Team:AUC TURKEY/Test
From 2013hs.igem.org
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- | <div><h2>March</h2></div> | + | <div><h2>March</h2></div> |
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<h3>1 March</h3> | <h3>1 March</h3> | ||
<div><ul><li>Today marks the official start of our 2013 iGEM adventure. We hope that today becomes a start for the many great things to come.</li><li>The reason why today was the "official" start is because our first trip to Turgut Ozal University for this year was today. We met with Mustafa Semih Elitok, our advisor, to discuss the current situation and our project ideas.</li><li>The 2 new members of the team got acquinted with our advisor. | <div><ul><li>Today marks the official start of our 2013 iGEM adventure. We hope that today becomes a start for the many great things to come.</li><li>The reason why today was the "official" start is because our first trip to Turgut Ozal University for this year was today. We met with Mustafa Semih Elitok, our advisor, to discuss the current situation and our project ideas.</li><li>The 2 new members of the team got acquinted with our advisor. | ||
- | </li>Out of today's discussions, we have decided to work on the following project ideas: | + | </li><li>Out of today's discussions, we have decided to work on the following project ideas: |
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<li>Cyanide Disposing Bacteria: Cemal and Abdulkadir will work on this idea.</li> | <li>Cyanide Disposing Bacteria: Cemal and Abdulkadir will work on this idea.</li> | ||
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<li>Musilage Bacter: İbrahim and Lashynbek will work on this idea.</li> | <li>Musilage Bacter: İbrahim and Lashynbek will work on this idea.</li> | ||
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- | + | <div><h3>8 March</h3> | |
- | + | <ul><li>We continued discussing our project ideas.</li> | |
- | + | <li>As a result of the improvising, we decided to conduct research on only these 3 ideas for now: | |
- | < | + | <ul><li>Electrocortecoli<br/> |
- | + | The E.coli that we plan to produce will be negatively charged. Combined with an adesion molecule, the E.coli will bind to a specific cell thus creating an overall negatively charged system. This system can then be easily destroyed in the presence of a charged unit. Through this, sepcific cells can be targeted with E.coli and then be easily destroyed. | |
- | + | The list of the research required for us to do is as follows: | |
- | + | <ul><li>Finding the sequence of an adesion molecule which can be implantabled to E.coli</li> | |
- | + | <li>Finding a way to electrocharge our E.coli</li> | |
- | + | <li>Searching iGEM to see if something which could be of use was done before</li> | |
- | + | </ul> | |
- | + | </ul> | |
- | + | <li>Thermobacter<br/> | |
- | + | The thermobacter will be able to sense temperature and react to it through producing urease which will cause the urea we add into the environment to be converted to uric acid. This reaction is endothermic and will result in the environment cooling down. Through this system, an automatic cooler through bacteria will be formed. | |
- | + | The list of the research required for us to do is as follows: | |
- | + | <ul><li>Searching to see if this project was don before or if there is anything in iGEM that could be of use</li> | |
- | + | <li>Finding the sequence for urease enzyme</li> | |
- | + | <li>Designating several ententities of the RNA Thermometer which can be of use</li> | |
+ | </ul> | ||
+ | </ul> | ||
+ | <li>Mineral-Fuser Bacter</li></ul></div> | ||
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Revision as of 13:44, 19 June 2013