Explore how scientists use HT-29 cells and mouse intestinal organoids to study BPA effects on gut health and toxicity assessment.
Exploring the science of nanotoxicology and how nanoparticles interact with biological systems, posing unique toxicological challenges.
Explore how synthetic biology and cytochrome P450 systems are transforming toxicology through innovative approaches to drug safety and environmental monitoring.
Discover how zebrafish embryos use Abcb4 protein as a microscopic security system to defend against chemical threats, with implications for environmental safety and medical science.
Explore the legacy of Gilman D. Veith, a pioneer in computational toxicology who championed QSAR methods to reduce animal testing and protect human health.