Selected article for: "breathing circuit and flow control valve"
Author: Matthew Levin; Martin D Chen; Anjan Shah; Ronak Shah; George Zhou; Erica Kane; Garrett Burnett; Shams Ranginwala; Jonathan Madek; Christopher Gidiscin; Chang Park; Daniel Katz; Benjamin Salter; Roopa Kohli-Seth; James B Eisenkraft; Suzan Uysal; Michael McCarry; Andrew B Leibowitz; David L Reich
Title: Differential ventilation using flow control valves as a potential bridge to full ventilatory support during the COVID-19 crisis
  • Document date: 2020_4_21
    • ID: djul495n_5
    Snippet: The split circuit system design is as follows (Figure 1 ). The ventilator breathing circuit is split using standard T-pieces and connectors. Attached to either end of the T-piece is a custom designed and manufactured adjustable flow control valve, followed by a one-way valve, and then the inspiratory limb of the breathing circuit. The flow control valve is an investigational device not yet approved by the Food and Drug Administration. An Emergenc.....
    Document: The split circuit system design is as follows (Figure 1 ). The ventilator breathing circuit is split using standard T-pieces and connectors. Attached to either end of the T-piece is a custom designed and manufactured adjustable flow control valve, followed by a one-way valve, and then the inspiratory limb of the breathing circuit. The flow control valve is an investigational device not yet approved by the Food and Drug Administration. An Emergency Use Authorization has been submitted. At the distal (patient) end, a standard spirometry sensor is placed in-line between the endotracheal tube (ETT) elbow connector and the wye connector of the breathing circuit. The All rights reserved. No reuse allowed without permission. author/funder, who has granted medRxiv a license to display the preprint in perpetuity.

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