Denise Y. P. Henriques

This study compares the effects of vibrotactile stimulation on hand and upper back during motor tasks, finding that upper back stimulation does not impair performance.

This study investigates how individual differences in explicit strategy development during visuomotor adaptation are influenced by perturbation magnitude, revealing a continuum of strategy profiles rather than uniform patterns.

This study investigates motor adaptation in a virtual reality task with varying environmental perturbations, finding robust error reduction, transfer to untrained targets, and persistent aftereffects.

The paper examines how practice improves motor execution speed and accuracy, showing durable gains that generalize to novel tracks but are constrained by movement direction.

This study examines how movement precision and proprioception affect motor control and adaptation using a large dataset, finding no strong predictors of adaptation except for proprioceptive precision changes.

This paper proposes a disturbance observer framework to model visuomotor adaptation by integrating internal model principles and feedforward learning systems.

This study uses EEG to distinguish neural mechanisms of motor adaptation and de novo learning by analyzing preparatory and feedback-related dynamics across different perturbation types.

This study investigates how error magnitude and feedback timing influence early implicit motor adaptation using a single-trial learning paradigm.

This study shows that visuomotor adaptation in immersive VR leads to recalibration of both hand and tool position perception, demonstrating generalization beyond cursor-based tasks.

The paper tests the assumption that implicit and explicit motor adaptation measures add linearly and finds they are not additive.

The paper quantifies implicit visuomotor adaptation across various feedback conditions and finds it occurs faster and more robustly than previously thought.

This study investigates how motor adaptation to environmental changes is influenced by visual cues, finding that perturbations in throw direction lead to internal model updating while accelerations allow flexible adaptation.

The paper distinguishes de novo learning and motor adaptation, finding distinct retention and generalization patterns between the two learning types.

This study finds no difference in motor adaptation between abrupt and gradual visuomotor rotation perturbations across different age groups and cerebellar ataxia conditions.

The paper tests if task-relevant object-shape cues can act as contextual cues for error attribution and motor memory creation during object-transport tasks, finding they are poor but viable cues.

This study shows that stepped gradual introduction of a visuomotor perturbation enhances implicit motor learning more than ramped introduction.

This study investigates how reduced visual feedback affects proprioceptive recalibration during visuomotor adaptation, finding that adaptation remains rapid and robust despite diminished feedback.

The paper investigates how implicit and explicit learning systems compete during sensorimotor adaptation, showing that shared error signals can lead to competition and reduced learning in one system when the other is enhanced.

The paper measures the double-drift illusion using manual tracking and finds that the illusion resets randomly over time following a gamma distribution.

This study shows that motor adaptation to bounce perturbations in an online Pong game occurs rapidly and is not influenced by the visual tilt of the bouncing surface.

This study investigates how joint hypermobility in Ehlers-Danlos Syndrome (EDS) affects hand proprioception accuracy and adaptability.

This study shows implicit motor learning occurs rapidly, reaching near-asymptote within one to three trials, contradicting the traditional view of slow implicit learning.

The paper shows that external error attribution reduces implicit learning in movement adaptation but not proprioceptive changes in hand localization.

This study investigates how proprioception and predicted sensory consequences contribute to hand localization after different training paradigms, finding that both play roles but with distinct patterns.

This study investigates how awareness of perturbations during motor adaptation affects sensory and motor changes, finding that proprioceptive recalibration and sensory prediction updates are largely implicit.