Nahian Ahmed, Sergent Shane R.
California Baptist University - Lake Erie College of Osteopathic Medicine
Michigan State University College of OM
High-velocity low-amplitude (HVLA) incorporates rapid thrust techniques over a short distance through a pathologic barrier. HVLA techniques require a physician to locate immobile or asymmetrical joints using his or her hands. The physician controls the pathologic barrier by setting it in motion and applying rapid but short thrusts until usually hearing an audible release, confirming the restoration of motion in the affected joint. HVLA techniques have been widely reported across medical literature and have been proven effective in subsiding neck and shoulder pain after their utilization in the cervicothoracic region. Exhalation dysfunction, formerly known as inhalation restriction, refers to the caudad movement of a dysfunctional rib during exhalation with an absent cephalad rib movement during inhalation. The physician notices one (in some cases) but, generally, a class of ribs stuck in exhalation. OMT (Osteopathic Manipulative Therapy) tends to heal compromises within a joint’s normal range of motion via allocating the joint through the compromised pathologic barrier, generally not beyond the usual physiologic range of motion, which may justify the low incidence of harmful effects off OMT procedures. This review implores the usage of OMT in treating exhaled ribs under inhalation restriction.
高速低幅(HVLA)手法包括通过病理屏障在短距离内进行快速推力技术。HVLA技术要求医生用手定位固定或不对称的关节。医生通过移动关节并施加快速但短暂的推力来控制病理屏障,直到通常听到可闻的释放声,确认受影响关节的运动恢复。HVLA技术在医学文献中已有广泛报道,并且在用于颈胸区域后已被证明对缓解颈部和肩部疼痛有效。呼气功能障碍,以前称为吸气受限,是指在呼气时功能异常的肋骨向尾侧移动,而在吸气时头侧肋骨无移动。医生会注意到一根(在某些情况下),但通常是一类肋骨在呼气时卡住。整骨手法治疗(OMT)倾向于通过将关节通过受损的病理屏障进行复位,在关节的正常运动范围内治愈损伤,通常不超过正常生理运动范围,这可能解释了OMT程序有害影响发生率较低的原因。本综述恳请在治疗吸气受限情况下的呼气肋骨时使用OMT。