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整骨手法治疗:肌肉能量技术 - 呼气时肋骨

Osteopathic Manipulative Treatment: Muscle Energy Procedure - Exhaled Ribs

作者信息

Jawed Muzamil, Woo Min Je, Bordoni Bruno

机构信息

Clydes Medical

Foundation Don Carlo Gnocchi IRCCS

Abstract

This activity explains the procedure for treating exhaled ribs using the muscle energy osteopathic manipulative treatment (OMT) method. For example, OMT can be used with various techniques, including high velocity/low amplitude, muscle energy, strain-counterstrain, and myofascial release.   These techniques can be direct or indirect and passive or active. A direct technique is when the restrictive barrier is engaged, while indirect techniques occur when forces are applied away from the restrictive barrier. Passive techniques are ones in which the operator does the work and the patient is in a relaxed position, and an active technique is one in which the patient is helping with the treatment.   Muscle energy is a direct and active technique where the patient is placed into their restrictive barrier and participates in treatment. There are multiple approaches to the muscle energy technique; however, the most commonly used is muscle energy with post-isometric relaxation: the patient is placed into their restrictive barrier, and they participate by actively moving towards the neutral position. At the same time, the clinician holds an isometric counterforce. Rib dysfunctions can cause multiple symptoms, including musculoskeletal or chest pain, thoracic outlet syndrome, difficulty taking a full breath, and worsening respiratory pathology. Diagnosing and managing rib dysfunction may also benefit patients with respiratory disorders such as asthma, chronic obstructive pulmonary disease (COPD), and pneumonia. Adequate respiration requires normal movement of the diaphragm, ribs, and sternum, which increases and decreases the size of the thorax, generating positive and negative pressure needed for proper respiration and oxygen exchange. When treating somatic dysfunctions of the ribs, it is essential to identify the key rib holding up the dysfunction. A rule of thumb is that during an inhalation dysfunction, the key rib is the bottom rib of the rib group; in an exhalation dysfunction, the key rib is the topmost rib. Exhaled rib dysfunctions occur when two or more ribs are displaced or stuck “down” or caudad. This means that the rib is restricted during inhalation and cannot move up, preventing the ribs from moving during inhalation. In this case, the topmost rib within the group of ≥2 adjacent ribs is the key rib, thus targeted for treatment.

摘要

本活动讲解了使用肌肉能量整骨手法治疗(OMT)方法治疗呼气时肋骨问题的步骤。例如,OMT可与多种技术配合使用,包括高速/低幅度手法、肌肉能量技术、应变 - 反应变技术和肌筋膜松解技术。这些技术可以是直接的或间接的,被动的或主动的。直接技术是指施加于限制屏障时的技术,而间接技术是指在远离限制屏障处施加力时的技术。被动技术是指操作者进行操作而患者处于放松位置的技术,主动技术是指患者协助治疗的技术。肌肉能量技术是一种直接且主动的技术,在此技术中患者被置于其限制屏障位置并参与治疗。肌肉能量技术有多种方法;然而,最常用的是等长收缩后放松的肌肉能量技术:患者被置于其限制屏障位置,并通过主动向中立位置移动来参与治疗。与此同时,临床医生施加等长反作用力。肋骨功能障碍可导致多种症状,包括肌肉骨骼疼痛或胸痛、胸廓出口综合征、深呼吸困难以及呼吸系统病理状况恶化。诊断和处理肋骨功能障碍对患有哮喘、慢性阻塞性肺疾病(COPD)和肺炎等呼吸系统疾病的患者也可能有益。充分的呼吸需要横膈膜、肋骨和胸骨的正常运动,这些运动增加和减小胸廓的大小,产生正常呼吸和氧气交换所需的正压和负压。在治疗肋骨的躯体功能障碍时,识别导致功能障碍的关键肋骨至关重要。一个经验法则是,在吸气功能障碍时,关键肋骨是肋骨组的最下面一根肋骨;在呼气功能障碍时,关键肋骨是最上面一根肋骨。当两根或更多肋骨移位或“向下”或向尾侧卡住时,就会出现呼气时肋骨功能障碍。这意味着肋骨在吸气时受到限制,无法向上移动,从而阻止肋骨在吸气时运动。在这种情况下,≥2根相邻肋骨组中的最上面一根肋骨就是关键肋骨,因此是治疗的目标。

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