Talk:CH391L/S12/LightSensors: Difference between revisions
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*'''[[User:Michael Hammerling|Michael Hammerling]] 19:10, 5 March 2012 (EST)''' I'd be interested to know what membrane pumps are light-activated, and how these work? It seems a lot more straightforward for a channel to be light-activated through a conformation change than a pump to my intuition. It could cause a conformation change that allows it to cleave ATP, I suppose. | *'''[[User:Michael Hammerling|Michael Hammerling]] 19:10, 5 March 2012 (EST)''' I'd be interested to know what membrane pumps are light-activated, and how these work? It seems a lot more straightforward for a channel to be light-activated through a conformation change than a pump to my intuition. It could cause a conformation change that allows it to cleave ATP, I suppose. Also, just have to bring up this paper. They use in silico feedback and light-activatable transcription factors to fine-tune expression level in E. coli. This seems like a lot more promising route than trying to "program" the desired behavior into a circuit. <cite>Milias2011</cite> | ||
Also, just have to bring up this paper. They use in silico feedback and light-activatable transcription factors to fine-tune expression level in E. coli. This seems like a lot more promising route than trying to "program" the desired behavior into a circuit. <cite>Milias2011</cite> | |||
<biblio> | <biblio> | ||
Milias2011 pmid=22057053 | Milias2011 pmid=22057053 | ||
Revision as of 17:11, 5 March 2012
- Michael Hammerling 19:10, 5 March 2012 (EST) I'd be interested to know what membrane pumps are light-activated, and how these work? It seems a lot more straightforward for a channel to be light-activated through a conformation change than a pump to my intuition. It could cause a conformation change that allows it to cleave ATP, I suppose. Also, just have to bring up this paper. They use in silico feedback and light-activatable transcription factors to fine-tune expression level in E. coli. This seems like a lot more promising route than trying to "program" the desired behavior into a circuit. [1]
<biblio> Milias2011 pmid=22057053
