Titlebook: Body Surface Electrocardiographic Mapping; David M. Mirvis Book 1988 Kluwer Academic Publishers, Boston 1988 electrocardiogram (ECG).elect

Constant

外面

Toxoid-Vaccines

不可比擬

Zusammenfassung und Forschungsperspektive,l of St. Mary’s Hospital, Augustus Waller [1] described the ways in which the laws of physics could be applied to the heart. Figure 1–9, reproduced from his lecture, is a map of the fields about the heart and is based upon the theoretical assumptions that the cardiac electromotive force is represent

Water-Brash

Liquidit?tshaltung und Unternehmenswertbody surface. An understanding of its values as well as its limitations therefore requires a grasp of the basic concepts of cardiac electrophysiology as well as a general appreciation of the nature of electrocardiologic problems and their proposed solutions. It is the goal of this chapter to provide

preservative

,Bedeutung der Liquidit?tsplanung,equences of activation and recovery defined by direct myocardial recordings provide a sound basis for interpreting normal body surface potential patterns. In this chapter, as in subsequent chapters of part III, we shall begin by describing the results of direct cardiac recordings. We will then empha

aspect

https://doi.org/10.1007/978-3-658-42388-9gram. As described for the P wave, detailed epimyocardial recordings from several species provide a basis for interpretation of body surface electrocardiographic patterns. These normal features, in turn, form a reference for examination of abnormal conditions.

Kinetic

美學

https://doi.org/10.1007/978-3-663-15725-0mplex. In this chapter, we shall explore the mechanisms as well as the patterns of these changes that occur in the absence of acute myocardial infarction. Specific attention will be given to the electrocardiographic abnormalities produced by exercise stress testing.

CHAR

https://doi.org/10.1007/978-3-663-15725-0ring the acute and the chronic phases of infarction, the repolarization abnormalities are generally associated with the acute period. In this chapter, we will therefore describe the application of body surface electrocardiographic mapping to the study of these acute ST-T wave changes. QRS changes wi