Surgical Research, Technology / 24.03.2025

[caption id="attachment_67504" align="aligncenter" width="500"]valve-regulator-co2 Photo by Mike van Schoonderwalt[/caption] CO2 regulators are vital devices applied to control the pressure and flow of carbon dioxide gas, which is provided in a safe and efficient manner. They are both important in healthcare and industrial contexts, and their function helps boost performance, accuracy, and security in various procedures. Learning the function of CO2 regulators and where they find application points to their importance in daily operations. Medical Applications of CO2 Regulators CO2 regulators have numerous applications in medical procedures and treatments. They are perhaps most frequently used in laparoscopic surgery when physicians use CO2 gas to inflate the abdominal cavity. Inflating the abdomen increases space within the body and enhances visibility. Those looking to buy co2 regulators can benefit from their ability to provide a smooth and regulated supply of gas, ensuring safer procedures and reducing complications for patients.
Author Interviews, Hospital Acquired, Infections, Surgical Research, Technology / 10.01.2017

MedicalResearch.com Interview with: Alex Carignan, MD, MSc Department of Microbiology and Infectious Diseases Université de Sherbrooke, Quebec, Canada  MedicalResearch.com: What is the background for this study? What are the main findings? Response: Although reports of iatrogenic transmission directly linked to surgical power tools (SPTs) are rare, the decontamination of such instruments is challenging due to their complex designs, which may restrict access to cleaning and sterilization agents, and because they often become contaminated after use. Most studies on infection risk with ultrasonic surgical power tools include patients who underwent phacoemulsification surgeries,but it is logical to assume that lumen contaminants, including bacteria and proteinaceous material from previous operations, may be found in neurosurgery SPTs as well. During June 2015, the infection control department at our institution was notified of an increase in the number of surgical site infection cases following craniotomy since January 2015. We investigated an outbreak of neurosurgical SSIs at a tertiary care hospital in Quebec, Canada, to identify the outbreak’s cause, and our investigation strongly suggests that modifying the reprocessing procedure of an ultrasonic surgical aspirator caused the outbreak.