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Team:Brown/Modeling
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# The [[Team:Brown/Modeling/ODEs | system of ordinary differential equations]] that we formulated to model our system and the biological basis for each, | # The [[Team:Brown/Modeling/ODEs | system of ordinary differential equations]] that we formulated to model our system and the biological basis for each, | ||
# The [[Team:Brown/Modeling/Parameters | parameters]] we used in our model and the basis for them, | # The [[Team:Brown/Modeling/Parameters | parameters]] we used in our model and the basis for them, | ||
| - | # The [[Team:Brown/Modeling/Results| results]]of our model and the conclusions drawn from them | + | # The [[Team:Brown/Modeling/Results| results]] of our model and the conclusions drawn from them, and the |
| + | # The [[Team:Brown/Modeling/Light Device| illumination device ]] we designed to induce the state switching of our circuit. | ||
Revision as of 22:37, 24 October 2010
Light Programmable Genetic Circuit
Modeling the Quad-state
Because our light circuit consists of four distinct steady states, we choose to model our system initially using a system deterministically. In this section, we will discuss the following:
- The system of ordinary differential equations that we formulated to model our system and the biological basis for each,
- The parameters we used in our model and the basis for them,
- The results of our model and the conclusions drawn from them, and the
- The illumination device we designed to induce the state switching of our circuit.
