Savings, or faster relearning after initial learning, demonstrates humans' remarkable ability
to retain learned movements amid changing environments. This is important within the …

Previous studies on sensorimotor adaptation revealed no awareness of the nature of the
perturbation after adaptation to an abrupt 30° rotation of visual feedback or after adaptation …

Reactive locomotor adaptations are crucial for safe mobility, but remain relatively
unexplored. Here we assess reactive gait adaptations, and their retention, savings and …

Extensive computational and neurobiological work has focused on how the training
schedule, ie, the duration and rate at which an environmental disturbance is presented …

Background Promising studies have shown that the gait symmetry of individuals with
hemiparesis due to brain lesions, such as stroke, can improve through motor adaptation …

Different neural contributions to motor learning might be involved when different error sizes
of perturbation are introduced. Although the corticospinal drive contributes to abrupt gait …

Humans are able to adapt their locomotion to a variety of novel circumstances, for instance,
walking on diverse terrain and walking with new footwear. During locomotor adaptation …

Rhythmic auditory stimulation (RAS) improves gait symmetry in neurological patients with
asymmetric gait patterns. However, whether RAS can accelerate gait adaptation remains …

Safe and successful motor performance relies on the ability to adapt to physiological and
environmental change and retain what is learned. An open question is what factors …

Our understanding of how we learn and retain motor behaviors is still limited. For instance,
there is conflicting evidence as to whether the memory of a learned visuomotor perturbation …