| Subject: | Invitation to the inaugural lecture of Professor Peter Kohl | 16 September 2013 | 
|---|---|
| Date: | Thu, 25 Jul 2013 10:38:37 +0100 | 
| From: | O'Donnell, Ruth A <r.odonnell@imperial.ac.uk> | 
| To: | Faculty of Medicine, NHLI <icsm-nhli-dl@imperial.ac.uk> | 
 
| The honour of your company
                    is requested at an inaugural lecture: "Exploring the amazing
                    heart: devil in detail, heaven in integration"Professor
                      Peter Kohl,
                    Chair in
                      Cardiac Biophysics and Systems Biology Date: Monday 16 September 2013
                       A pre-lecture tea will take place from 16.45 on the first floor
                    concourse, Sir Alexander Fleming Building.   RSVP:
                    Ruth
                      O’Donnell
                    r.odonnell@imperial.ac.uk
                     | |
| Scientifically
                    viewed, the heart is a chemically powered,
                    electrically controlled, mechanical pump, but the
                    way in which it performs is nothing short of
                    amazing. Heart structure and function are tightly
                    interrelated in ways that we are still discovering.
                    Cardiac muscle hosts a multitude of complex
                    regulatory mechanisms that allow the heart to
                    perform even after transplantation into another body
                    and multiple feedback mechanisms provide the heart
                    with an astonishing ability to adapt to the body’s
                    constantly changing demand in blood circulation.
                    This happens during every heartbeat and roughly a
                    million times during every ten-day period of our
                    life.  Given
                    the importance of cardiac activity, it is surprising
                    how many aspects of the heart are still poorly
                    understood. This lecture will show that linking
                    scientific observations of structure and function
                    from sub-cellular scales to the whole body is
                    essential in driving fundamental research and
                    clinical application.   | |
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