Description:
Synthetic Biology is built on the concept of interchangeable parts that can be pieced together to facilitate devices and organisms with new functions. As the breadth and sophistication of the underlying biological parts and the toolkits used to build them expand, so has the potential for more impactful applications. In this session, we will highlight applications in advanced synthetic biology, including chemical synthesis, biomedical technology, microbial communication, biosensor development, and other creative avenues for which synthetic biology offers a unique solution to a relevant societal problem. Speakers from both academia and industry are encouraged to present in this session.
Sponsor:
Bioengineering
Chair:
Nikhil U. Nair
Assistant Professor
Tufts University
Chemical & Biological Engineering
4 Coby St, STC 276
Medford, MA
02155
Email: nikhil.nair@tufts.edu
Assistant Professor
Tufts University
Chemical & Biological Engineering
4 Coby St, STC 276
Medford, MA
02155
Email: nikhil.nair@tufts.edu
Co-chairs:
Kang Wu
Assistant Professor
University of New Hampshire
Chemical Engineering
Durham, NH
Email: kang.wu@unh.edu
J. Andrew Jones
Assistant Professor
Miami University
Chemical, Paper, and Biomedical Engineering
Oxford, OH
Email: Jonesj28@miamioh.edu
Assistant Professor
University of New Hampshire
Chemical Engineering
Durham, NH
Email: kang.wu@unh.edu
J. Andrew Jones
Assistant Professor
Miami University
Chemical, Paper, and Biomedical Engineering
Oxford, OH
Email: Jonesj28@miamioh.edu
Papers:
Abstract Submissions Closed
See more of this Group/Topical: Food, Pharmaceutical & Bioengineering Division
