Alveolar pressure response to “top-hat” gas flow or pressure waves in artificial ventilation

Constant-flow inflation and a prolonged end-inspiratory pause were studied, observing the airway pressures in model lungs. The technique demonstrated the changes associated with compliance, resistance and gas redistribution under varying conditions. The studies suggest that when intratracheal pressures indicate a large element of gas redistribution, constant flow inflation and end-inspiratory pause produce pendelluft, and other pressure patterns are preferable for I.P.P. V.

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Airway Pressure Changes Observable with Constant-Flow Inflation and an End-Inspiratory Pause

Shanks

Campbell

1977

Anaesth Intensive Care

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Alveolar pressure response to “top-hat” gas flow or pressure waves in artificial ventilation

Cited by 1 publication

References 12 publications

Airway Pressure Changes Observable with Constant-Flow Inflation and an End-Inspiratory Pause

Airway Pressure Changes Observable with Constant-Flow Inflation and an End-Inspiratory Pause

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