运动节奏训练后5-15岁学习障碍儿童身体空间位置调节中脑综合活动可塑性重排的可能性

V. Efimova, E. Nikolaeva, E. Ogorodnikova, N. Ryabchikova
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引用次数: 1

摘要

介绍。人们认为,儿童学习障碍的原因不能仅仅归结为教育计划的不完善——有生物和心理生理因素降低了儿童的学习能力。使用数字姿势系统评估受试者在训练前后的动态平衡。调查报告是自动生成的。评估结束后,两组儿童分别进行为期14天的2小时的单独训练。实验组受试者参加作者制定的训练,包括神经动力体操;美国Interactive Metronome公司开发的基于生物反馈的训练;bos培训平衡大师。对照组儿童仅借助软硬件综合体Balance Master进行训练,每节课45分钟。结果。获得的数据证实了有学习困难的学生存在姿势和节奏障碍。提出的综合训练比针对特定运动技能发展的训练更有效。结论。数据显示,一方面,在学校有困难的孩子在监控和调节姿势方面存在问题。另一方面,有针对性的训练使5岁和15岁儿童的身体空间位置调节能力有了显著提高。
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The possibility of plastic rearrangements in the integrative activity of the brain in the regulation of the body position in space in children aged 5–15 years with learning disabilities after motor-rhythmic training
Introduction. It is believed that the causes of learning disabilities in children cannot be reduced solely to the imperfection of educational programs – there are biological and psychophysiological factors reducing the ability of children to learn. Evaluation of the dynamic balance of the subjects before and after the training was conducted using a digital posturography system. The survey report was generated automatically. After the evaluation, the children of both groups participated in 2-hour individual trainings for 14 days. The subjects from the experimental group took part in the training developed by the authors, including neurodynamic gymnastics; training based on biological feedback, developed by Interactive Metronome, USA; BOS-training Balance Master. Training of children belonging to the control group was conducted only with the help of the hardware and software complex Balance Master, the lesson lasted for 45 minutes. Results. The obtained data confirm postural and rhythmic dysfunction in students with learning difficulties. The presented comprehensive training was more effective than trainings aimed at specific motor skill development. Conclusions . The data show that, on the one hand, children with difficulties in school had problems in monitoring and regulating posture. On the other hand, targeted training has led to a significant improvement in the regulation of the body position in space in children aged both 5 and 15 years.
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