Titlebook: Anesthesia and the Lung; T. H. Stanley,R. J. Sperry Book 1989 Kluwer Academic Publishers 1989 COPD.hemodynamics.hypoxia.intubation.pathoph

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What is the Required Inspired Oxygen Consumption during Anesthesia?,west level within the mitochondria where it is consumed (Figure 1). The steps by which the Po. decreases from inspired gas to the mitochondria are known as the oxygen cascade and are of great practical importance. Any one step in the cascade may be increased under pathological circumstances and this

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ALLAY

Effects of Anesthetics on Pulmonary Gas Exchange,rated in the current controversy concerning the use of inhalational agents for the maintenance of anesthesia during one-lung ventilation and thoracic surgery. Most authors have suggested caution in the use of inhalational agents in these circumstances because inhibition of hypoxic pulmonary vasocons

BOGUS

Oximetry II: Limitations and Effects on Other Monitors,a nonlinear empiric function of S.o.. The pulsatile signal is usually 0.5% – 10% of total light transmission from the light emitting diodes, not counting ambient light. Variations may be caused also by movement, ventilation, venous pressure waves and ambient flicker. The 660 nM wave length is on the

頭腦冷靜

,Anesthesia for Thoracic Surgery: Part I—Double-Lumen Tube Intubation,y of cases. Proper insertion and positioning of the double-lumen tube is often the most important determinant as to whether these cases [in particular one-lung ventilation (1LV) cases] proceed smoothly. If the double-lumen tube is in the right position, the nondependent lung will collapse completely

侵略主義

,Anesthesia for Thoracic Surgery: Part II—Management of One-Lung Ventilation, and is a factor that is under the control of the anesthesiologist. The first half of this lecture will consider the “Effect of Inhalation Anesthetics on Arterial Oxygenation and Intrapulmonary Shunt During One-Lung Ventilation.” Since the two lungs are separated by a double-lumen tube during 1LV, i

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Control of Breathing,- act to produce one of their more notorious side effects, depression of breathing. I wi11 review dose-response relationships, discuss clinical implications, and explore some of the questions of basic ventilatory control revealed by the way in which these drugs modify breathing.

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