Activities

Advancing Research to Mitigate Pesticide-Induced Oxidative Stress

Discover essential tools and materials crafted to empower interdisciplinary research and collaboration.

Adverse Outcome Pathways

Understand the framework linking pesticide exposure to mitochondrial dysfunction and health impacts.

Innovative Research Strategies

Examine cutting-edge approaches integrating toxicology, bioinformatics, and risk assessment.

Collaborative Networks

Gain insights into cross-sector partnerships driving science-based pesticide regulation.

Research and Resources Overview

Explore our curated materials and tools designed to support interdisciplinary research on pesticide-induced oxidative stress and its impacts within the One Health framework.

Accessing Our Knowledge Base

Begin by navigating our comprehensive databases and collaborative platforms that provide foundational insights into mitochondrial toxicity and adverse outcome pathways.

Utilizing Research Tools

Learn how to apply our innovative methodologies and datasets to advance your studies and contribute to science-based regulatory approaches.

Collaborative Opportunities

Discover how joining CAPSTONE connects you with experts across ecotoxicology, toxicology, bioinformatics, and epidemiology to foster impactful partnerships.

Insights and Resources for Researchers

Discover detailed methodologies, guidelines, and tools designed to support your research on pesticide-induced oxidative stress within the One Health framework.

Innovative Approaches in Pesticide Impact Studies

This resource highlights interdisciplinary collaborations that advanced understanding of mitochondrial toxicity and informed regulatory decisions across Europe.

Advancing Knowledge through Collaborative Research

Explore how CAPSTONE’s integrated strategies facilitate breakthroughs in ecotoxicology, epidemiology, and risk assessment for safer pesticide use.

Harnessing Science for Healthier Ecosystems

This section presents case examples demonstrating the application of Adverse Outcome Pathways and bioinformatics tools to assess pesticide risks effectively.