Pleasanton, Calif. (June 19, 2018) — A report on a five-month study of intensive care unit patients shows that patients are turned less frequently than recommended and that the magnitude of the repositioning often fails to enable tissue reperfusion â€” which can result in the patient developing a pressure injury.
The study, "Pressure Injury Prevention Practices in the ICU: Real-World Data Captured by Wearable Patient Sensors," is the first to use the novel Leaf Patient Monitoring System to objectively analyze care related to the prevention of pressure injuries in patients admitted to ICUs. The article, posted on the WOUNDS website, will be published next month in the print journal of clinical research and practice.
The study found that there is a high degree of unintentional variability in delivery of care, in particular to men and obese patients.
"This is the first study to report that the magnitude of the majority of patient turns performed in the ICU are less than the recommended 30-degree turn angle threshold," states the report authored by David Pickham, PhD, RN, Stanford University School of Medicine. "We find dynamically measured turning frequency, turn magnitude, and tissue depressurization time to be sub-optimal."
In this study, the wearable Leaf Sensor was used only to assess the effectiveness of traditional care that uses conventional reminders. The study served to "uncover biases in care delivery based on a patient's sex and body mass index." It found that men "received significantly less preventative turning than women," which may explain why hospital-acquired pressure injuries occur more often in men. Furthermore, the study found that "compliance to turning protocols reduces as body mass index (BMI) increases," which may explain the higher rates of pressure injuries typically found in obese patients.
The article concludes that "wearable patient sensors can be used to identify and help mitigate disparities in care delivery."
"The standard of care for pressure injury prevention is to reposition high-risk and immobilized patients on a regular basis. However, in the busy hospital environment, it can be difficult to ensure that patients are repositioned sufficiently," said Dr. Barrett Larson, co-founder and CEO of Leaf. "The Leaf System makes it easy for providers to deliver a high-quality prevention program to all patients, regardless of gender, BMI, or other factors. By eliminating care disparities, the Leaf System can dramatically reduce pressure injury rates."
Pressure injuries are among the nation's most common facility-acquired conditions, affecting more than 2.5 million patients a year, and adding $11 billion to annual U.S. healthcare costs.
Leaf Healthcare is a medical technology company dedicated to preventing hospital-acquired pressure injuries/ulcers and other immobility-related complications, which are some of the most common and costly hospital-acquired conditions. Several studies have shown that the FDA-cleared Leaf Patient Monitoring System is a powerful tool that reduces hospital-acquired pressure injuries/ulcers, allows providers to prioritize care, and helps provide a safer environment for patients. The Leaf System is available through Leaf Healthcare and Smith & Nephew.
To learn more, visit www.leafhealthcare.com.
Leaf Healthcare, Inc.