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_18
Snippet: We performed ventilation of a large animal (Yorkshire Swine, 70kg) alongside an artificial lung, delivering a total VT = 500mL from the ventilator ( Figure 2A ). The swine possesses a 5-6L capacity, similar to human lungs and serves as a good model for this testing. Oxygen saturation, ETCO2, RR, and VT delivered to the swine and test lungs were monitored. The iSAVE was able to deliver variable volumes to each channel. Ratios of 50:50, 40:60, and .....
Document: We performed ventilation of a large animal (Yorkshire Swine, 70kg) alongside an artificial lung, delivering a total VT = 500mL from the ventilator ( Figure 2A ). The swine possesses a 5-6L capacity, similar to human lungs and serves as a good model for this testing. Oxygen saturation, ETCO2, RR, and VT delivered to the swine and test lungs were monitored. The iSAVE was able to deliver variable volumes to each channel. Ratios of 50:50, 40:60, and 30:70 are presented in Figure 2B .
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