I am a Ph.D. student at Northeastern University in Boston, MA. In my research, I combine synthetic biology and gut-on-a-chip platforms to investigate questions related to the gut microbiome. In my free time, I enjoy skiing, traveling, and hanging out with family and friends.
We are excited to announce the EBRC 2022 Annual Meeting at the University of California, Berkeley on May 19-20, 2022. All EBRC members in industry, government, and academia, including students and postdocs, are invited to attend.
Registration is now closed. For more information, please contact helix@ebrc.org.
The EBRC Annual Meeting is home to exciting research talks, updates on EBRC programs and initiatives, and opportunities to build relationships and identify collaborators. View our complete agenda here and our program book here.
Annual Meeting Venue:
University of California, Berkeley
174 Stanley Hall,
Berkeley, CA 94720-3220
Registration:
Registration is now closed. For more information, contact helix@ebrc.org. To confirm your spot and offset some of the meal costs, there will be a nominal fee ($150 for academic, government, and industry members and $75 for students and postdocs). The majority of expenses are still covered by grants and industry membership dues. If this fee is prohibitive for you or your lab members, please email helix@ebrc.org.
As you register, you will have the opportunity to indicate your interest in participating in a Roadmapping Workshop on Wednesday May 18, and your interest in sharing a 60-second “Synergies” talk to briefly describe what you are working on and identify potential partnerships and collaborations.
The EBRC annual meeting is open to members and invited guests only. Members include our academic members, their students and postdocs, member companies’ employees, government affiliates, and members of EBRC’s Student & Postdoc Association.
Travel Support and Meeting Hotel:
We anticipate covering airfare and hotel expenses for speakers from academia, including students and postdocs, for EBRC Academic Council Members, and for Student and Postdoc Association Board Members. This travel support does not include the meal fee ($150 for academic, government, and industry members and $75 for students and postdocs). Email helix@ebrc.org if this fee is prohibitive. Please see EBRC’s full travel policy here.
EBRC has reserved a block of hotel rooms at the Graduate Berkeley at 2600 Durant Ave, Berkeley, CA 94704 at $209.00 per night. Please indicate on the registration page if you will need hotel accommodations. We will reserve the room in our block. If your travel is not covered by EBRC, you can provide payment at check in. Please contact helix@ebrc.org with any questions rather than contacting the hotel directly.
Health and Safety:
We are committed to hosting a safe event. We will be closely watching CDC recommendations in addition to all relevant local and state guidelines leading up to the Meeting and make any changes necessary for health and safety. Proof of vaccination will be required for attendance. A rapid antigen testing strategy may also be deployed depending on conditions. Meals will be provided outside.
Andrea is a PhD candidate in the Chappell Lab at Rice University. Her research focuses on optimizing gene editing systems to study the genetic regulation and secondary metabolism of the bacteria Streptomyces. Prior to this, she graduated from the University of Houston with a BSc in Honors Biomedical Sciences. Outside of research, Andrea enjoys drawing, sewing, and roller skating. She is also a Mentorship Program Liaison and a Social Co-Chair for the EBRC’s SPA.
Thursday, March 10th, 2022
2:00pm-5:00pm ET | 11:00am-2:00pm PT
Held virtually on Zoom
Registration closes March 8th, 2021
Agenda: Coming Soon!
EBRC is developing four case studies to examine the social and non-technical dimensions related to the technical advancements proposed in the Climate and Sustainability Roadmap. At this workshop, participants will explore in-depth the regulatory, societal, economic, and security issues presented by the following case studies:
Each case study draws from a technical milestone in the roadmap. The case studies were selected to highlight a broad range of outcomes and consequences of using engineering approaches to address climate and sustainability challenges. The case studies aim to serve as an opportunity to spur proactive collaboration between technical researchers, social scientists, and other stakeholders.
For more information about this workshop or the roadmap, please contact Sifang Chen (schen@ebrc.org) or Becky Mackelprang (bmackelprang@ebrc.org).
I am a 3rd year Chemical Engineering PhD candidate in the Alper Lab at the University of Texas at Austin, currently on tenure as an NSF GRFP fellow. After being inspired by both biologic and materials science research in my time in the Love and Langer labs as an undergraduate at MIT, I chose to pursue research coupling synthetic biology with engineered materials for my PhD aimed towards at broad range of applications ranging from bioproduction to therapeutic delivery. When I’m not working long hours in the lab, I enjoy playing and composing music as well as exploring the most exciting hikes and breweries Austin has to offer.
Publication Date: November 2021
This roadmap identifies research opportunities for adaptation and mitigation that respond to the urgency of the climate crisis, explores ambitious research goals for precipitating a greener future, and discusses the ethical and social considerations for engineering biology for a robust and resilient climate and long-term sustainability.
Publication Date: June 2021
EBRC’s response to the request from the Executive Secretariat to comment on the Convention on Biological Diversity Technical Series on Synthetic Biology to reflect advances in the rapidly growing field. As the regulatory landscape around synthetic biology emerges, it is crucial that these discussions are guided by science and expertise. In our submission, we provide detailed comments solicited and synthesized from our members— an international community of experts in synthetic biology from academia and industry.
Publication Date: May 2021 | Originally published in ACS Synthetic Biology.
This publication introduces and contextualizes the EBRC Statement of Ethics in Engineering Biology Research. In brief, the six core principles are i) to use engineering biology to benefit the world; ii) to weigh benefits of research against potential harms; iii) to incorporate justice into all aspects of engineering biology; iv) to share research; v) to protect the freedoms of individuals and researchers; and vi) to support open communication between researchers and other stakeholders.
Publication Date: January 2021
This technical roadmap assesses the challenges and potential for innovation at the intersection of engineering biology and materials science. The roadmap provides a high-level path for research and development to enable a future of advanced materials and envisions creative and ambitious material solutions to persistent societal challenges that leverage the opportunities and advantages of harnessing and integrating engineered biology.
Publication Date: January 2021
EBRC responds to the National Science Foundation’s Request for Information on its 2022-2026 Strategic Plan. EBRC addresses i) interests, values, and emerging science and policy issues; ii) US leadership in research and education; and iii) how the Strategic Plan can demonstrate the importance of fundamental research to the Nation.
Publication Date: December 2021 | Originally published in ACS Synthetic Biology.
A companion piece to Microbiome Engineering, this publication highlights the technologies and applications imagined by the roadmap. This publication features a focus on the Distributed Metabolism technical theme and provides compelling examples of how engineered microbiomes might contribute to foods, human health, and transforming the environment.
Publication Date: August 2020
EBRC’s response to a Request for Information on behalf of the National Defense Education Program (NDEP) from the U.S. Department of Defense for the Office of the Under Secretary of Defense (Research & Engineering). This response: i) details the current status and limitations of the U.S. biotechnochnology education and workforce; ii) describes skillsets and capabilities needed for the future biotechnology workforce; iii) describes existing programs and models that can be leveraged or applied to support biotechnology education and workforce development, and the education levels where this would most impact; iv) recommends how to encourage the participation of minority and under-represented groups in biotechnology; and, v) describes metrics to measure progress and the level of investment necessary to ensure advancement.
Publication Date: October 2020
This technical roadmap is a critical assessment of the current state of microbiome engineering and areas of anticipated research and development in the next twenty years. It also details how those scientific advancements can be applied across different industry sectors. Microbiome Engineering: A Research Roadmap for the Next-Generation Bioeconomy aims to provide a forward-looking examination of both the short- and long-term needs for microbiome engineering, to help scientists and policymakers fully utilize microbiome engineering.
Ilenne is a postdoctoral researcher in the Eckert lab at Oak Ridge National Laboratory. She earned her Ph.D. in the Systems, Synthetic, and Physical Biology program at Rice University in the Silberg (Biosciences) and Masiello (Earth Sciences) labs. Her research studies plant-microbe-soil interactions using synthetic biology tools for sustainable biofuel production. Ilenne is a member of the EBRC Student and Postdoc Association Board and works as the liaison to the Policy and International Engagement group. She is a strong supporter of empowering STEM women and minorities. She is also passionate about SciArt and public outreach.
Publication Date: June 2020
This technical roadmap describes opportunities and advantages in engineering biology to build new materials for diverse systems, enable new methods for sensing, monitoring, and communicating, protect humans from harsh environments and combat mission states, and build resilience to evolving threats.
Publication Date: June 2019
EBRC’s inaugural roadmap, Engineering Biology: A Research Roadmap for the Next-Generation Bioeconomy, is a critical assessment of the status and potential of engineering biology. It is intended to provide researchers and other stakeholders (including government funders) with a compelling set of technical challenges and opportunities in the near and long term. The roadmap does so through four technical themes encompassing fundamental research and five application sectors tackling significant societal challenges.
Publication Date: October 2020
Many synthetic DNA synthesis companies screen their customers and the sequences they order in accordance with Guidance from the US Department of Health and Human Services. However, current guidance was issued in 2010 and thus is out of date. EBRC’s response to this RFI describes important considerations for updating the Guidance.