Difference between revisions of "Team:SSTi-SZGD"
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| − | This year our project is to use a light inducible system to control the gene expression of recombinant genes. We used this system to replace chemical induction mechanism as it is more convenient, cost-effective and reversible. We apply this light control system to express a gene that encodes hydrolase to degrade pesticide residues. As we know china is a large agricultural country, and pesticides residues is a big issue for environment. We hope to develop a method that degrades pesticides residues in soil and water efficiently and effectively. We believe this has a strong implication in sustaining development. | + | This year our project is to use a light inducible system to control the gene expression of recombinant genes. We used this system to replace chemical induction mechanism as it is more convenient, cost-effective and reversible. We apply this light control system to express a gene that encodes hydrolase to degrade pesticide residues. |
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| + | As we know china is a large agricultural country, and pesticides residues is a big issue for environment. We hope to develop a method that degrades pesticides residues in soil and water efficiently and effectively. We believe this has a strong implication in sustaining development. | ||
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Revision as of 06:49, 31 August 2017
SSTi-SZGD
A product for the degradation
of soil pesticide residues
This year our project is to use a light inducible system to control the gene expression of recombinant genes. We used this system to replace chemical induction mechanism as it is more convenient, cost-effective and reversible. We apply this light control system to express a gene that encodes hydrolase to degrade pesticide residues.
As we know china is a large agricultural country, and pesticides residues is a big issue for environment. We hope to develop a method that degrades pesticides residues in soil and water efficiently and effectively. We believe this has a strong implication in sustaining development.
