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The NICO sensor (consists of on-airway flow sensor, mainstream CO2 sensor, adjustable dead space tubing, and a pneumatic valve) was attached between the endotracheal tube and the breathing circuit of the patient.
Airway flow and pressure sensors were connected to the respiratory circuit, proximal to the Y-piece.
Briefly, O2 is measured with a side stream sensor, and airway flow is retrieved from the EVITA XL ventilator (Dräger Medical, Lubeck, Germany).
Airway flows were recorded without HFNC by the flow sensor in the lung model.
Dead space fractions and CO2 elimination were measured with a NICO monitor (Philips, Wallingford, CT, USA), where airway flow and CO2 signals were monitored by mainstream sensors placed between the endotracheal tube and the 'Y' piece of the ventilator circuit.
Airway pressure and flow were measured by the proximal flow sensor of the ventilator.
Airway pressure and flow waveforms were sampled from the ventilator using a proximal flow sensor inserted in the patient's circuit.
A Venturi-type flow sensor has been designed and fabricated for neonatal respiratory assistance to control airway pressure and tidal volume.
Airway flow, airway pressure (Paw) and esophageal pressure were measured using calibrated flow and pressure sensors placed at the endotracheal tube, and respiratory parameters calculated.
4. Replace the mass air flow sensor.
The imaged exit airway flow rate fractions are derived from regional ventilation with the aid of a three-dimensional (3D) and one-dimensional (1D) coupled airway tree that connects the airways to the alveolar tissue.
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