Difference between revisions of "Team:HUST-China"
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Small in scale, big in thoughts! THis summer, we held a fabulous HUST-Cheering! conferrence. And anlong with our integrated Practices,see to HP page. | Small in scale, big in thoughts! THis summer, we held a fabulous HUST-Cheering! conferrence. And anlong with our integrated Practices,see to HP page. | ||
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Fluorescence measurement is the main characterization method this year. We employed GFP and RFP as reporters to build valid data of our circuits. For more results see to Wetlab Results! | Fluorescence measurement is the main characterization method this year. We employed GFP and RFP as reporters to build valid data of our circuits. For more results see to Wetlab Results! | ||
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We simulated our project in cellular level and Intestinal level which can help us figure out the feasibility of it and guide us the direction of improvement. | We simulated our project in cellular level and Intestinal level which can help us figure out the feasibility of it and guide us the direction of improvement. | ||
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Revision as of 19:17, 15 October 2016
Abstract
how does it work ?
This year, HUST-CHina designed a functional gene expression toolkit. The systems we design are not only adaptable to any input and output, but also can change threshold to meet the requirements from different project purpose.
Normally, gene expression level depends on input signal's intensity. So when dealing with a real-world problem, the system could be fragile.
Our toolkit can sense even pulse signal to reach its stable expression state. And as a validly characterized circuit, it is easier to hang on with for fresh man.
A prokaryote version of our Signal Fliter. Users can define two input signals and three combinations of output. For more details, see to our description page
Small in scale, big in thoughts! THis summer, we held a fabulous HUST-Cheering! conferrence. And anlong with our integrated Practices,see to HP page.
Fluorescence measurement is the main characterization method this year. We employed GFP and RFP as reporters to build valid data of our circuits. For more results see to Wetlab Results!
We simulated our project in cellular level and Intestinal level which can help us figure out the feasibility of it and guide us the direction of improvement.
