||Strategies for Identifying and Addressing Biodefense Vulnerabilities Posed by Synthetic Biology
|Division on Earth and Life Studies
|Board on Chemical Sciences and Technology
Board on Life Sciences
Biology and Life Sciences; Math, Chemistry and Physics; National Security and Defense
Biodefense Vulnerabilities Posed by Synthetic Biology- Meeting 3
May 24, 2017 - May 25, 2017
National Academy of Sciences Building
2100 C St. NW
If you would like to attend the sessions of this meeting that are open
to the public or need more information please contact:
Although this is listed as a two day meeting, our open session will take place on the 25th only.
COMMITTEE ON STRATEGIES FOR IDENTIFYING AND ADDRESSING BIODEFENSE VULNERABILITIES
POSED BY SYNTHETIC BIOLOGY
Meeting 3: May 25, 2017
National Academies Building, Room 120
2101 Constitution Avenue NW, Washington DC
• Session 1: DNA Synthesis, Assembly, and Engineering. This panel will identify the level of DNA synthesis and assembly that is achievable with current technology, as well as the edges of what is able to be done. It will identify challenges associated with synthesis, assembly, and using those parts to make a functional whole. It will use a case study to identify potential pitfalls in the current system of monitoring and screening, and will challenge all panelists to identify bottlenecks in their fields. One those bottlenecks are breached, what will become possible? Finally, the panel will identify areas of the field that may present biodefense vulnerabilities or could pose challenges in the future.
• Session 2: Virus Engineering, Transmissibility, and Zoonosis. This panel will interrogate our scientific knowledge/understanding of virus properties that cause harm and the ability to engineer/manipulate/exploit such properties in viruses. The current state of knowledge and capabilities will be described, as will our predicted knowledge and capabilities in 5 years and in the longer term.
• Session 3: Ease of Use. This panel will explore the techniques and approaches that synthetic biology provides that makes the field more accessible to those with less or no formal biology training. This panel will identify how standardized parts lower barriers to entry, what less skilled users are actually capable of, and how these barriers may continue to lower in the future.
• Session 4: Horizon-Scanning and Looking to the Future. This session will look at how the field of synthetic biology is evolving, and especially focus on what will have changed in five years and beyond. As part of this discussion, participants will be asked to consider what types of technological bottlenecks exist, and once breached, what new possibilities for synthetic biology may emerge.
8:30 Opening Remarks and Brief Review of Study
Michael Imperiale, Committee Chair
• Welcome to the Workshop
• Study Goals and Objectives
• Plan for the Day
8:45 Orientation to the Committee’s Framework/Approach
DNA SYNTHESIS, ASSEMBLY, AND ENGINEERING
9:00 Introduction of Speakers and Goal of Panel
Patrick Boyle, Ginkgo Bioworks (committee member)
9:05 DNA Synthesis and Read Length: What can be done, what can be ordered, and
what challenges exist?
Devin Leake, Ginkgo Bioworks
9:15 DNA Assembly: What is possible, how difficult is it, and what challenges exist?
John Glass, J. Craig Venter Institute
9:25 Using assembled DNA to create a pathogenic organism
Chris Anderson, University of California, Berkeley
9:35 What defense vulnerabilities exist due to advances in DNA synthesis and DNA
Sarah Carter, Science Policy Consulting
9:45 De-novo horsepox: a case study
Gregory Koblentz, George Mason University
9:55 Panel Discussion
Moderated by Patrick Boyle
10:45 Coffee Break
VIRUS ENGINEERING, TRANSMISSIBILITY, AND ZOONOSIS
11:05 Introduction of Speakers and Goal of Panel
Andrew Ellington, University of Texas at Austin (committee member)
11:10 Animal Viruses, Evolution, and Zoonosis
Colin Parrish, Cornell University
11:20 Coronaviruses and Pathogen Engineering
Ralph Baric, University of North Carolina
11:30 What defense vulnerabilities exist due to our ability to predict and engineer virus
and pathogen evolution?
Todd Kuiken, North Carolina State University
11:40 Panel Discussion
Moderated by Andrew Ellington
EASE OF USE
1:15 Introduction of Speakers and Goal of Panel
Peter Carr, Lincoln Laboratory at the Massachusetts Institute of Technology
1:20 What tools and communities should synthetic biology make true?
Drew Endy, Stanford (remotely)
1:30 What can “lesser skilled” actors really accomplish? How is the culture of synthetic biology impacting potential vulnerabilities?
Tom Burkett, Baltimore Underground Science Space (BUGSS)
1:40 Bioinformatics and design tools in the DIY community
Patrik D’haeseleer, Lawrence Livermore National Laboratory (remotely)
1:50 What defense vulnerabilities exist due to advances in ease of use, lowering of
barriers to entry in synthetic biology, and synthetic biology’s culture of openness
Piers Millett, Biosecure Ltd (remotely)
2:00 Panel Discussion
Moderated by Peter Carr
3:00 Coffee Break
HORIZON-SCANNING AND LOOKING TO THE FUTURE
3:20 What is on the horizon for synthetic biology?
Moderated by Kristala Jones-Prather, Massachusetts Institute of Technology
Emerging Technologies, Bottlenecks, and Horizon-Scanning
Richard Murray, Cal Tech (remotely)
Open Discussion with all attendees
4:20 Statements from the Public
Members of the public must register with a member of NAS staff to make a statement. These statements should inform the committee of an opinion held by the member of the public, or provide information that the committee has not yet received. This portion of the meeting is not intended to be a question and answer session.
5:30 Meeting Wrap Up and Adjourn
To Register: https://synbio.eventbrite.com