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Team:Stanford/Research
From 2010.igem.org
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*Accurately report whether the concentrations of input chemicals lie at, above, or below a given ratio | *Accurately report whether the concentrations of input chemicals lie at, above, or below a given ratio | ||
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*Accurately report over a large range of input ratios | *Accurately report over a large range of input ratios | ||
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*Allow future users to change output proteins and input promoters without disrupting the sensor's internal machinery | *Allow future users to change output proteins and input promoters without disrupting the sensor's internal machinery | ||
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*[[Team:Stanford/Research/Research and Development|Research and Development]] | *[[Team:Stanford/Research/Research and Development|Research and Development]] | ||
Revision as of 16:35, 21 July 2010
| Home | Project | Applications | Modeling | Parts | Team | Notebook |
Contents |
Project Goals
Digital Sensor
- Accurately report whether the concentrations of input chemicals lie at, above, or below a given ratio
- Allow as little expression as possible at the detection ratio, and as much as possible at all other ratios
Analog Sensor
- Accurately report over a large range of input ratios
- Achieve a linear correlation between output protein concentration and detection ratio
- Have a low basal level of expression
Both Sensors
- Allow future users to change output proteins and input promoters without disrupting the sensor's internal machinery
- Have both sensors be orthogonal to the host system to avoid cross-talk
