Selected article for: "patient inspiratory pressure and tidal volume"
Author: Micha Sam Brickman Raredon; Clark Fisher; Paul Heerdt; Ranjit Deshpande; Steven Nivison; Elaine Fajardo; Shamsuddin Akhtar; Thomas Raredon; Laura E. Niklason
Title: Pressure-Regulated Ventilator Splitting (PReVentS): A COVID-19 Response Paradigm from Yale University
  • Document date: 2020_4_6
    • ID: mqj071gp_72
    Snippet: As described above in Figure 9 , setting the inspiratory pressure-gated valves to a given pressure results in a subtraction of that pressure from the ventilator inspiratory pressure for each patient. Hence, for a set ventilator PIP of 35 cmH20, a pressure-gated valve setting of 15 cmH20 for Lung B results in an inspiratory pressure of 20 cmH20 for that lung. As the setting on the pressure-gated inspiratory valve increases, the resultant inspirato.....
    Document: As described above in Figure 9 , setting the inspiratory pressure-gated valves to a given pressure results in a subtraction of that pressure from the ventilator inspiratory pressure for each patient. Hence, for a set ventilator PIP of 35 cmH20, a pressure-gated valve setting of 15 cmH20 for Lung B results in an inspiratory pressure of 20 cmH20 for that lung. As the setting on the pressure-gated inspiratory valve increases, the resultant inspiratory pressure for that lung decreases, and the resultant tidal volume also decreases, in a linear fashion in this experiment.

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