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◆ Journal of patient safety2026-09-03

Development of the Physical Restraint Decision-Making Assessment Instrument: A Validation Study.

Kin Fung So, Lap Fung Tsang, Cheuk Fung Ng, Tak Po Cheung, Ka Po Lo, Siu Keung Tang, Lok Man Leung

一句话结论 · In one sentence

The instrument demonstrates strong psychometric properties and shows promise as a structured tool to support and standardize the complex decision-making process for applying physical restraints. Clinical effectiveness and impact on restraint rates and patient outcomes require confirmation through the planned randomized controlled trial before routine implementation is recommended.

原始摘要(英文原文)· Original abstract
OBJECTIVES: The use of physical restraints is a common practice in acute-care hospitals. Nonetheless, physical restraints are associated with adverse patient outcomes and ethical dilemmas. Currently, a comprehensive evidence-based instrument that can guide nurses through the complex decision-making process concerning the use of physical restraints is lacking. This study aimed to develop and validate the Physical Restraint Decision-Making Assessment Instrument to support and standardize nurses' decision-making regarding the use of physical restraints in acute-care settings. METHODS: Instrument items were developed through a systematic review of the existing literature and interviews with stakeholder focus groups. A 2-round Delphi technique involving 5 multidisciplinary experts was used to establish content validity, which was assessed using the content validity index (CVI) and modified kappa coefficient (k*). Subsequently, 10 clinical teaching nurses evaluated face validity using the face validity index (FVI). Finally, 3 nurses independently assessed 30 patients to determine inter-rater reliability, with agreement measured using Fleiss' kappa. RESULTS: The Delphi process refined an initial set of 36 items into a final 31-item instrument. This tool showed excellent content validity (scale-level CVI [S-CVI/Ave] of 0.99 for relevance and 0.99 for clarity) and satisfactory face validity (scale-level FVI [S-FVI/Ave] of 0.90). The inter-rater reliability was almost perfect, with Fleiss' kappa value of 0.822 (P<0.001). CONCLUSIONS: The instrument demonstrates strong psychometric properties and shows promise as a structured tool to support and standardize the complex decision-making process for applying physical restraints. Clinical effectiveness and impact on restraint rates and patient outcomes require confirmation through the planned randomized controlled trial before routine implementation is recommended.
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