de Graaf-Peters Victorine B, Blauw-Hospers Cornill H, Dirks Tineke, Bakker Hanneke, Bos Arie F, Hadders-Algra Mijna
Department Neurology and Developmental Neurology, University Medical Center Groningen, University of Groningen, Groningen, The Netherlands.
Neurosci Biobehav Rev. 2007;31(8):1191-200. doi: 10.1016/j.neubiorev.2007.04.008. Epub 2007 May 5.
The basic level of postural control is functionally active from early infancy onwards: young infants possess a repertoire of direction-specific postural adjustments. Whether or not direction-specific adjustments are used depends on the child's age and the nature of the postural task. The second level of control emerges after 3 months: children start to develop the capacity to adapt postural activity to environmental constraints. But the adult form of postural adaptation first emerges after adolescence. Children with cerebral palsy (CP) in general have the ability to generate direction-specific adjustments, but they show a delayed development in the capacity to recruit direction-specific adjustments in tasks with a mild postural challenge. Children with CP virtually always have difficulties in the adaptation of direction-specific activity. The limited data available on the effect of intervention on postural development suggest that intervention involving active trial and error experience may accelerate postural development in typically developing infants and may improve postural control in children with or at high risk for a developmental motor disorder.
幼儿拥有一系列特定方向的姿势调整方式。是否使用特定方向的调整取决于儿童的年龄和姿势任务的性质。控制的第二个水平在3个月后出现:儿童开始发展使姿势活动适应环境限制的能力。但成人形式的姿势适应首先在青春期后出现。一般来说,脑瘫(CP)儿童有产生特定方向调整的能力,但在轻度姿势挑战任务中,他们在募集特定方向调整的能力方面表现出发育延迟。CP儿童几乎总是在特定方向活动的适应方面存在困难。关于干预对姿势发育影响的现有数据有限,这表明涉及主动试错体验的干预可能会加速正常发育婴儿的姿势发育,并可能改善患有发育性运动障碍或有发育性运动障碍高风险儿童的姿势控制。