Team:Brown/Modeling

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(Modeling the Quad-state)
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===Modeling the Quad-state===
===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:
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:
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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,
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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
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# The [[Team:Brown/Modeling/Parameters | parameters]] we used in our model and the basis for them,
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# The [[Team:Brown/Modeling/Parameters | parameters]] we used in our model and the basis for them
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# The [[Team:Brown/Modeling/Results| results]] of our model and the conclusions drawn from them, and the
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# The [[Team:Brown/Modeling/Results| results]] of our model and the conclusions drawn from them
# The [[Team:Brown/Modeling/Light device| illumination device ]] we designed to induce the state switching of our circuit.
# The [[Team:Brown/Modeling/Light device| illumination device ]] we designed to induce the state switching of our circuit.

Revision as of 21:27, 26 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:

  1. The system of ordinary differential equations that we formulated to model our system and the biological basis for each
  2. The parameters we used in our model and the basis for them
  3. The results of our model and the conclusions drawn from them
  4. The illumination device we designed to induce the state switching of our circuit.