1. Comparative occipital pressure mapping in the operating room.
- Author
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Walden L, Teleten O, Peterson L, Yao A, and Kirkland-Kyhn H
- Subjects
- Humans, Pressure Ulcer physiopathology, Pressure Ulcer prevention & control, Pressure adverse effects, Quality Improvement, Bedding and Linens standards, Bedding and Linens statistics & numerical data, Equipment Design standards, Equipment Design methods, Operating Rooms methods, Operating Rooms standards
- Abstract
Background: Hospital-acquired occipital pressure injuries are a preventable cause of morbidity and mortality in the perioperative setting., Purpose: To find the occipital cushion/pillow with the lowest measured peak pressures and the highest measured surface area using pressure mapping technology., Materials and Methods: A quality improvement project involving 3 operating room staff volunteers was conducted using pressure mapping. Five different pillows were tested based on what the study location commonly used and had available. The pillows included: standard pillow with pillowcase, non-powered fluidized positioner, medium-sized (17 × 17 × 1.5 inches) static seat cushion placed under the shoulders and head, pediatric-sized (13 × 13 × 2 inches) static air cushion placed under the head, and foam donut., Results: The non-powered fluidized positioner had the highest average pressure and peak pressure for all 3 volunteers. The medium static air seat cushion had the lowest average and peak pressures for 2 out of 3 volunteers. None of the head cushions consistently demonstrated a larger surface area of pressure distribution., Conclusions: The medium-sized static air seat cushion, placed under the shoulders and head, demonstrated the most favorable pressure redistribution properties. The non-powered fluidized positioner demonstrated the least favorable pressure redistribution properties.
- Published
- 2024
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