Synthetic Biology
Examination of gene editing technologies, biosafety protocols, and international governance approaches to ensure responsible development and deployment of synthetic biology.
Research Overview
The Synthetic Biology research area examines the environmental, ethical, and governance dimensions of technologies that enable the design and engineering of biological systems. As synthetic biology advances, understanding its potential impacts on ecosystems, biodiversity, and human health becomes essential for ensuring responsible development and deployment.
Our research in this area spans technical assessment, risk management, and governance frameworks, with a particular focus on:
- Gene Editing Technologies: Analyzing the capabilities, limitations, and implications of technologies like CRISPR-Cas9 for modifying genetic material in organisms.
- Biosafety and Biosecurity: Developing protocols and frameworks for assessing and managing risks associated with synthetic biology, including containment, control, and monitoring.
- Environmental Impacts: Examining how synthetic organisms and genetic modifications might affect ecosystems, biodiversity, and environmental health.
- International Governance: Exploring approaches to governing synthetic biology across national boundaries, including treaties, standards, and coordination mechanisms.
Current Projects
Gene Editing Governance Framework
Development of comprehensive governance approaches for gene editing technologies, addressing research, development, and application across different domains.
Biosafety Protocol Development
Research on protocols for assessing and managing biosafety risks associated with synthetic biology, including containment, control, and monitoring approaches.
Environmental Impact Assessment
Development of methodologies for assessing the potential environmental impacts of synthetic organisms and genetic modifications, with a focus on ecosystem effects.
International Coordination Initiative
A collaborative project examining approaches to international coordination and governance of synthetic biology, including treaties, standards, and information-sharing mechanisms.
Research Methodology
Our research in this area employs a multidisciplinary approach, combining:
- Technical Assessment: Analysis of synthetic biology technologies and their capabilities, drawing on expertise in molecular biology, genetics, and biotechnology.
- Risk Assessment: Systematic evaluation of potential risks associated with synthetic biology, including environmental, health, and security dimensions.
- Policy Analysis: Examination of existing and potential governance frameworks for synthetic biology, including regulations, standards, and international agreements.
- Stakeholder Engagement: Collaborative work with diverse stakeholders including researchers, industry, policymakers, and civil society to develop inclusive governance approaches.
Featured Publication
Gene Editing Governance: International Frameworks and National Implementation
This comprehensive report provides a systematic overview of governance approaches for gene editing technologies, examining international frameworks and their implementation at the national level, with recommendations for strengthening governance.
Read the report