Rahel Caliesch, David Beckwée, Jan Taeymans, Joseph M Schwab, Thomas Renaud, Quentin Brossard, Roger Hilfiker
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A standardized terminology and clear diagnostic criteria are lacking. FAI and microinstability may be associated and may aggravate each other. Conservative treatment strategies for FAI and microinstability are similar. The reported prevalence of microinstability in combination with FAI ranges from 21% to 42% in adults undergoing hip arthroscopy or magnetic resonance arthrography (MRA) of the hip.</p><p><strong>Conclusion: </strong>Hip microinstability and FAI may be associated, occur together, or exacerbate each other. To better address this topic, a standardized terminology for microinstability is essential. Achieving consensus on physical examination and diagnosis is also necessary. Initial efforts to establish uniform diagnostic criteria have been made, but further work is needed. Specifically, randomized controlled trials are required to evaluate the effectiveness of training programmes aimed at reducing symptoms in individuals with microinstability, with or without FAI. 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引用次数: 0
摘要
简介髋关节微稳定性已成为年轻患者非关节炎性髋关节疼痛和残疾的公认原因。然而,其病理生理学仍不清楚。我们希望:(1)概述髋关节微不稳及其与股骨髋臼撞击症(FAI)相关性的证据;(2)描绘现有证据的类型;(3)为未来研究提出建议:方法:采用演绎分析和提取法提取信息。此外,还提取或计算了诊断准确性统计数据:结果:在 2,808 份已确定的记录中,有 123 份符合纳入条件。微不稳定性存在不同的定义。缺乏标准化的术语和明确的诊断标准。FAI和微不稳可能存在关联,并可能相互加重。FAI和微不稳的保守治疗策略相似。在接受髋关节镜检查或髋关节磁共振造影(MRA)的成年人中,微不稳合并FAI的报告发病率从21%到42%不等:结论:髋关节微不稳和 FAI 可能相关联、同时发生或相互加重。为了更好地解决这一问题,必须对髋关节微不稳的术语进行标准化。就体格检查和诊断达成共识也是必要的。建立统一诊断标准的初步工作已经完成,但仍需进一步努力。具体而言,需要进行随机对照试验,以评估旨在减轻有或没有 FAI 的微小不稳定性患者症状的训练计划的有效性。此类研究将使临床医生能够在此背景下更有信心地处理微不稳定性。
Hip microinstability and its association with femoroacetabular impingement: A scoping review.
Introduction: Hip microinstability has become a recognized cause of non-arthritic hip pain and disability in young patients. However, its pathophysiology remains unclear. We want to (1) present an overview of the evidence of hip microinstability and of its association with femoroacetabular impingement (FAI), (2) map out the type of evidence available, and (3) make recommendations for future research.
Methods: A deductive analysis and extraction method was used to extract information. In addition, diagnostic accuracy statistics were extracted or calculated.
Results: Of the 2,808 identified records, 123 were eligible for inclusion. Different definitions for microinstability exist. A standardized terminology and clear diagnostic criteria are lacking. FAI and microinstability may be associated and may aggravate each other. Conservative treatment strategies for FAI and microinstability are similar. The reported prevalence of microinstability in combination with FAI ranges from 21% to 42% in adults undergoing hip arthroscopy or magnetic resonance arthrography (MRA) of the hip.
Conclusion: Hip microinstability and FAI may be associated, occur together, or exacerbate each other. To better address this topic, a standardized terminology for microinstability is essential. Achieving consensus on physical examination and diagnosis is also necessary. Initial efforts to establish uniform diagnostic criteria have been made, but further work is needed. Specifically, randomized controlled trials are required to evaluate the effectiveness of training programmes aimed at reducing symptoms in individuals with microinstability, with or without FAI. Such studies will enable clinicians to manage microinstability with greater confidence within this context.