Ling Samuel K K, Chan Vincent, Ho Karen, Ling Fona, Lui T H
Department of Orthopaedics & Traumatology, North District Hospital, Hong Kong Special Administrative Region.
Department of Orthopaedics & Traumatology, North District Hospital, Hong Kong Special Administrative Region.
Foot (Edinb). 2018 Jun;35:48-51. doi: 10.1016/j.foot.2017.12.001. Epub 2017 Dec 21.
Develop the first reliable and validated open-source outcome scoring system in the Chinese language for foot and ankle problems.
Translation of the English FAOS into Chinese following regular protocols. First, two forward-translations were created separately, these were then combined into a preliminary version by an expert committee, and was subsequently back-translated into English. The process was repeated until the original and back translations were congruent. This version was then field tested on actual patients who provided feedback for modification. The final Chinese FAOS version was then tested for reliability and validity. Reliability analysis was performed on 20 subjects while validity analysis was performed on 50 subjects. Tools used to validate the Chinese FAOS were the SF36 and Pain Numeric Rating Scale (NRS). Internal consistency between the FAOS subgroups was measured using Cronbach's alpha. Spearman's correlation was calculated between each subgroup in the FAOS, SF36 and NRS.
The Chinese FAOS passed both reliability and validity testing; meaning it is reliable, internally consistent and correlates positively with the SF36 and the NRS.
The Chinese FAOS is a free, open-source scoring system that can be used to provide a relatively standardised outcome measure for foot and ankle studies.
开发首个可靠且经过验证的中文开源足踝问题结局评分系统。
按照常规方案将英文足踝结局评分量表(FAOS)翻译成中文。首先,分别进行两次正向翻译,然后由一个专家委员会将其合并为一个初步版本,随后再反向翻译成英文。重复此过程,直到原始翻译和反向翻译一致。然后在实际患者中对该版本进行现场测试,患者提供反馈以进行修改。最后对中文FAOS版本进行可靠性和有效性测试。对20名受试者进行可靠性分析,对50名受试者进行有效性分析。用于验证中文FAOS的工具是SF36和疼痛数字评定量表(NRS)。使用克朗巴哈系数测量FAOS各亚组之间的内部一致性。计算FAOS各亚组、SF36和NRS之间的斯皮尔曼相关性。
中文FAOS通过了可靠性和有效性测试;这意味着它是可靠的、内部一致的,并且与SF36和NRS呈正相关。
中文FAOS是一个免费的开源评分系统,可用于为足踝研究提供相对标准化的结局测量。