Difference between revisions of "Team:Queens Canada"

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         <div id="AFPslife">
 
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             <h1>AFPs for <span>LIFE</span></h1>
 
             <h1>AFPs for <span>LIFE</span></h1>
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             <h2>We planned our Ice Queen with one main application in mind: improving the cryopreservation technique for organ storage. Currently, the heart can only be stored in subzero temperatures for at most 6 hours. By attempting to improve antifreeze protein activity with the Ice Queen, we can diminish ice growth and keep donated hearts viable for much longer! By increasing storage times, we hope to save more lives with organ transplant surgeries. <a href="QGEM_Overview_page.html">Click here to learn more!</a></h2>
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             <h2>We planned our Ice Queen with one main application in mind: improving the cryopreservation technique for organ storage. Currently, the heart can only be stored at about 4 degrees celsius for at most 6 hours. By attempting to improve antifreeze protein activity with the Ice Queen, we can diminish ice growth and keep donated hearts viable for much longer! By increasing storage times, we hope to save more lives with organ transplant surgeries. <a href="https://2015.igem.org/Team:Queens_Canada/Description">Click here to learn more!</a></h2>
 
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Revision as of 13:23, 4 September 2015


TAKE A LOOK AT WHAT WE'VE BEEN WORKING ON:

AFPs for LIFE

We planned our Ice Queen with one main application in mind: improving the cryopreservation technique for organ storage. Currently, the heart can only be stored at about 4 degrees celsius for at most 6 hours. By attempting to improve antifreeze protein activity with the Ice Queen, we can diminish ice growth and keep donated hearts viable for much longer! By increasing storage times, we hope to save more lives with organ transplant surgeries. Click here to learn more!