Article of the Month – December 2023
December 29, 2023
Bioxcel Therapeutics
December 29, 2023

Centroid®

Wearable that tracks orientation, activity, and respiration rate through a sensor. Contributes to help clinicians monitor patient position to avoid preventable pressure injuries...

The goal of Masimo is to provide the best possible treatment for patients by expanding the use of non-invasive monitoring across many fields. The Centroid by Masimo enables clinicians to have more control over what used to be considered a “never event” – pressure ulcers, which are often caused by medical errors.

The device has an adhesive attachment placed anywhere on the skin and pairs wirelessly to the Root® Patient Monitoring and Connectivity Platform via Bluetooth. Root® monitors the motion and can detect any change in position, appearing on the screen display as a human figure. It uses color-coded markers to distinguish the different levels of risk posed by static at a given time. 

The Centroid design is for patients at risk for having little to no daily movement, whether during an extended hospital stay or for those that are wheelchair-bound and restricted in their range of motion or unable to get regular physical activity due to a disability. A lack of changing positions can result in a pressure sore anywhere on the body. Pressure sores are serious issues that affect approximately 2.5 million people a year in the US and cause 60,000 directly correlated deaths. However, they are avoidable with consistent monitoring of movement, which is one of the services that Centroid provides, in addition to monitoring activity levels and respiration rate. Some alerts warn physicians on their smart devices if a patient has been still for too long, which helps to initiate proper patient movement protocols; similar notifications of sudden movements by the patient can help prevent falls and injuries.

The display features a time-in position color chart and a three-dimensional representation of the human body that makes it easy for the user to identify which areas of the body are most at risk of developing a pressure ulcer. The device also shows the angle of the bed or seat rounded to the nearest angulation and a timer that starts over every time the patient shifts position. The respiration rate and tissue stress over time are two unique features that could help make these “never events” less common through this high-tech prevention measure.

TouchPoints represents a novel approach to stress reduction, leveraging wearable technology to intervene in the body’s stress response. The reported short-term benefits and the potential for creating new behavior patterns make TouchPoints an intriguing tool for individuals seeking effective stress management strategies. As research in this field continues to evolve, the role of TouchPoints in promoting both mental and physical well-being will become more apparent, offering hope for a future where innovative technologies contribute to a healthier, stress-resilient society.

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