Electrocardiology '96: From The Cell To The Body Surface: Proceedings Of The Xxiii International Congress On Electroc

Inbunden, Engelska, 1997

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This conference had as its focus the phrase 'From the Cell to the Body Surface'. It comprised five minisymposia, which concentrated on some of the major issues of the day for basic scientists and clinicians. In addition to the invited papers, the proceedings contain volume presentations and posters selected from among abstracts sent in by some of the most important investigators in electrocardiology worldwide.

Produktinformation

Utgivningsdatum1997-07-02
FormatInbunden
SpråkEngelska
Antal sidor708
FörlagWorld Scientific Publishing Co Pte Ltd
ISBN9789810231095

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Radiofrequency ablation of cardiac arrhythmias in infants and children, P. Gillette; cellular ionic mechanisms - a developmental perspective, T.S. Klitzner; developmental issues in cellular coupling and nonuniform anisotropy, M.S. Spach; advanced cardiac mapping I - atrial automatic foci, E. Walsh; advanced cardiac mapping II - atrial re-entry, G.V. Hare; appropriate electrode placement in evaluating varied cardiac pathology, F. Kornreich; ionic processes underlying the action potential, C. Antzelevitch; early afterdepolarizations - mechanisms and possible role in arrhythmias, C.T. January; delayed afterdepolarizations - mechanisms and possible role in arrhythmias, R. Joyner; cardiac gap junctions - structure, function and possible role in arrhythmias, M. Delmar; paediatric ECG analysis, P. Macfarlane; the electrocardiograph as a therapeutic tool, H. Selker; update on rhythm analysis by computer, S. Reddy; measuring and modelling electrical activity from the cardiac cavities to the body surface, B. Taccardi; anatomically accurate finite element models of the heart, P. Hunter; the forward problem - from myocardial activation to epicardial potentials, P. Colli-Franzone; the forward problem - from epicardial potentials to body surface potentials, R. Gulrajani; the inverse problem - reconstruction of epicardial activity from body surface potentials, A. von Ossterom; body surface potential mapping as a tool for understanding arrythmia vulnerability, L. DeAmbroggi; what we have learned from rotors in experimental models, J. Jalife; slow conduction and block - lessons from experimental models, A. Waldo; conduction during atrial fibrillation, M. Allessie; anisotropy in perspective, M. Spach; conduction in infarcted tissue - relation to anisotropic re-entry, A. Witt. (Part contents)