Tianjin
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<tr><td colspan="2" style="padding:12px;">[[Tianjin/DIODE|<font size="5" color="#ff0000">THE DIODE</font>]]<font size="2" color="#0000ff"><More Details></font></td></tr> | <tr><td colspan="2" style="padding:12px;">[[Tianjin/DIODE|<font size="5" color="#ff0000">THE DIODE</font>]]<font size="2" color="#0000ff"><More Details></font></td></tr> | ||
<tr><td colspan="2" style="padding:5px;"><div> | <tr><td colspan="2" style="padding:5px;"><div> | ||
| - | The molecular signal AHL is considered as the current of electric circuit, the generator, amplifiers, blocks and detector cells are constructed with the parts provided by MIT and then are equipped in series in order to achieve the cellular and molecular biological diode. Our device is a combination of the | + | The molecular signal AHL is considered as the current of electric circuit, the generator, amplifiers, blocks and detector cells are constructed with the parts provided by MIT and then are equipped in series in order to achieve the cellular and molecular biological diode. Our device is a combination of technologies from the field of [[Tianjin/DIODE/Model|computer science]],[[Tianjin/DIODE/Experiment|molecular biology]]and [[Tianjin/DIODE/Experiment2|chemical engineering]] which is a breakthrough for the application of mature techniques of chemical engineering to the field of synthetic biology.</div></td></tr> |
<tr><td align="center">[[Image:Diodedh.gif|left]]</td><td align="center">[[Image:main1.jpg|right|350px]]</td></tr> | <tr><td align="center">[[Image:Diodedh.gif|left]]</td><td align="center">[[Image:main1.jpg|right|350px]]</td></tr> | ||
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Revision as of 13:27, 26 October 2007
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With the passion for winning, innovative ideas and team work spirit, students from Tianjin University Team are actively participating in this competition. Sound financial and technological strength is what we rely on to do a good job in this competition. |
| Project | |
| THE DIODE<More Details> | |
The molecular signal AHL is considered as the current of electric circuit, the generator, amplifiers, blocks and detector cells are constructed with the parts provided by MIT and then are equipped in series in order to achieve the cellular and molecular biological diode. Our device is a combination of technologies from the field of computer science,molecular biologyand chemical engineering which is a breakthrough for the application of mature techniques of chemical engineering to the field of synthetic biology. | |
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| Genetical RS Flip-Flop<More Details> | |
Based on the “Latch and Enable Control”conception of "Flip-flop" and synthetic biology, we designed the Genetical RS FLIP-FLOP whose output signal(Green Fluorescence) is regulated by additional input signal( the addition of IPTG). The GFP expresses only when the input signal changes and then disappears. Thus, the immediate response to emergency (input change) enables our design to detect signal variation in a short time, which is beneficial for the control of biology systems. | |
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| Professor:Yingjin Yuan </td> | Kai Song</td> | Jingsheng Cheng</td>
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