Our developmental, endocrine, and reproductive toxicity testing services integrate classical methodologies with cutting-edge approaches to provide comprehensive insights into potential toxicological effects on development and reproduction. These platforms are critical for regulatory compliance and advancing human-relevant safety assessments.
Modern developmental toxicity testing increasingly utilizes pluripotent stem cell-based systems to model early embryogenesis and predict teratogenic effects:
Endocrine and reproductive toxicity assessment centers on key molecular targets involved in hormonal signaling:
AOP-driven testing provides mechanistic links from molecular initiating events to organismal adverse outcomes:
Emerging NAMs are transforming developmental and reproductive toxicity testing by enhancing human relevance and reducing reliance on animal models:
