Changes in motor function in the unaffected hand ol stroke patients should not be ignored

Motor function changes in the unaffected hand of stroke patients with hemiplegia. These changes are often ignored by clinicians owing to the extent of motor disability of the affected hand. Finger tapping frequency and Lind-mark hand function score showed that the motor function of unaffected hands...

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Published in中国神经再生研究：英文版 Vol. 9; no. 13; pp. 1323 - 1328
Main Author Lingli Zhang Peihong Li Zhibang Mao Xiang Qi Jun Zou Zhusheng Yu
Format Journal Article
LanguageEnglish
Published 2014
Subjects
严重程度
中风
临床医生
康复治疗
患者
运动功能
运动障碍
醇
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Summary:Motor function changes in the unaffected hand of stroke patients with hemiplegia. These changes are often ignored by clinicians owing to the extent of motor disability of the affected hand. Finger tapping frequency and Lind-mark hand function score showed that the motor function of unaffected hands in stroke patients was poorer than that of a healthy control hand. After 2 weeks of rehabilitation treatment, motor function of the unaffected hand of stroke patients was obviously improved. Therefore, attention should also be paid to motor function in the unaffected hand of stroke patients with hemiplegia during rehabilitation.
Bibliography:Motor function changes in the unaffected hand of stroke patients with hemiplegia. These changes are often ignored by clinicians owing to the extent of motor disability of the affected hand. Finger tapping frequency and Lind-mark hand function score showed that the motor function of unaffected hands in stroke patients was poorer than that of a healthy control hand. After 2 weeks of rehabilitation treatment, motor function of the unaffected hand of stroke patients was obviously improved. Therefore, attention should also be paid to motor function in the unaffected hand of stroke patients with hemiplegia during rehabilitation.
nerve regeneration; stroke; unaffected hand; dominant hand; right hand; finger tapping;Lind-mark hand function assessment; rehabilitation training; neural regeneration
11-5422/R
ISSN:1673-5374