Wireless MR Infusion System Minimizes Interruptions Due to Infusion Changes
By MedImaging International staff writers
Posted on 16 Sep 2008
A new wireless MR infusion system enables the clinician to control a patient's medication infusion during a magnetic resonance imaging (MRI) procedure from both inside and outside the scan room. Posted on 16 Sep 2008
When changes are needed, including flow rate, bolus, or to start or stop the infusion altogether, clinicians can control these parameters without interrupting the MRI scan with a new wireless remote display featuring a color touch screen. This option will increase workflow efficiencies and throughput while enhancing clinician confidence by enabling easy selection from up to nine intravenous (IV) stands, minimizing scan interruptions due to infusion changes and displaying all infusion parameters.
Medrad, Inc. (Warrendale, PA, USA), reported that the wireless version of its Continuum MR Infusion System has received U.S. Food and Drug Administration (FDA) 510(k) clearance. "The Continuum Wireless is designed to produce efficiency and boost throughput in MRI, but it also builds confidence in the patient care staff that control of a patient's medication is always nearby, especially when implemented for applications like pediatric sedation,” said Joe Havrilla, senior vice president, Medrad MR Business Unit.
Continuum Wireless joins the Veris MR monitor as the second product to utilize Medrad's Certo MR wireless network. The original Continuum MR infusion system was introduced in 2002 as the first infusion system designed for the harsh electro-magnetic environment in MR. Medrad has designed an upgrade path to wireless for current Continuum users.
Medrad is a worldwide leading provider of medical devices and services that enable and enhance imaging procedures of the human body. Used in diagnostic imaging, Medrad's product range includes a line of vascular injection systems, MR surface coils, and patient care products, and equipment services. Medrad is an affiliate of Bayer AG.
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