Description:
Biological approaches in chemical engineering are increasingly characterized by systems-level treatment of biological systems and the use of synthetic systems under complex control. Issues such as network size, network cross-talk, and parameter sloppiness can cause significant problems in both numerical analyses and biological interpretation that must be addressed. This session invites contributions that apply existing numerical methods to systems biology and biomedical simulation problems, as well as contributions that identify unique numerical problems that arise in such biological and biomedical systems and address them with novel approaches.
Sponsor:
Applied Mathematics and Numerical Analysis
Co-Sponsor(s):
Engineering Fundamentals in Life Science (15D), Systems and Process Control (10B)
Chair:
Stacey D. Finley
Assistant Professor
University of Southern California
Biomedical Engineering
Los Angeles, CA
90089
Email: sfinley@usc.edu
Assistant Professor
University of Southern California
Biomedical Engineering
Los Angeles, CA
90089
Email: sfinley@usc.edu
Co-chairs:
Nigel Reuel
Assistant Professor
Iowa State University
Chemical and Biological Engineering
Ames, IA
Email: reuel@iastate.edu
Ashlee N. Ford Versypt
Assistant Professor
Oklahoma State University
School of Chemical Engineering
423 Engineering North
Stillwater, OK
74078
Email: ashleefv@okstate.edu
Assistant Professor
Iowa State University
Chemical and Biological Engineering
Ames, IA
Email: reuel@iastate.edu
Ashlee N. Ford Versypt
Assistant Professor
Oklahoma State University
School of Chemical Engineering
423 Engineering North
Stillwater, OK
74078
Email: ashleefv@okstate.edu
Papers:
Abstract Submissions Closed
See more of this Group/Topical: Computing and Systems Technology Division