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Our research interest is focused around the effects of mechanical stimulation on the regulation of heart rate and rhythm.
Any regulatory process requires the presence of two principal directions of information exchange: 'top-down' control and bottom-up' feedback.
In the case of the heart, control is by an electrical process called excitation, that co-ordinates contraction.
This has traditionally been well investigated.
The feedback, however, from the mechanical environment to the electrical control process - mechano-electric feedback - is much less well studied.
Our work is directed on trying to shed light on the cellular basis of MEF in the heart, including the role of connective tissue in this process (for more information, see Research Projects & Publications)
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Mechanical modulation of heart rate: role of sino-atrial node pacemaker cells and fibroblasts. (BHF )
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Mechanical modulation of action potential shape: primary and secondary mechanisms. (BHF )
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Passive and active effects of fibrosis on post-ischaemic arrhythmogenesis. (MRC )
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Engineering Virtual Tissues and Organs. (EPSRC )
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Origin and propagation of cardiac excitation in a comprehensive anatomico-physiological computer model. (BIF )
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Action potential initiation and propagation in human atrium. (Wellcome )
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