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Premier Philadelphia Academic Medical Center Implements Advanced Masimo Wearable Wireless Patient Position, Orientation and Activity Sensors in its ICU
Massimo (Nasdaq:still) and Temple Health announced today Temple University Hospital (TUH)A 722-bed academic medical center in Philadelphia is expanding its use of Masimo technology, which works with Centroid™, an advanced wireless patient position, orientation, activity and respiration rate sensor, in 100 of its ICU units on the bed.
This press release features multimedia. Check out the full version here: https://www.businesswire.com/news/home/20220207005870/en/
Masimo Centroid™ with Root® and Replica® (Graphic: Business Wire)
Centroid helps clinicians monitor patient position to avoid preventable pressure injuries and can alert clinicians to sudden movements, such as a fall event. In addition, the Centroid detects chest motion to continuously provide respiratory rate, helping clinicians obtain additional data that may inform nursing decisions.centroid pair and root® Patient monitoring and connectivity platform using Bluetooth® Tracks the patient’s posture, orientation, and activity, providing the ability to monitor patient position and detect changes in position. Data transmitted by Centroid can be displayed on Root in a variety of formats, providing clinicians with multiple ways to assess adherence to tissue stress protocols and tailor care to each patient’s specific needs. Additionally, Centroid data can be relayed through the Masimo Hospital Automation™ platform to Patient SafetyNet™, Masimo’s centralized remote patient supplemental monitoring platform, and Replica®a mobile application that allows clinicians to view continuous data from any location.
At TUH, all ICU beds are equipped with Root and Centroid, including Trauma ICU, Cardiothoracic ICU, Burn ICU, Neurological ICU and Medical Respiratory ICU. “We are delighted to expand our relationship with Masimo, which has proven itself to be a key technology partner in our efforts to improve patients,” said Dr. Angelo Venditti, Executive Vice President of Patient Care and Chief Nursing Executive Officer at Temple Health.
Hospital-acquired pressure injuries (HAPIs), commonly known as bedsores, are on the rise—occurring in nearly 5 percent of all hospitalized patients in the United States.1 Elderly and critically ill patients are generally at the highest risk of developing HAPI, which may lead to further treatment and prolonged hospital stay.
Hospitals also face a significant financial burden to exacerbate the patient impact associated with these pressure injuries. Pressure injuries are classified as “hospital-acquired illness” or HAC, and HAC-related treatment costs are not reimbursed to hospitals. A single pressure injury can quickly add up to tens of thousands of dollars. Many facilities in the United States spend millions of dollars a year treating these wounds.2 Pressure injury is also a reportable quality indicator for CMS.3
According to the National Pressure Injury Advisory Panel (NPIAP), schedule rotation is known to prevent HAPI, but most hospitals in the U.S. are still using technologies such as paper wall clocks or egg timers to try and optimize the practice4 – Proven ineffective and antiquated methods in modern healthcare. Staffing issues and competing priorities are straining nurses across the U.S., making it difficult to keep track of when a patient was last turned without a more sophisticated system.
The Centroid is a single-patient-use viscous sensor for directional monitoring of patients who may be prone to pressure ulcers by tracking the patient’s motion and activity using accelerometers and gyroscopes. Centroid can identify the patient’s location and orientation to the closest possible degree and alert based on the duration of the static location to help clinicians adhere to hospital patient steering protocols. Centroid also features customizable alert zones to help avoid patient locations that could negatively impact recovery time. …
The full story is available on Benzinga.com
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