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首页> 外文期刊>Experimental Brain Research >Intact encoding, impaired consolidation in procedural learning in Parkinson’s disease
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Intact encoding, impaired consolidation in procedural learning in Parkinson’s disease

机译:完整的编码,削弱了帕金森氏病程序学习中的合并

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Idiopathic Parkinson’s disease (IPD) patients and matched healthy participants were compared on a non-motor procedural task involving semantically related inverted word pairs, and 3 months later to determine the extent of skill consolidation. IPD patients were found to acquire new procedural skills necessary to read these inverted words, thus indicating that they are not impaired in all types of procedural learning. However, results on post-tests 3 months later, revealed significant group differences with IPD subjects showing little off-line learning relative to the controls. This suggests that a dopamine (DA)-deafferented neural system is not consolidated in the same way that a normally DA-innervated system is, and that impaired maintenance of procedures and routines may place IPD patients in a situation of constant relearning of embedded strategies in motor and non-motor domains.
机译:比较了特发性帕金森病(IPD)患者和相匹配的健康参与者在涉及语义相关倒置词对的非运动程序任务中的作用,并在3个月后确定了技能巩固的程度。发现IPD患者获得了阅读这些反义词所必需的新程序技能,从而表明他们并没有在所有类型的程序学习中受到损害。但是,三个月后的测试结果显示,与IPD受试者相比,与对照组相比,离线学习很少,组间存在显着差异。这表明,多巴胺(DA)去除神经系统的神经系统不能像正常的DA神经系统那样被整合,并且程序和例程维护不当可能会使IPD患者处于不断重新学习嵌入式策略的情况。运动和非运动领域。

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