At a glance
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Influence of the End-inspiratory Pause on Mechanical Ventilation and Its Correlation With Electrical Impedance Tomography
In Brief
A clinical study evaluating End-inspiratory pause 10% and End-inspiratory pause 30% for Anesthesia and Surgery. Completed, enrolled 32 participants across 1 site.
Detailed Summary
This study evaluates the influence of two different end-inspiratory pause (EIP) times on respiratory mechanics and arterial gases of surgical patients when ventilated under an open lung approach (OLA) strategy. The investigators evaluate the impact of using EIP 10% versus 30% of the inspiratory time on a volume control model. The investigators also analyse the potential influence of these EIP on pulmonary gas distribution measured by electric impedance tomography.
Study Details
Timeline
Interventions
Percentage of the total inspiratory time in which there is no gas flow. It is the period of time between the cessation of the inspiratory flow and the start of expiration. In this intervention arm it would correspond to a 10% of the total inspiratory time
Percentage of the total inspiratory time in which there is no gas flow. It is the period of time between the cessation of the inspiratory flow and the start of expiration. In this intervention arm it would correspond to a 30% of the total inspiratory time