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    <title>Computational Physiology</title>
    <!--<abstract>
      <p>
        In this part of the website we present some of the work in which the lab is involved.
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    </abstract>-->
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    <p>
      Physiology is the study of function. Computational Physiology is therefore the development of mathematical and computer models to describe biological functions. Our focus is in the area of muscular electrophysiology, in particular the muscles of the gastrointestinal tract and the heart. The models we develop are multi-scale in nature and aimed at bridging the gap between genetic defects and clinical pathologies.
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                <figure src="images/cp1.jpg" alt="Computational Physiology image" height="100px"/></td></tr><tr><td colspan="1" rowspan="1">
                <figure src="images/cp5.jpg" alt="Computational Physiology image" height="100px"/></td></tr></table>
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                <figure src="images/cp2.jpg" alt="Computational Physiology image" height="100px"/></td></tr><tr><td colspan="1" rowspan="1">
                <figure src="images/cp4.png" alt="Computational Physiology image" height="100px"/></td></tr></table>
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          <figure src="images/cp3.jpg" alt="Computational Physiology image" height="200px"/>
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