Invasive mechanical ventilation

Invasive mechanical ventilation with AirlCU




Closed loop atomization reduces aerosol contamination caused by open system dosing.

Open system pressurization contaminates aerosols. Maintaining a closed circuit during mechanical ventilation is crucial for safety andreduces patient bioaerosol risks. Nebulizer choice affects bioaerosol release; open-system jets release more.lnterrupting ventilationcircuit during jet nebulizer refilling releases patient bioaerosols. No partices released during VMN drug refll as circuit stayed intact.

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High-flow, integrated aerosol delivery

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Closed-oop nebulization, with stable pressure within the loop, has a slight effect on mechanical ventilation parameters. Using various nebulizers impacts patient bioaerosol emissions and ventilation, Closing the circuit lowers pulmonary edema risk during mechanical ventilation. Disconnecting the circuit to refill the IN during simulated ventilation releases patient bioaerosols, decreasing PEEP, JN refilling decreases circuit pressure, possibly causing pulmonary edema.

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