RC Model-based Comparison Tests of the Added Compliance Method with Computer Simulations and a Standard Method

RC Model-based Comparison Tests of the Added Compliance Method with Computer Simulations and a Standard Method

Ventilation of the lungs involves the exchange of gases during inhalation and exhalation causing the movement of respiratory gases between alveolars and the atmosphere as a result of a pressure drop between alveolars and the atmosphere. During artificial ventilation what is most important is to keep...

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Veröffentlicht in:Polish journal of medical physics and engineering 2007-01, Vol.13 (1), p.13-21
Hauptverfasser: Pałko, Krzysztof, Rogalski, Andrzej, Zieliński, Krzysztof, Glapiński, Jarosław, Kozarski, Maciej, Pałko, Tadeusz, Darowski, Marek
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container_title Polish journal of medical physics and engineering
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creator Pałko, Krzysztof
Rogalski, Andrzej
Zieliński, Krzysztof
Glapiński, Jarosław
Kozarski, Maciej
Pałko, Tadeusz
Darowski, Marek
description Ventilation of the lungs involves the exchange of gases during inhalation and exhalation causing the movement of respiratory gases between alveolars and the atmosphere as a result of a pressure drop between alveolars and the atmosphere. During artificial ventilation what is most important is to keep specific mechanical parameters of the lungs such as total compliance of the respiratory system C p (consisting of the lung and the thorax compliances) and the airway resistance R p when the patient is ventilated. Therefore, as the main goal of this work and as the first step to use our earlier method of added lung compliance in clinical practice was: 1) to carry out computer simulations to compare the application of this method during different expiratory phases, and 2) to compare this method with the standard method for its accuracy. The primary tests of the added-compliance method of the main lung parameters measurement have been made using the RC mechanical model of the lungs.
doi_str_mv 10.2478/v10013-007-0002-9
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title RC Model-based Comparison Tests of the Added Compliance Method with Computer Simulations and a Standard Method
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