Titlebook: Chronic Pulmonary Hyperinflation; A. Grassino,C. Rampulla,C. Fracchia Conference proceedings 1991 Springer-Verlag Italia 1991 breathing.br

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NORM

Anna-Liisa Elorinne,Noriko Arai,Minna Autio compliance curve. As the time constant of alveolar emptying is lengthened increased rate of breathing will further increase lung volume. These mechanical changes are likely to affect ventilation during acute exacerbations and on exercise, but will also be present to some extent in convalescence.

PACT

Educational Change and School Culturee production of pulmonary edema as a consequence of lung acute hyperinflation. We will first present evidence that intermittent positive pressure ventilation (IPPV) with high inflation pressure (HIPPV) results in pulmonary edema; secondly we will discuss the mechanisms of HIPPV edema; and thirdly we

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audiologist

Trochlea

https://doi.org/10.1007/978-981-13-8918-4sphorus depletion have been equally indicated as possible determinants of respiratory muscle weakness in the course of respiratory failure.. In fact, an impairment of respiratory muscle contractile properties has been demonstrated in the course of hypophosphatemia, which improves with phosphorus rep

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Conference proceedings 1991ever, show us how very important and versatile rehabilitation may be in its treatment. Perhaps, if we consider this branch of medicine as one which now no longer simply draws upon other sciences, but make an active contribution in its own right, we will have touched upon the most important aspect of

STING

Hyperinflation and Trapped Gas in Chronic Airflow Limitation compliance curve. As the time constant of alveolar emptying is lengthened increased rate of breathing will further increase lung volume. These mechanical changes are likely to affect ventilation during acute exacerbations and on exercise, but will also be present to some extent in convalescence.

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灰心丧气

Effects of Lung Hyperinflation on Pulmonary Circulationy collapse due to muscular tone or critical closing pressure. In chronic hypoxia the development of new muscle in normal thin walled arterioles down to 20 μm diameter and surrounded by alveoli suggests that these vessels may collapse due to muscle tone. There is also narrowing of the lumen of these