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UCBerkeley
Bioengineering 200, 002 - Fall 2012
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Bioengineering 200 - Foundations of synthesis and design in Synthetic Biology
by UCBerkeley 2,327 views
The Graduate Group Introductory Seminar
Speaker: J. Chris Anderson
Assistant Professor of Bioengineering
University of California, Berkeley
The advent of next-generation sequencing and emerging technologies for DNA fabrication will provide lower-cost solutions to the limiting problem of reading and writing genetic programs. To capitalize on this technological potential, new approaches to design, analysis, and debugging are required. Ultimately, the combination of these developments will enable new applications in genetic engineering such as cellular therapeutics, new materials, and sustainable bioenergy and chemical production. I will describe our efforts to identify new design principles in synthetic biology, construct therapeutic bacteria and genetic manipulation systems, and computationally encapsulate engineering knowledge to predict better genetic designs and quantify risk. -
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Bioengineering 200 - Stephen Waldman - From Biomechanics to
by UCBerkeley 354 views
The Graduate Group Introductory Seminar
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Bioengineering 200 - Casey G. Bettan, MD: Engineering the Fu
by UCBerkeley 339 views
The Graduate Group Introductory Seminar
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Bioengineering 200 - David Putnam, Cornell University Depart
by UCBerkeley 354 views
The Graduate Group Introductory Seminar
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Bioengineering 200 - Sanjay Tyagi: Tracking Early Lives of i
by UCBerkeley 110 views
The Graduate Group Introductory Seminar
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Bioengineering 200 - Andrew McCulloch: Multi-Scale Modeling
by UCBerkeley 634 views
The Graduate Group Introductory Seminar
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Bioengineering 200 - Wendell Lim- Last 6 minutes unavailable
by UCBerkeley 393 views
The Graduate Group Introductory Seminar
