The cerebellum is an essential part of the neural network involved in adapting goal-directed
arm movements. This adaptation might rely on two distinct signals: a sensory prediction error …

Systematic perturbations in motor adaptation tasks are primarily countered by learning from
sensory-prediction errors, with secondary contributions from other learning processes …

Individuals with damage to the cerebellum perform poorly in sensorimotor adaptation
paradigms. This deficit has been attributed to impairment in sensory prediction error-based …

When we use a novel tool, the motor commands may not produce the expected outcome. In
healthy individuals, with practice the brain learns to alter the motor commands. This change …

The cerebellum is critically important for error-driven adaptive motor learning, as evidenced
by the fact that cerebellar patients do not adapt well to sudden predictable perturbations …

The incredible capability of the brain to quickly alter performance in response to ever-
changing environment is rooted in the process of adaptation. The core aspect of adaptation …

Predictable sensorimotor perturbations can lead to cerebellum-dependent adaptation—ie,
recalibration of the relationship between sensory input and motor output. Here we asked if …

In sensorimotor adaptation, explicit cognitive strategies are thought to be unnecessary
because the motor system implicitly corrects performance throughout training. This …

The cerebellum has long been recognized to play an important role in motor adaptation.
Individuals with cerebellar ataxia exhibit impaired learning in visuomotor adaptation tasks …

We evaluated the role of the cerebellum in adapting anticipatory muscle activity during a
multijointed catching task. Individuals with and without cerebellar damage caught a series of …