Titlebook: Antiarrhythmic Drugs; E. M. Vaughan Williams Book 1989 Springer-Verlag Berlin Heidelberg 1989 drug.electrophysiology.pharmacology.physiolo

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,Die Organisation von praktischen übungen,and it is the underlying cardiovascular pathology which is the major determinant of prognosis. The majority of prognostically important arrhythmias are merely markers of risk and do not in themselves jeopardize life.

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Distinguishing Potentially Lethal from Benign Arrhythmiasand it is the underlying cardiovascular pathology which is the major determinant of prognosis. The majority of prognostically important arrhythmias are merely markers of risk and do not in themselves jeopardize life.

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BIDE

E. O. Wilson,W. H. Bossert,U. Jacobsthe AV node provides the delay of conduction required while blood is transferred from atrium to ventricle. Calcium current is also involved in excitation-contraction coupling, and can be increased by the opening of an additional set of pathways under the control of adrenergic stimulation. The main f

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,Pharmazeutische T?tigkeiten Theoretisches,arious categories of drugs. Our purpose in the present chapter will be to list human arrhythmias according to the classical ECG criteria referring mainly to arrhythmia location, and then to examine the possible advantages of other approaches.

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Lipoprotein(A)

Classification of Antiarrhythmic Actionsthe AV node provides the delay of conduction required while blood is transferred from atrium to ventricle. Calcium current is also involved in excitation-contraction coupling, and can be increased by the opening of an additional set of pathways under the control of adrenergic stimulation. The main f

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Acute and Chronic Animal Models of Cardiac Arrhythmias disease is not present. In spite of their limitations, animal models still have to be used to develop and evaluate pharmacological, surgical and electrical pacing techniques for controlling and preventing malignant arrhythmias.

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Classification of Human Arrhythmiasarious categories of drugs. Our purpose in the present chapter will be to list human arrhythmias according to the classical ECG criteria referring mainly to arrhythmia location, and then to examine the possible advantages of other approaches.