The Proxima Patient-Dedicated Blood Gas Analyzer Can Improve Infection Control
13 Sept 2016
Sphere Medical, an innovative company in critical care monitoring and diagnostics equipment, today announces that it will be discussing how its Proxima patient-dedicated blood gas monitoring system can be used to enhance flu readiness and improve infection control in Intensive Care Units at HAI 2016 (Hauptstadtkongresses für Anästhesiologie und Intensivtherapie). To be held in Berlin from 15-18th September, HAI 2016 provides an ideal opportunity for practical skills development and the updating of knowledge in many aspects of intensive care.
As one of the latest technological developments for near real-time monitoring of blood gas in critical care patients, Proxima will be showcased on Stand 23 at HAI 2016. The miniaturized in-line analyzer, enables rapid and frequent arterial blood gas results to be delivered directly at a patient’s bedside monitor without the care giver walking away with a sample to a central analyzer. This is ideal from an infection control perspective, for example, during outbreaks of winter influenza when vulnerable patients are placed in isolation to prevent contact and droplet-spread.
Wolfgang Rencken, CEO, Sphere Medical notes, “Blood gas measurements are key parameters when monitoring critical care patients with respiratory complications. Since frequent arterial blood sampling is necessary, a key aspect of infection prevention and control with such patients is the strict management of their blood samples. As Proxima operates as a closed system there is no contact with the patient’s blood which is all returned to the patient. Measuring blood gas actually in the patient’s bed space also enhances workflow in ICUs which is important when pressured during winter flu outbreaks.”
Sphere Medical has also recently published an in-depth discussion on how the Proxima patient-dedicated blood gas analyzer could help avoid infection transmission and enhance workflow in intensive care units, particularly when under pressure during outbreaks of winter influenza.