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融合动力学再训练可改善姿势控制。

Reeducation of vergence dynamics improves postural control.

作者信息

Morize Aurélien, Kapoula Zoï

机构信息

CNRS, FR3636, IRIS, University Paris Descartes, Paris, France.

出版信息

Neurosci Lett. 2017 Aug 24;656:22-30. doi: 10.1016/j.neulet.2017.07.025. Epub 2017 Jul 17.

Abstract

INTRODUCTION

The purpose was to investigate the effect of vergence reeducation on postural control, in subjects with isolated vergence disorders.

MATERIAL AND METHODS

We studied the dynamics of vergence in 19 subjects (20-44 years old) using video-oculography (Eye See Cam). On the basis of orthoptic and symptomatology assessments, ten of the subjects were diagnosed for vergence disorders then vergence eye movements were reeducated with the REMOBI method (US8851669, 5 weekly sessions lasting for 35min). Postural control was measured before and after reeducation, postural recording was done in upright stance (Dynaport), with both eyes closed or open and looking a visual target located at 2m distance.

RESULTS

After reeducation with REMOBI, the visual symptomatology faded away and the stereoacuity improved at least for some subjects; the vergence latency decreased significantly and the vergence accuracy increased significantly. In terms of posture, the Mean Power Frequency (MPF) of the body sway decreased significantly in both eyes open and eyes closed conditions. Considering all subjects together (i.e. healthy subjects and subjects with vergence disorders before the reeducation), the antero-posterior body sway (Root Mean Square A/P) was positively correlated with the visual symptomatology: the higher the visual symptomatology, the higher was the body sway.

CONCLUSION

The results bring evidence for synergy between the quality of vergence and the quality of postural control. They open a new research line that bridges the gap between neuroscience, ophthalmology-orthoptics and posturology.

摘要

引言

本研究旨在调查在单纯性聚散功能障碍患者中,聚散功能再训练对姿势控制的影响。

材料与方法

我们使用视频眼震图(Eye See Cam)研究了19名受试者(年龄20 - 44岁)的聚散功能动态变化。根据斜视矫正和症状学评估,其中10名受试者被诊断为聚散功能障碍,然后采用REMOBI方法(美国专利8851669,每周进行5次训练,每次持续35分钟)对其进行聚散眼动再训练。在再训练前后测量姿势控制,姿势记录采用Dynaport在直立姿势下进行,双眼闭合或睁开,并注视2米远处的视觉目标。

结果

经过REMOBI再训练后,至少部分受试者的视觉症状消失,立体视锐度提高;聚散潜伏期显著缩短,聚散准确性显著提高。在姿势方面,双眼睁开和双眼闭合条件下,身体摆动的平均功率频率(MPF)均显著降低。综合所有受试者(即健康受试者和再训练前有聚散功能障碍的受试者)来看,身体前后摆动(均方根A/P)与视觉症状呈正相关:视觉症状越严重,身体摆动越大。

结论

研究结果为聚散功能质量与姿势控制质量之间的协同作用提供了证据。它们开辟了一条新的研究路线,弥合了神经科学、眼科 - 斜视矫正学和姿势学之间的差距。

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