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Team:Bonn
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Using the LOV (Light, Oxygen, Voltage) domain commonly found in plants, where it enables light-directed growth, we are establishing guidelines for coupling proteins of interest to the LOV domain, which allows control of protein activity through blue wavelength light. Designing our reversible knockout at the protein level allows quick response times (2,2 microseconds activation time, 85 seconds deactivation time). | Using the LOV (Light, Oxygen, Voltage) domain commonly found in plants, where it enables light-directed growth, we are establishing guidelines for coupling proteins of interest to the LOV domain, which allows control of protein activity through blue wavelength light. Designing our reversible knockout at the protein level allows quick response times (2,2 microseconds activation time, 85 seconds deactivation time). | ||
| - | [[Image:Bonn_team.png|right| | + | [[Image:Bonn_team.png|right|thumb|iGEM Team Bonn]] |
Revision as of 17:39, 12 September 2012
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This page is currently under construction.
To visit our website at University of Bonn click [http://igem12.uni-bonn.de/en/ HERE].
Fusion protein design has always been time- and design-intensive, to say the least. We are developing and characterizing a fusion construct containing a light sensitive domain, providing easy coupling and light activation of proteins of interest to investigators, thus developing a protein-level light-induced knockout.
Using the LOV (Light, Oxygen, Voltage) domain commonly found in plants, where it enables light-directed growth, we are establishing guidelines for coupling proteins of interest to the LOV domain, which allows control of protein activity through blue wavelength light. Designing our reversible knockout at the protein level allows quick response times (2,2 microseconds activation time, 85 seconds deactivation time).
