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From 2011.igem.org

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-	<h1>Project Description</h1>	+	<a href="https://2011.igem.org/Team:Hong_Kong-CUHK/Safety">Safety Proposal</a>
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-	<h2>Objectives</h2>	+
-	<p class="main-content">Our world is obviously facing several urgent problems in which energy crisis is definitely a major one.
-	Nowadays, there are corresponding solutions to this problem. However, we find that the existing solutions are not satisfactory.
-	There are solar panels to convert light energy into electricity, but it usually requires a large infrastructure.
-	However, the efficiency of the conversion process is still not good enough.
-	In order to improve the situation, our project targets at producing electricity more cheaply, more effectively and in a more portable way.</p>
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-	<h2>How can we achieve this?</h2>
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-	<p class="main-content">We employ a light-driven ion pump in our project.
-	By expressing the pump into our target bacterial strain, we can control the bacteria to pump in ions from the environment,
-	and eventually produce a salinity difference. Also, we are going to manufacture a pair of specific electrodes.
-	By making use of the electrodes, the salinity difference as well as our genetically engineered bacteria,
-	we can generate electricity from the salinity difference which is produced by our genetically engineered bacteria in the presence of light.
-	It is a brand new way to generate electricity.</p>
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Revision as of 13:56, 14 July 2011