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Team:ZJU-China
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<p>Being self-organized, highly tolerant and moduled are the main reasons why we chose biofilm as a new synthetic system. Researchers have found that an oxygen gradient is established automatically with the depth of biofilm. Such property allows us to use oxygen sensitive promoters to artificially induce a differentiated expression through the spatial distribution of cells. The natural capability to sustain higher levels of toxin renders biofilm a more stable expression system. | <p>Being self-organized, highly tolerant and moduled are the main reasons why we chose biofilm as a new synthetic system. Researchers have found that an oxygen gradient is established automatically with the depth of biofilm. Such property allows us to use oxygen sensitive promoters to artificially induce a differentiated expression through the spatial distribution of cells. The natural capability to sustain higher levels of toxin renders biofilm a more stable expression system. | ||
| - | Furthermore, convenience and generality makes our biolfilm system highly applicable. Biofilm is formed automatically, which saves much labor compared with traditional bio-reactors. The reaction system can be easily designed and cater to different needs simply with a change of downstream reporter genes. | + | Furthermore, convenience and generality makes our biolfilm system highly applicable. Biofilm is formed automatically, which saves much labor compared with traditional bio-reactors. The reaction system can be easily designed and cater to different needs simply with a change of downstream reporter genes. Through stratified biofilm, the cellulose is degraded to monose from the bottom to the middle layer, and the ethanol is produced in the surface.</p> |
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Revision as of 04:36, 2 September 2011
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Welcome
Welcome to the Home of ZJU-CHINA iGEM TEAM. Though it's only a demo version of our wiki, we're hoping it'll be a good start for you to get to know ZJU-CHINA and us. Our team progress and more info will be frequently updated so that our iGEM experience could be shared as much as possible along the way. We truly welcome you to contact us for any cooperation or suggestion.
Project
Being self-organized, highly tolerant and moduled are the main reasons why we chose biofilm as a new synthetic system. Researchers have found that an oxygen gradient is established automatically with the depth of biofilm. Such property allows us to use oxygen sensitive promoters to artificially induce a differentiated expression through the spatial distribution of cells. The natural capability to sustain higher levels of toxin renders biofilm a more stable expression system. Furthermore, convenience and generality makes our biolfilm system highly applicable. Biofilm is formed automatically, which saves much labor compared with traditional bio-reactors. The reaction system can be easily designed and cater to different needs simply with a change of downstream reporter genes. Through stratified biofilm, the cellulose is degraded to monose from the bottom to the middle layer, and the ethanol is produced in the surface.
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