Exploring how environmentally relevant doses and critical windows of vulnerability are transforming our understanding of chemical safety and public health.
Explore the fascinating world of metal toxicology - how essential elements like iron and zinc can become toxic under certain conditions, and the science behind this delicate balance.
Explore how Structure-Activity Relationships (SAR) revolutionize toxicology by predicting chemical dangers before laboratory testing.
Explore how CRISPR-Cas9 genome editing technology is transforming toxicology and environmental safety through precise molecular analysis of toxin mechanisms.
Explore cutting-edge alternative testing strategies for nanomaterials that are revolutionizing safety assessment without animal testing.
Exploring how synthetic biology is revolutionizing toxicology through cytochrome P450 systems, with applications in drug safety, environmental monitoring, and personalized medicine.
Discover how gene expression signatures are revolutionizing our understanding of genotoxic mechanisms and transforming toxicology and personalized medicine.
Discover how Drosophila melanogaster serves as a powerful model organism for studying the effects of environmental chemicals and microplastics on genetic and developmental processes.
Exploring how advances in scientific research reveal critical gaps in chemical regulation frameworks and what this means for human health and environmental protection.
Explore how cutting-edge PBPK modeling is transforming toxicology by predicting chemical behavior in the human body with unprecedented accuracy.