Building a Biological Foundry for Next Generation Synthetic Biology
Huimin Zhao, PhD
Wednesday, April 6, 2016
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Chapters
Introduction
Microelectronics vs. Biotechnology
What is Synthetic Biology?
Transformative Advances in DNA Sequencing and Synthesis
Build It, then Understand It
Build Faster with Automation
Center for Synthetic Biology @UIUC
Illinois Biological Foundry for Advanced Biomanufacturing (iBioFAB)
iBioFab
Back to Future: From ILLIAC I to iBioFAB I
Back to Future: From iBioFAB I to iBioFAB x
iBioFAB Team has Extraordinary Breadth and Depth of Engineering Capabilities
Automated Construction of a Library of Pathways
Next-generation Genome Engineering Tools
Treating Sickle Cell Disease
Fully Automated & High Throughput Synthesis of TALENs
Preventing Transmission of Mitochondrial Diseases
Studying Chromatin Dynamics during Stem Cell Differentiation
Direct Observation of TALE Protein Search Dynamics Along DNA
Genome-scale Engineering
Develop an Automated Cellular Engineering (ACE) Platform
Fully Automated Genome Engineering via RNAi-assisted Genome Evolution
Global Consortium of Biological Foundries
Summary
The Zhao Group
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