Selected article for: "respiratory rate and tidal volume"
Author: Shriya Srinivasan; Khalil Ramadi; Franceso Vicario; Declan Gwynne; Alison Hayward; Robert Langer; Joseph Frassica; Rebecca Baron; Giovanni Traverso
Title: Individualized System for Augmenting Ventilator Efficacy (iSAVE): A Rapidly deployable system to expand ventilator capacity
  • Document date: 2020_3_29
    • ID: aarthz9w_3
    Snippet: Ventilators aim to achieve two main goals, oxygenation and ventilation. Modern ventilators enable the control of various parameters including tidal volume (VT), inspiratory pressure, positive end expiratory pressure (PEEP), fractional oxygen concentrations (FiO2), and respiratory rate. Patients with ARDS are usually ventilated using low VT ventilation and high PEEP to limit lung injury (lung-protective ventilation), which has been shown to improv.....
    Document: Ventilators aim to achieve two main goals, oxygenation and ventilation. Modern ventilators enable the control of various parameters including tidal volume (VT), inspiratory pressure, positive end expiratory pressure (PEEP), fractional oxygen concentrations (FiO2), and respiratory rate. Patients with ARDS are usually ventilated using low VT ventilation and high PEEP to limit lung injury (lung-protective ventilation), which has been shown to improve patient mortality. 11 For lung-protective ventilation using volume-control, VT, PEEP, and respiratory rate are carefully set based on individual patient parameters while inspiratory pressure varies. Alternatively, pressure control ventilation can be used, in which pressure applied to the airway is constant and VT varies.

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