Titlebook: Evaluation of Cardiac Function by Echocardiography; Walter Bleifeld,Sven Effert,Detlef G. Mathey Conference proceedings 1980 Springer-Verl

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Study of Incoordinate Left Ventricular Contraction by Echocardiography,superior frequency response and ability to localize endo- and epicardium throughout the cardiac cycle to gain some idea as to the nature of these disturbances. Results in patients with ischemic heart disease will be described, and their extension to patients with other types of left ventricular involvement briefly outlined.

Outspoken

Correlation of Heart Sounds and Valve Motions,d S2 often detected on auscultation can be explained by the slight delay in right-sided events [2], so that SI is compounded of sounds associated with mitral closure (Ml), closely followed by tricuspid closure (Tl), and S2 similarly contains aortic (A2) and pulmonary (P2) components.

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Valve Motion and Contraction Pattern in Mitral Valve Prolapse,tion abnormalities of the inferior left ventricular wall were observed in patients with mitral valve prolapse. Currently, a variety of exaggerated or depressed segmental contraction patterns are described [5, 6]. In this paper, some aspects that are related to, both, the “leaflet-chordal” and the “myocardial” phase are presented [7, 8].

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https://doi.org/10.1007/978-3-642-47883-3ional wall thickening is in large part determined by the perfusion of the involved area. Echocardiographically measured wall thickness changes may, therefore, be useful in assessing the results of preload and afterload manipulations in patients with acute myocardial ischemia.

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Brochure

https://doi.org/10.1007/978-3-662-25962-7rium if cardiac rupture is to be avoided. The meridional stress, σ., can be solved for, and measured throughout the cardiac cycle. When such measurements were compared with σ. measured by traditional angiographic methods, excellent agreement was observed [2].

慎重

Experimental Echocardiographic Studies of Myocardial Ischemia: Effect of Preload and Afterload Maniional wall thickening is in large part determined by the perfusion of the involved area. Echocardiographically measured wall thickness changes may, therefore, be useful in assessing the results of preload and afterload manipulations in patients with acute myocardial ischemia.

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Echocardiographic Evaluation of Left Ventricular Performance by Standardized Afterload Stress, left ventricle during echocardiographic evaluation. It should be easily controlled, standardized, sufficiently effective to challenge cardiac reserve and suitable for combined use with echocardiography.

ELUC

Ventricular Wall Stress: Stimulus to Hypertrophy and Determinant of Ejection Performance,rium if cardiac rupture is to be avoided. The meridional stress, σ., can be solved for, and measured throughout the cardiac cycle. When such measurements were compared with σ. measured by traditional angiographic methods, excellent agreement was observed [2].

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