Biomod/2013/Dresden: Difference between revisions
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<h2>How to cure cancer with a <em>plastic ball?</em></h2> | |||
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<p>Welcome</p> | |||
<p> we, the <em>Dresden Nanormous</em>, use polymers to produce hollow nanocontainers or <em>polymersomes</em>, whose walls contain channels for controlled transport. These channels are built by the <em>DNA-origami</em> technique that way we produce a highly flexible system. By encapsulation of an enyzme and the addition of antibodies we create a <em>smart nanocontainer</em> which could be used to <em>fight cancer</em>! | |||
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<a href="../project/index.html#polymersome"><img src="../res/images/main/poly_final.png"></a> | |||
<figcaption><p>Polymersome</p></figcaption> | |||
</figure> | |||
<figure class="box clickable" data-symbol="H" data-category="student"> | |||
<a href="../project/index.html#origami"><img src="../res/images/main/channel_final.png"></a> | |||
<figcaption><p>DNA origami channel</p></figcaption> | |||
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<a href="../project/index.html#reaction"><img src="../res/images/main/reaction_final.png"></a> | |||
<figcaption><p>Internal reaction</p></figcaption> | |||
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<a href="../project/index.html#polymersome"><img src="../res/images/results/polsoms.png"></a> | |||
<figcaption><p>The picture shows a SEM image of our first polymersomes! The average diameter is about 200nm. </p></figcaption> | |||
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<figcaption><p>Follow us ..</p></figcaption> | |||
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Revision as of 15:02, 25 October 2013
<html>
<figure class="box logo" data-symbol="H" data-category="1">
<img src="../res/images/main/logo_2.png">
</figure>
How to cure cancer with a plastic ball?
<figure class="box clickable b2x2" data-symbol="H" data-category="student">
<a href="http://www.youtube.com/"><img src="../res/images/main/video.png"></a><figcaption>
Check our video!
</figcaption></figure>
<figure class="box student clickable" data-symbol="H" data-category="student">
<a href="../team/team.html"><img src="../res/images/main/team.png">
</figure>
Welcome
we, the Dresden Nanormous, use polymers to produce hollow nanocontainers or polymersomes, whose walls contain channels for controlled transport. These channels are built by the DNA-origami technique that way we produce a highly flexible system. By encapsulation of an enyzme and the addition of antibodies we create a smart nanocontainer which could be used to fight cancer!
<figure class="box clickable" data-symbol="H" data-category="student">
<a href="../project/index.html#polymersome"><img src="../res/images/main/poly_final.png"></a>
<figcaption>Polymersome
</figcaption></figure>
<figure class="box clickable" data-symbol="H" data-category="student">
<a href="../project/index.html#origami"><img src="../res/images/main/channel_final.png"></a>
<figcaption>DNA origami channel
</figcaption></figure>
<figure class="box clickable" data-symbol="H" data-category="student">
<a href="../project/index.html#reaction"><img src="../res/images/main/reaction_final.png"></a>
<figcaption>Internal reaction
</figcaption></figure>
<figure class="box clickable b2x2" data-symbol="H" data-category="student">
<a href="../project/index.html#polymersome"><img src="../res/images/results/polsoms.png"></a><figcaption>
The picture shows a SEM image of our first polymersomes! The average diameter is about 200nm.
</figcaption></figure>
<figure class="box student clickable" data-symbol="H" data-category="student">
<a href="https://www.facebook.com/dresdenanormous"><img src="../res/images/main/facebook.png"></a><figcaption>
Follow us ..
</figcaption> </figure>
<figure class="box b2x2 slider" >
</figure> <figure class="box student clickable" data-symbol="H" data-category="student">
<a href="http://openwetware.org/index.php?title=Biomod/2012/TU_Dresden/Nanosaurs"><img src="../res/images/main/nanosaurs.png"></a><figcaption>
Nanosaurs 2012
</figcaption></figure>
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itemSelector : '.box',
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