Perceived body position in standing individuals with recent stroke.
Perceived body position in standing individuals with recent stroke.
复制标题
最近中风的站立个体的感知身体位置。
DOI：
10.1016/j.clinph.2010.04.013
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发表时间：
2010
期刊：
影响因子：
--
通讯作者：
Aruin,AlexanderS
中科院分区：
文献类型：
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作者：
Rao,Noel;Nashner,Lew;Aruin,AlexanderS
中风患者对身体在空间中的位置的错误感知会影响保持平衡的能力，这在中风患者中很常见。本研究的目的是评估最近中风的个人是否可以参与评估他们的感知身体位置在standing.METHODSEight个人谁持续中风，谁表现出空间问题和8个健康对照组参加了这项研究。他们被定位在一个平台上，该平台在脚趾向上/向下或向左/向右方向倾斜，并且当他们感觉身体是垂直的时，当他们所站的平台在倾斜后返回到水平位置时，他们识别出他们身体的位置。后平台位：患者组1.75± 0.25 °，对照组0.66± 0.28 °（P<0.05）。在侧位平面上，患者感觉平台位置的平均误差为1.64± 0.32度，对照组为0.54± 0.07度（P<0.05）。患者确定的感知身体位置比对照组在前后和lateral planes.CONCLUSIONSThis技术可用于评估的感知身体位置在standing. SIGNIFICANCE客观测量感知身体位置在站立可以帮助更好地了解中风相关的残疾。
OBJECTIVESThe ability to maintain balance can be affected by misperception of the body position in space that is common in individuals with a stroke. The purpose of the study was to evaluate whether individuals with recent stroke could participate in assessment of their perceived body position in standing.METHODSEight individuals who sustained a stroke and who exhibited visiospatial problems and eight healthy control subjects participated in the study. They were positioned on a platform that was tilted in toes up/down or left/right directions and identified the position of their body when they felt that the body was vertical when the platform on which they were standing was returning back to a horizontal position after being tilted.RESULTSMean errors in perceived antero-posterior platform position were 1.75±0.25deg in patients and 0.66±0.28deg in control subjects (p<0.05). In the lateral plane mean errors in perceived platform position were 1.64±0.32deg in patients and 0.54±0.07deg in control subjects (p<0.05). Patients identified perceived body position approximately three times worse than control subjects in both anterior–posterior and lateral planes.CONCLUSIONSThis technique may be used for assessment of perceived body position in standing.SIGNIFICANCEObjective measurement of perceived body position in standing could help to better understand the stroke-related disability.