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<h2>Play for Science with C. elegans</h2>
 
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   <p>You think that only human can learn a new thing? No, our worms can do also. We are so called the “C.elegans Tamer”. It has been proved that C. elegans AWA and AWB neurons responsible for the choice of favor and aversion in the olfactory feelings. Based on this background, we explore the learning behavior of C. elegans through optogenetic method. By using the optogenetic circuit inside and external devices such as microfluidics and optimized microscopic platform, we capture the signal passed by worms, analyzing their response to various excitation. Train the worms. Dance a waltz. We play with science.</p>
 
   <p>You think that only human can learn a new thing? No, our worms can do also. We are so called the “C.elegans Tamer”. It has been proved that C. elegans AWA and AWB neurons responsible for the choice of favor and aversion in the olfactory feelings. Based on this background, we explore the learning behavior of C. elegans through optogenetic method. By using the optogenetic circuit inside and external devices such as microfluidics and optimized microscopic platform, we capture the signal passed by worms, analyzing their response to various excitation. Train the worms. Dance a waltz. We play with science.</p>
 
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Revision as of 12:56, 2 October 2017

Team SUSTC-Shenzhen

Play for Science with C. elegans

You think that only human can learn a new thing? No, our worms can do also. We are so called the “C.elegans Tamer”. It has been proved that C. elegans AWA and AWB neurons responsible for the choice of favor and aversion in the olfactory feelings. Based on this background, we explore the learning behavior of C. elegans through optogenetic method. By using the optogenetic circuit inside and external devices such as microfluidics and optimized microscopic platform, we capture the signal passed by worms, analyzing their response to various excitation. Train the worms. Dance a waltz. We play with science.

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