Team:Tsinghua-D

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         <p align="center" class="main">&nbsp;<span class="STYLE10">&nbsp;&nbsp;<span class="STYLE15">&nbsp;<span class="STYLE16">Designable Thermoswitch: <br>
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         <p align="center" class="main">&nbsp;&nbsp;&nbsp;<span class="STYLE16">&nbsp;Designable Thermoswitch: <br>
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           A Computer-aided  Temperature-response Regulatory RNA Design</span></span></span></p>
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           A Computer-aided  Temperature-response Regulatory RNA Design</span></p>
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            <span class="STYLE14">In  addition to exploration, explanation and prediction, the ultimate goal of  science is creation.  In the field of  life science, enthusiasm towards creation originates the synthetic  biology.  During the last decade, numerous  artificial biological networks had been made by rearranging the exited biological  macromolecules.  Recently, creation of the  macromolecules inside biological networks emerges as a hotspot.  Because of structural simplicity and manipulation  convenience, RNA becomes an ideal model for conducting such researches. </span> </p>
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          <span class="STYLE14">In  addition to exploration, explanation and prediction, the ultimate goal of  science is creation.  In the field of  life science, enthusiasm towards creation originates the synthetic  biology.  During the last decade, numerous  artificial biological networks had been made by rearranging the exited biological  macromolecules.  Recently, creation of the  macromolecules inside biological networks emerges as a hotspot.  Because of structural simplicity and manipulation  convenience, RNA becomes an ideal model for conducting such researches. </span> </p>
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Revision as of 16:15, 25 September 2012


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    Designable Thermoswitch:
A Computer-aided Temperature-response Regulatory RNA Design

     
In addition to exploration, explanation and prediction, the ultimate goal of science is creation.  In the field of life science, enthusiasm towards creation originates the synthetic biology.  During the last decade, numerous artificial biological networks had been made by rearranging the exited biological macromolecules.  Recently, creation of the macromolecules inside biological networks emerges as a hotspot.  Because of structural simplicity and manipulation convenience, RNA becomes an ideal model for conducting such researches. 

     

This year, in iGEM 2012 competition, the first software that designs temperature-sensing regulatory RNA - RNAThermo is reported by iGEM Tsinghua-D Team.  Structural and functional verifications of the designed RNATs were made.  RNAThermo’s potential application in the fermentation industry is discussed:  the software provides a new method for achieving controlled expression of products in the fermentation industry.

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