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Team:BIOSINT Mexico/Project
From 2014.igem.org
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This year we have designed a modular and plastic system, to detect and attack heavy metal soil pollution. The mechanism is ready to incorporate into Arabidopsis thaliana; previously described as a chassis in iGEM. Our project is describes as an alternative treatment for large areas of contaminated soil. | This year we have designed a modular and plastic system, to detect and attack heavy metal soil pollution. The mechanism is ready to incorporate into Arabidopsis thaliana; previously described as a chassis in iGEM. Our project is describes as an alternative treatment for large areas of contaminated soil. | ||
| - | The project was developed in three modules: | + | ;The project was developed in three modules: |
| - | + | :#*The first module consists in the incorporation of metals to the cell, specifically mercury . | |
| - | + | :#*The second module is a biosensor that uses a degreening system, which will allow us to notice the mercury in the soil. | |
| - | + | :#*The last module is base on a 640 nm light switch, that stops the degreening system which allow the plant to survive with a big amount of mercury into its cells. | |
Revision as of 20:35, 14 October 2014
GREEN DEMON
This year we have designed a modular and plastic system, to detect and attack heavy metal soil pollution. The mechanism is ready to incorporate into Arabidopsis thaliana; previously described as a chassis in iGEM. Our project is describes as an alternative treatment for large areas of contaminated soil.
- The project was developed in three modules
- The first module consists in the incorporation of metals to the cell, specifically mercury .
- The second module is a biosensor that uses a degreening system, which will allow us to notice the mercury in the soil.
- The last module is base on a 640 nm light switch, that stops the degreening system which allow the plant to survive with a big amount of mercury into its cells.
