PDF(Pubmed)
Abstract：
BACKGROUND: Wearable neuromuscular and biomechanical biofeedback technology has the potential to improve patient outcomes by facilitating exercise interventions. We will conduct a systematic review to examine whether the addition of wearable biofeedback to exercise interventions improves pain, disability and quality of life beyond exercise alone for adults with chronic non-specific spinal pain. Specific effects on clinical, physiological, psychological, exercise adherence and safety outcomes will also be examined.
METHODS: A systematic search will be conducted from inception to February 2024. Full articles in the English language will be included. MEDLINE, PubMed, CINAHL, EMBASE, Web of Science, PsycINFO, AMED, SPORTDiscus, CENTRAL databases, clinical trial registries and ProQuest (PQDT) will be used to search for eligible studies. Grey literature and conference proceedings (2022-2024) will be searched for relevant reports. Randomised controlled trials using wearable neuromuscular or kinematic biofeedback devices as an adjunct to exercise interventions for the treatment of chronic spinal pain will be included in this systematic review. The comparators will be wearable biofeedback with exercise versus exercise alone, or wearable biofeedback with exercise versus placebo and exercise. Risk of bias will be assessed using Cochrane Back Review Group criteria and the quality of evidence using Grading of Recommendations Assessment, Development and Evaluation recommendations.
BACKGROUND: The systematic review will be based on published studies, and therefore, does not require ethical approval. The study results will be submitted for publication in an international, open-access, peer-reviewed journal and shared through conferences and public engagement.
UNASSIGNED: CRD42023481393.
METHODS: A systematic search will be conducted from inception to February 2024. Full articles in the English language will be included. MEDLINE, PubMed, CINAHL, EMBASE, Web of Science, PsycINFO, AMED, SPORTDiscus, CENTRAL databases, clinical trial registries and ProQuest (PQDT) will be used to search for eligible studies. Grey literature and conference proceedings (2022-2024) will be searched for relevant reports. Randomised controlled trials using wearable neuromuscular or kinematic biofeedback devices as an adjunct to exercise interventions for the treatment of chronic spinal pain will be included in this systematic review. The comparators will be wearable biofeedback with exercise versus exercise alone, or wearable biofeedback with exercise versus placebo and exercise. Risk of bias will be assessed using Cochrane Back Review Group criteria and the quality of evidence using Grading of Recommendations Assessment, Development and Evaluation recommendations.
BACKGROUND: The systematic review will be based on published studies, and therefore, does not require ethical approval. The study results will be submitted for publication in an international, open-access, peer-reviewed journal and shared through conferences and public engagement.
UNASSIGNED: CRD42023481393.
摘要：
背景：可穿戴神经肌肉和生物力学生物反馈技术具有通过促进运动干预来改善患者预后的潜力。我们将进行系统评价，以检查在运动干预中添加可穿戴生物反馈是否可以改善疼痛，成人慢性非特异性脊柱疼痛患者的残疾和生活质量，而不仅仅是运动。对临床的具体影响，生理,心理,运动依从性和安全性结果也将被检查。
方法：将从开始到2024年2月进行系统搜索。将包括英语的完整文章。MEDLINE,PubMed,CINAHL,EMBASE,WebofScience,PsycINFO,AMED,SPORTDiscus,中央数据库，临床试验注册中心和ProQuest(PQDT)将用于搜索符合条件的研究.将搜索灰色文献和会议记录（2022-2024）以获取相关报告。本系统综述将包括使用可穿戴神经肌肉或运动生物反馈装置作为运动干预治疗慢性脊柱疼痛的辅助手段的随机对照试验。比较器将是可穿戴的生物反馈，与单独的锻炼相比，或可穿戴生物反馈运动与安慰剂和运动。使用CochraneBackReviewGroup标准评估偏倚风险，并使用建议分级评估评估评估证据质量。发展和评价建议。
背景：系统评价将基于已发表的研究，因此,不需要道德批准。研究结果将在国际上提交发表，开放存取,同行评审的期刊，并通过会议和公众参与分享。
■CRD42023481393。
方法：将从开始到2024年2月进行系统搜索。将包括英语的完整文章。MEDLINE,PubMed,CINAHL,EMBASE,WebofScience,PsycINFO,AMED,SPORTDiscus,中央数据库，临床试验注册中心和ProQuest(PQDT)将用于搜索符合条件的研究.将搜索灰色文献和会议记录（2022-2024）以获取相关报告。本系统综述将包括使用可穿戴神经肌肉或运动生物反馈装置作为运动干预治疗慢性脊柱疼痛的辅助手段的随机对照试验。比较器将是可穿戴的生物反馈，与单独的锻炼相比，或可穿戴生物反馈运动与安慰剂和运动。使用CochraneBackReviewGroup标准评估偏倚风险，并使用建议分级评估评估评估证据质量。发展和评价建议。
背景：系统评价将基于已发表的研究，因此,不需要道德批准。研究结果将在国际上提交发表，开放存取,同行评审的期刊，并通过会议和公众参与分享。
■CRD42023481393。
