Consistent with embodied cognition, a growing evidence in young adults show that sensorimotor processing is at the core of cognition. Considering that this approach predicts direct interaction between sensorimotor processing and cognition, embodied cognition may thus be particularly relevant to study aging, since this population is characterized by concomitant changes in sensorimotor and cognitive processing. The present perspective aims at showing the value and interest to explore normal aging throughout embodiment by focusing on the neurophysiological and cognitive changes occurring in aging. To this end, we report some of the neurophysiological substrates underpinning the perceptual and memory interactions in older adults, from the low and high perceptual processing to the conjunction in the medial temporal lobe. We then explore how these changes could explain more broadly the cognitive changes associated with aging in terms of losses and gains.

中文翻译：

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低分辨率神经认知老化和认知：一个具体的观点

与具身认知一致，越来越多的年轻人证据表明感觉运动处理是认知的核心。考虑到这种方法可以预测感觉运动处理和认知之间的直接相互作用，因此具身认知可能与研究衰老特别相关，因为这一群体的特征是感觉运动和认知处理的伴随变化。本视角旨在通过关注衰老过程中发生的神经生理和认知变化，展示在整个实施例中探索正常衰老的价值和兴趣。为此，我们报告了一些支持老年人感知和记忆相互作用的神经生理学基础，从低和高感知处理到内侧颞叶的结合。