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There is ample evidence that motor imagery (MI) training – i.e. the mental repetition of movements without corresponding actual execution – contributes to enhance motor performance. Such positive effects are greater when MI is accompanied by anodal tDCS applied over the primary motor cortex (Foerster et al., 2013; Saimpont et al., 2016). While the premotor cortex is known to be active during MI (Hetu...
Motor imagery (MI) refers to the mental simulation of a movement. It is used as a tool to improve motor function in several populations. In young adults, it has been repeatedly shown that MI of upper-limb movements is facilitated when one’s posture is congruent with the movement to simulate. As MI training is notably used for improving locomotor-related activities in older populations, it may be questioned...
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