Implementation and Evaluation of CBPM Technology — CBPM  

Surgical Wound Clinical Trial

Official title: Implementation and Evaluation of a Continuous Bedside Pressure Mapping System in Multiple Patient Care Settings

Status Not yet recruiting

Clinical Trial Summary

Background & Rationale: Pressure injuries are costly to treat and are prevalent in about 26% of patients across all healthcare settings in Canada. Wounds Canada has developed recommendations for prevention and management to tackle this problem that include pressure injury risk assessment, pressure relief surfaces, nutrition, wound monitoring, and wound care. Continuous bedside pressure mapping (CBPM) technology can assist with effective repositioning of patients to prevent pressure injuries. The ForeSite Intelligent Surface system (ForeSite IS) is a CBPM technology that uses machine learning and artificial intelligent software for more intuitive repositioning of patients. Various studies have shown the technology to be effective in reducing pressure injuries and providing adequate pressure redistribution for patients with a PI flap reconstruction. Furthermore, some studies have indicated the device's cost savings, but there are no known publications on cost-effectiveness. Despite the few studies evaluating CBPM technology, few have implemented it in nursing care. Particularly in Canada, there are no guidelines for incorporating CBPM technology into pressure injury prevention care plans or post-surgical recovery in any healthcare setting. Research Question and Objectives: In this study we will be piloting the ForeSite IS system in long-term care, acute care, plastic surgery and trauma patients to further identify the benefits of utilizing the device and evaluate its implementation. The primary objectives are: 1. To determine if the ForeSite IS system can be incorporated in improving quality of care for at risk patients by providing continuous skin exposure monitoring 2. To determine if the ForeSite IS system can provide evidence of skin breakdown to reduce the incidence and risk of PIs 3. To determine if the ForeSite IS system can assist with offloading of pressure to improve healing of post-surgical patients The secondary objectives are: 1. To determine if the device improves nursing workflow and productivity 2. To determine the cost-effectiveness of using the ForeSite IS system Methods: The ForeSite IS system will be piloted in long-term care and acute care for six months. The researchers will identify patients with nursing staff and get permission to approach them. Once permitted, they will explain the study and obtain written consent from patients who agree to participate. Nursing staff will be responsible for setting up and removing the device from the patient's bed. For the first 48 hours of monitoring with the device, no visual feedback (blinded period) will be provided to the nursing staff to collect interface pressure and patient repositioning data on current care practices. Nursing staff will then have another 48 hours to use the visual feedback from the device and acclimatize to the device (acclimatization period). Afterwards, nursing staff will use the visual feedback for the remainder of the patient's two to three weeks of monitoring (active period), depending on the clinical setting. Nurses will continue with routine skin assessments throughout the entire monitoring with additional skin assessments if prompted by the visual feedback during the active period. Interface pressure and patient repositioning in the first 48-hour blinded period will be compared to the monitoring period after the 48-hour acclimatization period. After implementation of the pilot, clinical outcomes will be compared to clinical outcomes of a six-month period prior to the pilot. Pre-implementation focus groups/interviews will be conducted with nursing staff to help each clinical setting develop a protocol for using the ForeSite IS system and develop strategies for implementation. Post-implementation focus groups/interviews will be conducted one to two months after implementation of the system to understand the system's barriers, facilitators, and sustainability aspects.

Clinical Trial Description

n/a

Related Conditions & MeSH terms

• Crush Injuries
• Pressure Injury
• Surgical Wound

• NCT number: NCT05363475
• Study type: Interventional
• Source: University of Calgary
• Contact: Barry W Baylis, MD
• Phone: (403)220-2859
• Email: baylis@ucalgary.ca
• Status: Not yet recruiting
• Phase: N/A
• Start date: June 1, 2022
• Completion date: March 31, 2023