Imperial College/25 July 2008
From 2008.igem.org
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**Integration sites - Is there we can design them to allow assembly in ''B.subtilis'', e.g. if we want to insert another biobrick to the beginning or the end of a construct, or will we have to assemble the constucts in ''E.coli'' | **Integration sites - Is there we can design them to allow assembly in ''B.subtilis'', e.g. if we want to insert another biobrick to the beginning or the end of a construct, or will we have to assemble the constucts in ''E.coli'' | ||
**Genetic Circuit - Questions over trying to suppress the natural EspE by overexpressing SinR, this could have diverse effects to the cell. Also do we want to have a memory switch, so that when we induce the expression of biomaterials with blue light, then we will continue to produce biomaterials rather than requiring constant or frequent exposures to potentially harmful light. | **Genetic Circuit - Questions over trying to suppress the natural EspE by overexpressing SinR, this could have diverse effects to the cell. Also do we want to have a memory switch, so that when we induce the expression of biomaterials with blue light, then we will continue to produce biomaterials rather than requiring constant or frequent exposures to potentially harmful light. | ||
- | **Think modular and think about the different constructs that we are going to add to the registry! | + | **Think modular and think about the different constructs that we are going to add to the registry! |
+ | <br> | ||
+ | {{Imperial/EndPage|Notebook|Notebook}} |
Latest revision as of 20:29, 28 October 2008
25 July 2008DebriefingPresentation was given summarizing the project so far (upload presentation). Several key issues were raised during the presentation:
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