Author: Dalli, Jeffrey; Khan, Mohammad Faraz; Nolan, Kevin; Cahill, Ronan A
Title: Laparoscopic Pneumoperitoneum Escape and Contamination during Surgery using the Airseal Insufflation System: Video Vignette Cord-id: 7rf1arpd Document date: 2020_7_9
ID: 7rf1arpd
Snippet: Unanticipated behaviours of the Airseal Insufflation and Access System (Conmed, NY, USA), in the public domain since 2017, have been recently restated by the manufacturer in light of the COVID19 pandemic and widespread concerns regarding aerosolization hazards during surgery. The associated video illustrates this device’s tendency for intraâ€abdominal gas effluvium to be continually blown into the operating room during use as well as the phenomenon of air entrainment (i.e. the tendency for ro
Document: Unanticipated behaviours of the Airseal Insufflation and Access System (Conmed, NY, USA), in the public domain since 2017, have been recently restated by the manufacturer in light of the COVID19 pandemic and widespread concerns regarding aerosolization hazards during surgery. The associated video illustrates this device’s tendency for intraâ€abdominal gas effluvium to be continually blown into the operating room during use as well as the phenomenon of air entrainment (i.e. the tendency for room air to be sucked into the abdomen) during high pressure intraoperative suctioning. We used a combination of assessment technologies in a highâ€fidelity simulation model (fresh porcine cadaver) as well as during clinical surgery to examine gas flow through the Airseal 12mm valveâ€less trocar with the Airseal IFS carbon dioxide (CO(2)) insufflator in Airseal mode.
Search related documents:
Co phrase search for related documents- Try single phrases listed below for: 1
Co phrase search for related documents, hyperlinks ordered by date