Effects of Pleural Effusion on Respiratory Function

The accumulation of pleural effusion has important effects on respiratory system function. It changes the elastic equilibrium volumes of the lung and chest wall, resulting in a restrictive ventilatory effect, chest wall expansion and reduced efficiency of the inspiratory muscles. The magnitude of th...

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Main Authors: I Mitrouska, M Klimathianaki, NM Siafakas
Format: Article
Language:English
Published: Wiley 2004-01-01
Series:Canadian Respiratory Journal
Online Access:http://dx.doi.org/10.1155/2004/496901
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author I Mitrouska
M Klimathianaki
NM Siafakas
author_facet I Mitrouska
M Klimathianaki
NM Siafakas
author_sort I Mitrouska
collection DOAJ
description The accumulation of pleural effusion has important effects on respiratory system function. It changes the elastic equilibrium volumes of the lung and chest wall, resulting in a restrictive ventilatory effect, chest wall expansion and reduced efficiency of the inspiratory muscles. The magnitude of these alterations depends on the pleural fluid volume and the underlying disease of the respiratory system. The decrease in lung volume is associated with hypoxemia mainly due to an increase in right to left shunt. The drainage of pleural fluid results in an increase in lung volume that is considerably less than the amount of aspirated fluid, while hypoxemia is not readily reversible upon fluid aspiration.
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institution Kabale University
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series Canadian Respiratory Journal
spelling doaj-art-d85d74d4efa849d08f5f19d777c920bf2025-02-03T01:21:34ZengWileyCanadian Respiratory Journal1198-22412004-01-0111749950310.1155/2004/496901Effects of Pleural Effusion on Respiratory FunctionI MitrouskaM KlimathianakiNM SiafakasThe accumulation of pleural effusion has important effects on respiratory system function. It changes the elastic equilibrium volumes of the lung and chest wall, resulting in a restrictive ventilatory effect, chest wall expansion and reduced efficiency of the inspiratory muscles. The magnitude of these alterations depends on the pleural fluid volume and the underlying disease of the respiratory system. The decrease in lung volume is associated with hypoxemia mainly due to an increase in right to left shunt. The drainage of pleural fluid results in an increase in lung volume that is considerably less than the amount of aspirated fluid, while hypoxemia is not readily reversible upon fluid aspiration.http://dx.doi.org/10.1155/2004/496901
spellingShingle I Mitrouska
M Klimathianaki
NM Siafakas
Effects of Pleural Effusion on Respiratory Function
Canadian Respiratory Journal
title Effects of Pleural Effusion on Respiratory Function
title_full Effects of Pleural Effusion on Respiratory Function
title_fullStr Effects of Pleural Effusion on Respiratory Function
title_full_unstemmed Effects of Pleural Effusion on Respiratory Function
title_short Effects of Pleural Effusion on Respiratory Function
title_sort effects of pleural effusion on respiratory function
url http://dx.doi.org/10.1155/2004/496901
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AT mklimathianaki effectsofpleuraleffusiononrespiratoryfunction
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