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首页> 外文期刊>The Annals of Otology, Rhinology & Laryngology >Normal Muscular Activity During Swallowing as Measured by Surface Electromyography
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Normal Muscular Activity During Swallowing as Measured by Surface Electromyography

机译:通过表面肌电图测量吞咽期间的正常肌肉活动

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摘要

OBJECTIVES: Speech-language pathologists use surface electromyography biofeedback as a tool to facilitate swallowing treatment, particularly to improve swallowing strength and coordination. The present study sought to establish normative data of swallowing muscular activity as measured by surface electrodes in order to compare the performance of patients with dysphagia to normal swallow performance. METHODS: Thirty normal young (18 to 25 years of age) and elderly (60 or more years of age) subjects swallowed 3 bolus volumes (5, 10, and 20 mL) in 2 conditions: swallow-to-command and swallow-when-ready. Swallow muscular activity was measured in microvolts with a portable biofeedback unit. RESULTS: There were significant differences between the 2 swallowing conditions in both age groups. Neither age nor bolus volume had a significant effect on the findings. CONCLUSIONS: In using surface electromyography biofeedback as an adjunct to swallowing rehabilitation, it may be more beneficial to use swallow-to-command techniques if one is interested in measuring maximum effort, regardless of patient age or volume selected.
机译:目的:言语病理学家使用表面肌电生物反馈作为促进吞咽治疗的工具,尤其是提高吞咽强度和协调性的工具。本研究试图建立吞咽肌肉活动的标准数据,该数据由表面电极测量,以便将吞咽困难患者的表现与正常吞咽表现进行比较。方法:30名正常年轻人(18至25岁)和老人(60岁或以上)在2种情况下吞咽3次推注量(5、10和20 mL):吞咽到命令和吞咽时-准备。用便携式生物反馈装置以微伏为单位测量吞咽肌肉活动。结果:两个年龄组的两种吞咽条件之间存在显着差异。年龄和推注量均对发现没有显着影响。结论:在使用表面肌电生物反馈作为吞咽康复的辅助手段时,如果一个人对测量最大的努力感兴趣,而不论所选择的患者年龄或体型如何,使用吞咽指挥技术可能会更有益。

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  • 来源
    《The Annals of Otology, Rhinology & Laryngology》 |2010年第6期|p.398-401|共4页
  • 作者单位

    Lisa O'Kane, Michael E. Groher, PhD, Kathleen Silva, PhD, Lori Osborn, PhDFrom the Departments of Communicative Disorders (O'Kane, Groher, Osborn) and Psychology (Silva). University of Redlands, Redlands, California.Correspondence: Michael E. Groher, PhD, Dept of Communicative Disorders, University of Redlands, 1200 E Colton Ave, Redlands, CA 92373.,;

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