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_21
Snippet: To simulate scenarios such as tube clogging and aspiration, the endotracheal tube of the artificial lung was mechanically obstructed, immediately increasing flow to the animal by 30% ( Figure 2F ). This was quickly resolved by closing the valve to that circuit and adjusting flow to the animal. compliance in the artificial lung (black). E) Simulation of decreased compliance of the animal lung following 100mL of saline infusion (black) F) Decreased.....
Document: To simulate scenarios such as tube clogging and aspiration, the endotracheal tube of the artificial lung was mechanically obstructed, immediately increasing flow to the animal by 30% ( Figure 2F ). This was quickly resolved by closing the valve to that circuit and adjusting flow to the animal. compliance in the artificial lung (black). E) Simulation of decreased compliance of the animal lung following 100mL of saline infusion (black) F) Decreased resistance of the artificial lung (black).
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