhesion, growth, and differentiation.