SynBERC

		The Synthetic Biology Engineering Research Center (SynBERC) is a multi-institution research effort to lay the foundation for synthetic biology, which aims to build biological components and assemble them into integrated systems to accomplish specific tasks.
News 1/29/08: What needs to happen at upcoming retreat? Add to SynBERC:March 2008 retreat 9/13/07: Contribute to brainstorming before the upcoming meeting: Automated Cloning, Registry 5/21/2007: Devices Thrust meeting tomorrow on Genetic Devices from 2-5p EST. 5/1/2007: Christina Smolke is speaking at UC Berkeley on May 3 at 4pm PST 4/25/2007: Video of Remy Chait's talk is available. 4/17/2007: Remy Chait is speaking at MIT on April 24 at 12pm EST. 4/9/2007: The SynBERC sponsored seminar series is in progress. Andy Ellington is speaking at Prairie View A&M University on April 11 at 3pm CDT. 3/22/2007: Video of Steve Benner's talk is available. Browse archive	SynBERC Calendar 2007-2008 calendar Groups Berkeley Harvard MIT (videos) Prairie View UCSF Training group COG Open Cell Courses Courses	Research Thrusts Parts Devices Chassis Human Practice Proposed Projects Add your proposed projects to the appropriate Research Thrusts above. If you don't wish to have your project viewed publicly, add it to the SynBERC intranet. To access the SynBERC intranet, please request an OpenWetWare account and then email Kevin Costa with your username to be added as a SynBERC user.	Testbed Applications Tumor killing bacteria In vivo chemical factories More testbeds Links http://synberc.org http://syntheticbiology.org http://parts.mit.edu Resources SynBERC IM SynBERC VideoConferencing SynBERC Parts (c/o Registry of Standard Biological Parts)

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18 April 2024

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17 April 2024

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16 April 2024

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3D Cell Culture - McLean Taggart, Emma Villares, Maximillian Marek, Scott LeBlanc, Adam Lyons and Jacob Belden‎ diffhist +24,060‎ CarterPaul talk contribs (Created page with "{{Template:CHEM-ENG590E}} ==Introduction== While most microfluidic devices incorporate a 2D cell culture design, in which a single layer of cells is grown on the bottom of a device, these systems suffer from poor <i>in vivo</i> mimicry, as, in the human body, most cells grow in all directions.<sup>https://doi.org/10.5114/aoms.2016.63743 1</sup> To address this limitation, 3D cell culture devices have been developed - in w...")

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