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Team:UC Davis
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| - | <p><img src="https://static.igem.org/mediawiki/2013/2/2a/IGEM_2013_Group_Photo.png" width="200" height="300" align="left"></a>Welcome to the 2013 UC Davis iGEM Wiki!<br></br>Over the summer, we created a novel class of transcription factors know as RiboTALs. They can be easily engineered to bind to any sequence of interest. By controlling RiboTALs' induction through riboswitches, we have demonstrated their ability to be regulated at the translational level. <br></br> We also created a Biobrick Characterization Data Depot for more thorough characterization of the Registry's Biobricks. We hope that future iGEM teams may use this database to better understand a Biobrick's functionality.</p> | + | <p><img src="https://static.igem.org/mediawiki/2013/2/2a/IGEM_2013_Group_Photo.png" width="200" height="300" align="left"></a>Welcome to the 2013 UC Davis iGEM Wiki!<br></br>Over the summer, we created a novel class of transcription factors know as RiboTALs. They can be easily engineered to bind to any sequence of interest. By controlling RiboTALs' induction through riboswitches, we have demonstrated their ability to be regulated at the translational level. Also, by switching out the type of riboswitch, there is potential for the use of different inducers.<br></br> We also created a Biobrick Characterization Data Depot for more thorough characterization of the Registry's Biobricks. We hope that future iGEM teams may use this database to better understand a Biobrick's functionality.</p> |
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Revision as of 07:13, 23 September 2013
Our Sponsors
Welcome
Welcome to the 2013 UC Davis iGEM Wiki!
Over the summer, we created a novel class of transcription factors know as RiboTALs. They can be easily engineered to bind to any sequence of interest. By controlling RiboTALs' induction through riboswitches, we have demonstrated their ability to be regulated at the translational level. Also, by switching out the type of riboswitch, there is potential for the use of different inducers.
We also created a Biobrick Characterization Data Depot for more thorough characterization of the Registry's Biobricks. We hope that future iGEM teams may use this database to better understand a Biobrick's functionality.
ProjectLearn about how we combine riboswitches and TAL's into robust orthogonal mechanisms for inducible repression. |
NotebookSee how we accomplished our goals on a day to day basis. |
TeamGet to know the team members, faculty, and advisors who made this project possible. |
Human PracticesTake a look at our impact on the local community as well as our contributions to our peers. |
