Rao Lab

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(Welcome to the Rao Lab homepage!)
(Welcome to the Rao Lab homepage!)
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Our lab studies how cells process information. We are particularly interested in understanding how these decision making processes are encoded within the cell through feedback control. We employ experimental, computational and theoretical approaches to study feedback control in cells at the molecular level.  
Our lab studies how cells process information. We are particularly interested in understanding how these decision making processes are encoded within the cell through feedback control. We employ experimental, computational and theoretical approaches to study feedback control in cells at the molecular level.  
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We are also engineering bacteria for the production of fuels. We are specifically interested in optimizing the uptake and metabolism of C5/C6 sugars by bacteria and in developing new genetic tools to make this possible.  
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We are also engineering bacteria for the production of fuels. We are specifically interested in optimizing the uptake and metabolism of C5/C6 sugars in bacteria and in developing new genetic tools to make this possible.  
You can learn more about what we are doing by looking at specific [[Rao:Research|research projects]] and our [[Rao:Publications|published work]]. If you have any questions, please feel free to contact us by email.
You can learn more about what we are doing by looking at specific [[Rao:Research|research projects]] and our [[Rao:Publications|published work]]. If you have any questions, please feel free to contact us by email.

Revision as of 20:10, 16 December 2010

Rao Lab

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Welcome to the Rao Lab homepage!

Our lab studies how cells process information. We are particularly interested in understanding how these decision making processes are encoded within the cell through feedback control. We employ experimental, computational and theoretical approaches to study feedback control in cells at the molecular level.

We are also engineering bacteria for the production of fuels. We are specifically interested in optimizing the uptake and metabolism of C5/C6 sugars in bacteria and in developing new genetic tools to make this possible.

You can learn more about what we are doing by looking at specific research projects and our published work. If you have any questions, please feel free to contact us by email.



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