"
Team:Brown/Project/Light pattern/Results modeling/Modeling
From 2010.igem.org
(Difference between revisions)
| Line 7: | Line 7: | ||
Although we have not yet been able to characterize physical parts for our circuit, the in-silico analyses detailed on our [[:Team:Brown/Modeling/Results|Modeling Results]] page indicate that our circuit will function. | Although we have not yet been able to characterize physical parts for our circuit, the in-silico analyses detailed on our [[:Team:Brown/Modeling/Results|Modeling Results]] page indicate that our circuit will function. | ||
| - | [[Image:Four.jpg]] | + | [[Image:Four.jpg|800px]] |
By the time we attend the Jamboree, we hope to have completed the [[https://2010.igem.org/Team:Brown/Project/Light_pattern/Logic_design#Conversion_Module|Conversion Module]] with CI and a terminator, such that it will be able to activate the bistable switch part from PKU. Since both parts have fluorescent reporters already integrated, visualization of expression should be a simple matter. | By the time we attend the Jamboree, we hope to have completed the [[https://2010.igem.org/Team:Brown/Project/Light_pattern/Logic_design#Conversion_Module|Conversion Module]] with CI and a terminator, such that it will be able to activate the bistable switch part from PKU. Since both parts have fluorescent reporters already integrated, visualization of expression should be a simple matter. | ||
Revision as of 23:48, 27 October 2010
Light-Pattern Controlled Circuit
Results and Modeling
Discussion of theoretical end result of circuit and how it works. Describe results of modeling in summary and what it tells us about the circuit. link to modeling page.
Although we have not yet been able to characterize physical parts for our circuit, the in-silico analyses detailed on our Modeling Results page indicate that our circuit will function.
By the time we attend the Jamboree, we hope to have completed the [Module] with CI and a terminator, such that it will be able to activate the bistable switch part from PKU. Since both parts have fluorescent reporters already integrated, visualization of expression should be a simple matter.
