运动控制锻炼和核心稳定性锻炼对机械性腰痛患者减轻疼痛、改善活动范围和功能活动的效果

G. Naveen, Y. Ashraf, R. Mahesh
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摘要

研究设计:背景概述:腰背痛是影响大多数人一生的常见疾病,终生发病率高达 84%:腰背痛是一种常见病,影响着大多数人的一生,发病率高达 84%。机械性腰背痛可能是由于姿势不正确、久坐不动的生活方式和不恰当的人体工程学设计造成的。核心肌肉能保持腰椎的稳定。由于脊柱的机械结构不当,导致腰椎肌肉失衡。因此,对核心肌肉的康复训练可改善腰椎周围的肌肉控制,从而在活动中保持脊柱的功能稳定性。运动控制练习旨在确定脊柱运动功能障碍的运动病理模型。根据这一原则,治疗旨在纠正和恢复运动模式,避免引发运动模式的姿势:本研究旨在探讨运动控制锻炼和核心稳定性锻炼对机械性腰背痛患者减轻疼痛、改善活动范围和功能活动的效果。主要结果包括疼痛强度和功能障碍。次要结果包括腰部活动范围:研究地点:哥印拜陀 PSG 医院骨科、神经科和物理医学与康复科:共有 32 名机械性腰背痛患者参与研究:干预措施:随机分配患者接受为期 2 周的运动控制锻炼和核心稳定性锻炼治疗:结果:接受运动控制锻炼的受试者的疼痛强度变化更大,而接受核心稳定性锻炼的受试者的疼痛强度变化更大:结果:接受运动控制锻炼的受试者在干预 2 周后,疼痛强度、功能障碍和腰部 ROM 的变化均大于接受核心稳定性锻炼的受试者,P 值小于 0.05:因此,我们得出结论,与核心稳定性锻炼相比,运动控制锻炼能有效减轻机械性腰背痛患者的疼痛,改善活动范围和功能活动:机械性腰背痛、修正的 Oswestry 失能指数、数字疼痛评分量表、运动控制锻炼、核心稳定性锻炼、不受控制的运动、非特异性腰背痛、腰屈、腰伸 意义重大。
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Effectiveness of Movement Control Exercise and Core Stability Exercise on Reducing Pain, Improving Range of Motion and Functional Activities in Patients with Mechanical Low Back Pain
Study Design: Experimental study pretest-posttest design with comparative treatment. Summary of background: Low back pain is a common condition that affects the Most people at some point of their lives with up to an 84%lifetime prevalence. Mechanical low back pain may be due to faulty posture sedentary lifestyle and improper ergonomics. Core muscles maintain the stability of the lumbar spine. Due to improper mechanics of the spine, there leads muscle imbalance in the lumbar spine. Thus, the rehabilitation of the core muscle results in improving the muscular control around the lumbar spine to maintain functional stability of the spine during activities. Movement control exercises are aimed to identify the Kinesio pathological models of movement dysfunction of the spine. Based on the principle, the treatment aimed to correct and restore the movement pattern and avoiding the posture which provokes them. Objective: This study is to investigate the effectiveness of movement control exercise and core stability exercise on reducing pain, improving range of motion and functional activities in patients with mechanical low back pain. The primary outcomes include pain intensity and Functional disability. The secondary outcome includes lumbar range of motion. Study Setting: Department of Orthopedics, Neurology and Physical Medicine & Rehabilitation PSG hospitals, Coimbatore. Participants: A total of 32 individuals with mechanical LBP participated in the study. Intervention: Included individuals were randomly assigned to receive 2 weeks treatment Program on movement control exercise and core stability exercise. Measurements: Pain intensity measured by NPRS, functional disability by Modified ODI And lumbar ROM by MMST. Results: Subjects receiving movement control exercise showed greater change on pain Intensity, functional disability, and lumbar ROM at p value <0.05 after 2 weeks of intervention than comparing with core stability exercise. Conclusion: So, we conclude that the movement control exercise is effective on reducing pain, improving range of motion and functional activities in patients with mechanical low back pain compared to core stability exercise. Key words: Mechanical Low Back Pain, Modified Oswestry Disability Index, Numerical Pain Rating Scale, Movement Control Exercise, Core Stability Exercise, Un Controlled Motion, Non-Specific Low Back Pain, Lumbar Flexion, Lumbar Extension Significant.
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