Synthetic Biology 2020: Frontiers in Risk Analysis and Governance

Preface
1: Introduction to Synthetic Biology Risk Governance and Practice
Section 1: Communities of Practice
2: History of Synthetic Biology Research and Scientific Practice
3: DIY Community, Biosafety, and Codes of Conduct
4: SynBio Research Labs in the Army Corps of Engineers
Section 2: Examples of Scientific Practice:
5: Research and Applications of Gene Drive Technology
6: Synthetic Biology, Digital Technologies, and Biohacking
7: Synthetic Biology experimental research - biomimicry
8: Biosafety Research for SynBio Applications in USACE Labs
Section 3: Risk Analysis Tools
9: Applications of Bayesian Networks to identify SB research needs and uncertainties
10: Societal Risk Evaluation Scheme: Early Screening and Prioritizing for Anticipatory Risk Governance
11: Synbio - decision tools to drive governance and decision making
12: Challenges of SynBio Risk Management in LCA and other fields
13: Methods for Predicting Exposures to Products and Byproducts of Synthetic Biology
14: Solution-focused risk assessment for synthetic biology applications
Section 4: Regulation and Governance
15: Comparative Analysis of Regulatory Variations for SynBio - Applications of Risk Culture
16: Adaptive & Anticipatory Governance
17: Synbio Regulatory lag and pacing problems
18: Synthetic biology governance via existing and prospective legal instruments (tentative)
Section 5: Risk Communication and Engagement:
19: Risk Communication, Gene Drives, and the Zika Virus
20: Engagement with publics under uncertainty
21: Inclusion and Public Engagement in Synthetic Biology: A component of Responsible Innovation
22: Biotethical Implications of Synthetic Biology and Emerging
23: Discussion/Conclusion