Esparza D Y, Larue J
Laboratoire de Neurosciences de l'Homme en Mouvement, Centre de Recherche en Activités Physiques et Sportives, Université de Caen, Caen, Francia.
Rev Neurol. 2008;46(4):219-24.
In the last decade, studies in cognitive neuroscience have considerably furthered our knowledge about the interactions between cognition and action. In particular, motor representation is seen to be one of the cognitive processes involved in the production of movement. This motor representation was deduced from comparisons between cognitive (e.g. motor imagination) and motor processes (e.g. motor performance). Yet, the interactions between this representation and other cognitive-motor processes such as motor planning eclipse the importance of the function of motor representation in action. In addition, this situation often gives rise to confusion when it comes to interpreting the function of motor representation. Consequently, the exact role it plays in producing movement is not very clear.
In order to clarify this role, we analyse imagination, preparation, planning, motor performance, affordances and automated movements. At the same time, we also propose a hypothetical scheme of the functioning of motor representation during the execution of a movement and an action.
Motor representation can be considered as an active component in certain cognitive-motor processes that enables motor response to be updated online, as well as allowing the optimisation and acquisition of new motor skills.
在过去十年中,认知神经科学的研究极大地增进了我们对认知与行动之间相互作用的了解。特别是,运动表征被视为参与运动产生的认知过程之一。这种运动表征是通过认知(如运动想象)和运动过程(如运动表现)之间的比较推导出来的。然而,这种表征与其他认知 - 运动过程(如运动计划)之间的相互作用掩盖了运动表征在行动中的功能的重要性。此外,在解释运动表征的功能时,这种情况常常会引起混淆。因此,它在产生运动中的确切作用并不十分清楚。
为了阐明这一作用,我们分析了想象、准备、计划、运动表现、可供性和自动运动。同时,我们还提出了一个在运动和行动执行过程中运动表征功能的假设方案。
运动表征可以被视为某些认知 - 运动过程中的一个活跃成分,它能够使运动反应在线更新,同时也允许新运动技能的优化和习得。