Titlebook: Cardiac Energetics: From Emax to Pressure-Volume Area; Martin M. LeWinter (Professor of Medicine),Hiroyuk Book 1995 Kluwer Academic Publis

沐浴

Mathematics and its Applicationson squeezed myocardial vessels and caused the pulsation of coronary arterial blood flow (1). This hypothesis was later confirmed using newly-developed measuring tools that were applicable to the coronary blood flow of a beating heart (2,3,4). Modern ultrasound and laser technology enabled us to inve

CUR

https://doi.org/10.1007/978-94-009-2583-0es a large amount of energy, the energy expenditure by the heart becomes enormous. Thus conceivable that, in response to changes in demands of the heart, the regulatory system adjusts ventricular contraction to maximize energy efficiency. Indeed, stroke power output of the normal excised feline left

preservative

Local Weighting of Functional Variableson (1). Therefore, effective transfer of mechanical energy of ventricular contraction crucially affects the long-term outcome of chronic heart failure. To apply this concept to heart failure management in clinical settings, energetically optimal ventriculo-arterial coupling should be quantitatively

開(kāi)始沒(méi)有

rods366

Nonparametric Functional Data Analysis for the treatment of chronic heart failure (1). This may partly result from the fact that inotropic interventions increase myocardial oxygen consumption (VO.). Therefore, the investigation of myocardial energetics in relation to inotropic agents in patients with heart disease has clinical and thera

CANDY

Debrief

Biguanides

推測(cè)

好開(kāi)玩笑