Difference between revisions of "Team:Fudan"
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| − | <p>Project description: Our mammalian cells will be engineered to detect antigens on target cell membrane via an optimized version of the mouse Notch 1 receptor. This spacial signal will be integrated into binary boolean logic gates to determine different cell behavior. This fundamental advancement has potential in therapeutics, artificial tissue engineering and so much more. We have started building genetic circuits. </p> | + | <p class="flow-text">Project description: Our mammalian cells will be engineered to detect antigens on target cell membrane via an optimized version of the mouse Notch 1 receptor. This spacial signal will be integrated into binary boolean logic gates to determine different cell behavior. This fundamental advancement has potential in therapeutics, artificial tissue engineering and so much more. We have started building genetic circuits. </p> |
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<span class="card-title">Our description</span> | <span class="card-title">Our description</span> | ||
| − | <p>Our mammalian cells will be engineered to detect antigens on target cell membrane via an optimized version of the mouse Notch 1 receptor. This spacial signal will be integrated into binary boolean logic gates to determine different cell behavior. This fundamental advancement has potential in therapeutics, artificial tissue engineering and so much more. We have started building genetic circuits.</p> | + | <p class="flow-text">Our mammalian cells will be engineered to detect antigens on target cell membrane via an optimized version of the mouse Notch 1 receptor. This spacial signal will be integrated into binary boolean logic gates to determine different cell behavior. This fundamental advancement has potential in therapeutics, artificial tissue engineering and so much more. We have started building genetic circuits.</p> |
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| − | <a href=" | + | <a href="">Link</a> |
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<span class="card-title">Welcome!</span> | <span class="card-title">Welcome!</span> | ||
| − | <p>We are still working on our wiki. You are free to contact us anytime!</p> | + | <p class="flow-text">We are still working on our wiki. You are free to contact us anytime!</p> |
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Revision as of 12:24, 26 July 2018
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Our description
Our mammalian cells will be engineered to detect antigens on target cell membrane via an optimized version of the mouse Notch 1 receptor. This spacial signal will be integrated into binary boolean logic gates to determine different cell behavior. This fundamental advancement has potential in therapeutics, artificial tissue engineering and so much more. We have started building genetic circuits.
Welcome!
We are still working on our wiki. You are free to contact us anytime!