Synthetic Biology:Synthetic Biology 1.0/Speakers
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Speakers
- Carlos Barbas III
- Scripps Research Institute, Department of Molecular Biology
Designing Gene Switches and Reprogramming Cells and Organisms: Software and Hardware for Genomes
- Frederick Blattner
- University of Wisconsin Madison, Department of Genetics
Synthetic Biology: A Reduced Genome Approach
- James Collins
- Boston University, Center for BioDynamics & Department of Biomedical Engineering
Programmable cells and synthetic gene networks
- Michael Elowitz
- California Institute of Technology, Departments of Biology & Applied Physics
Noisy Machines: Gene Expression in Single Cells
- Matt Francis
- UC Berkeley, Chemistry
Synthetically Modified Structural Proteins -- Building Blocks for Nanoscale Materials
- Homme Hellinga
- Duke University, Department of Biochemistry
The role of computational protein design in synthetic biology
- Jay Keasling
- University of California Berkeley, Department of Chemical Engineering
Lawrence Berkeley National Laboratory, Department of Synthetic Biology
Retooling bacteria for drug production
- Tom Knight
- Massachusetts Institute of Technology, Department of Electrical Engineering & Computer Science and Computer Science & Artificial Intelligence Laboratory
Biological Simplicity
- Wendell Lim
- University of California San Francisco, Departments of Cellular & Molecular Pharmacology and Biochemistry & Biophysics
Rewiring Cell Signaling Pathways
- John Mulligan
- Blue Heron Biotechnology
DNA Synthesis: Genes today, Genomes Tomorrow
- Radhika Nagpal
- Harvard University, Department of Computer Science
Harvard Medical School, Department of Cell Biology
Amorphous Computing: Pattern Formation in Silicio
- Paul Rabinow
- University of California Berkeley, Department of Anthropology
Assembling Ethics in an Ecology of Ignorance
- Michael Savageau
- University of California Davis, Department of Biomedical Engineering
Design, Construction and Refinement of Gene Circuitry
- Pim Stemmer
- Avidia Research Institute
Design of proteins, pathways and whole genomes using natural evolutionary processes and molecular computation
- Ron Weiss
- Princeton University, Department of Electrical Engineering
Engineering Digital, Analog, and Transient Behavior in Individual Cells and Cell Communities
Panelists
- Roger Brent
- Molecular Sciences Institute
- George Church
- Harvard Medical School
- George Poste
- Arizona Biodesign Institute
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