Titlebook: Cardiac Cellular Electrophysiology; Southwest Germany in Edward Carmeliet,Johan Vereecke Book 2002 Kluwer Academic Publishers 2002 arrhythm

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A. F. Vakakis,O. V. Gendelman,Y. S. Leeans to maintain the [ATP] level: i) energy demand falls very rapidly during the first 30 s of ischaemia as a consequence of contraction failure, ii) phosphocreatine (PCr) is continuously used to restore ATP from ADP with concomitant increase in inorganic phosphate, iii) anaerobic glycolysis starts and intensifies.

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Excitability, pacemaking and conduction, of the cell depends on the balance of ionic currents flowing in the potential region between resting and threshold potential. Excitability is therefore influenced by many different factors affecting individual ionic currents.

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1566-0753 ar basis of cardiac electrophysiology, forresearchers interested in the basis of the electrical activity of theheart, such as clinical investigators, physiologists orpharmacologists, for teachers in physiology, pharmacology and otherbiomedical studies, and for medical students from graduate topostgr

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Book 2002emodelling. .Edward Carmeliet and Johan Vereecke, Katholieke University Leuven,Belgium, have collaborated for over 30 years in cardiacelectrophysiology research. Their studies include the genesis of thenormal action potential, its changes in ischaemia, the effect ofdrugs, and the mechanism of arrhyt

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Nonlinear Gravitational Waves and Solitons is ended by the final repolarisation (phase 3). These three phases approximately correspond to the mechanical systole. After the final repolarisation phase follows the diastole (phase 4), which can be a stable resting potential, as is e.g. the case in normal atrial or ventricular myocardium, or a s

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Pavel A. Selyshchev,Pavel M. Bokovalian hearts. Our aim is to give a general overview of cardiac ion channels in order to provide insight in the mechanisms governing electrical activity, and to discuss how ion channels determine electrical and mechanical activity of the heart. Our emphasis is on channels that have been described in

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General description of electrical activity, is ended by the final repolarisation (phase 3). These three phases approximately correspond to the mechanical systole. After the final repolarisation phase follows the diastole (phase 4), which can be a stable resting potential, as is e.g. the case in normal atrial or ventricular myocardium, or a s