德国的
苦恼
结构效度
慢性疼痛
心理测量学
探索性因素分析
心理学
临床心理学
比例(比率)
疼痛量表
内容有效性
收敛有效性
验证性因素分析
同时有效性
应对(心理学)
医学
物理疗法
计算机科学
内部一致性
结构方程建模
语言学
哲学
量子力学
机器学习
物理
作者
Lorin Stahlschmidt,Meltem Dogan,Bettina Hübner-Möhler,Kelsey Jervis,Edin T. Randall,Dustin P. Wallace,Boris Zernikow,Julia Wager
标识
DOI:10.1016/j.jpain.2023.01.007
摘要
No validated measure for pain self-efficacy in children and adolescents is currently available in the German language, and existing English versions have limitations. This study used a thorough development process to create the Scale for Pain Self-Efficacy (SPaSE) in both German and English languages. Scale development was based on self-efficacy theory, adapting items from existing self-efficacy measures, and review of patients' perspectives. The final version of the 11-item SPaSE was created with expert discussions and testing of content validity, comprehensibility, and construct validity. The validation process consisted of exploratory factor analysis, testing of item characteristics, internal consistency, and sensitivity to change in 2 German samples of children and adolescents with chronic pain (study 1: outpatient sample N = 150, inpatient sample N = 31). Cross-validation in a U.S. sample (study 2: N = 98) confirmed the 1-factor structure, the sound psychometric properties and reliability of the SPaSE. Sum scores of the SPaSE were negatively correlated with pain-related disability, pain intensity, passive pain coping strategies, and emotional distress, in line with previous research. The valid and reliable SPaSE can be used in clinical practice to monitor pain treatment progress, advances the field of pain self-efficacy research in Germany, and opens the door to comparative research in German and English samples. Perspective This article presents psychometric properties of a newly developed measure of pain self-efficacy in children and adolescents that is available in both German and English language. This measure could be used in both research and clinical practice to measure treatment progress and outcome.
科研通智能强力驱动
Strongly Powered by AbleSci AI