Team:Caltech/Notebook

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==='''Overall Project'''===
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='''Overall Project'''=
Our overall project is do degrade things like lignin and alginate and generate biofuel.  Our notebook is organized by project.  Below we summarize each project.
Our overall project is do degrade things like lignin and alginate and generate biofuel.  Our notebook is organized by project.  Below we summarize each project.
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<html>
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==='''Degradation Project and Stategy'''===
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<a name="Degradation_Strategy"></a>
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<br>
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<left><font size="+2"; color="ff0000";><a name="Degradation_Strategy" style="color: #000000;">Degradation Project and Strategy</a></font>
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Degradation summary: we degrade things.
Degradation summary: we degrade things.
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[[https://2012.igem.org/Team:Caltech/Notebook/Degradation Degradation Notebook]]
[[https://2012.igem.org/Team:Caltech/Notebook/Degradation Degradation Notebook]]
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<left><font size="+2"; color="ff0000";><a name="Proteorhodopsin_Strategy" style="color: #000000;">Proteorhodopsin Project and Strategy</a></font>
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==='''Proteorhodopsin Project and Strategy'''===
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The production pathways we plan to introduce in ''E. coli'' require NADH for the reactions; however, ''E. coli'' require NADH to donate protons and generate the proton-motive force that drives its ATP synthase to produce ATP. ''E. coli'' uses NADH dehydrogenase to convert NADH to NAD+ and expel the proton outside of the cell membrane. We plan to make the production pathways by reducing the bacteria's inherent need for NADH in two ways: 1. Lambda Red removal of Nuo, an NADH dehydrogenase found in ''E. coli''; 2. introduction of proteorhodopsin, a light-powered proton pump, into ''E. coli'' to replace the electron transport chain.
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Summary of proteorhodopsin project.
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When testing the effects of proteorhodopsin in ''E. coli'' with the proteorhodopsin gene added and nothing removed, we realize that ''E. coli'' will not make use of proteorhodopsin under normal conditions, since the electron transport chain is more optimal for ATP production. Thus, we must grow ''E. coli'' under stressful conditions to induce it to [].
[[https://2012.igem.org/Team:Caltech/Notebook/Proteorhodopsin Proteorhodopsin Notebook]]
[[https://2012.igem.org/Team:Caltech/Notebook/Proteorhodopsin Proteorhodopsin Notebook]]
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==='''Biofuel Project and Strategy'''===
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<br>
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<left><font size="+2"; color="ff0000";><a name="Biofuel_Strategy" style="color: #000000;">Biofuel Project and Strategy</a></font>
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</html>
Summary of biofuel project.
Summary of biofuel project.
[[https://2012.igem.org/Team:Caltech/Notebook/Biofuel Biofuel Notebook]]
[[https://2012.igem.org/Team:Caltech/Notebook/Biofuel Biofuel Notebook]]
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<left><font size="+2"; color="ff0000";><a name="Coliroid_Strategy" style="color: #000000;">Coliroid Project and Strategy</a></font>
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</html>
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Summary of biofuel project.
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[[https://2012.igem.org/Team:Caltech/Notebook/Coliroid Coliroid Notebook]]
[[https://2012.igem.org/Team:Caltech/Notebook top of page]]
[[https://2012.igem.org/Team:Caltech/Notebook top of page]]
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Latest revision as of 19:17, 3 July 2012



Overall Project

Our overall project is do degrade things like lignin and alginate and generate biofuel. Our notebook is organized by project. Below we summarize each project.


Degradation Project and Strategy

Degradation summary: we degrade things.

[Degradation Notebook]


Proteorhodopsin Project and Strategy

The production pathways we plan to introduce in E. coli require NADH for the reactions; however, E. coli require NADH to donate protons and generate the proton-motive force that drives its ATP synthase to produce ATP. E. coli uses NADH dehydrogenase to convert NADH to NAD+ and expel the proton outside of the cell membrane. We plan to make the production pathways by reducing the bacteria's inherent need for NADH in two ways: 1. Lambda Red removal of Nuo, an NADH dehydrogenase found in E. coli; 2. introduction of proteorhodopsin, a light-powered proton pump, into E. coli to replace the electron transport chain.

When testing the effects of proteorhodopsin in E. coli with the proteorhodopsin gene added and nothing removed, we realize that E. coli will not make use of proteorhodopsin under normal conditions, since the electron transport chain is more optimal for ATP production. Thus, we must grow E. coli under stressful conditions to induce it to [].

[Proteorhodopsin Notebook]


Biofuel Project and Strategy

Summary of biofuel project.

[Biofuel Notebook]


Coliroid Project and Strategy

Summary of biofuel project.

[Coliroid Notebook]

[top of page]

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