Tarkeshwar Singh

This study shows that neuromuscular fatigue during postural perturbation tasks leads to persistent changes in neuromuscular coordination and postural control strategies.

This study investigates how perceptual salience affects lateral stepping regulation during walking on straight and winding paths.

This study investigates how aging affects anticipatory postural responses to object motion through different visual pathways, finding selective impairment in peripheral vision processing.

This study investigates how visual information affects lateral balance during walking on straight and winding paths, finding that reduced visual contrast and richness increase stepping errors and instability.

The paper shows that smooth pursuit eye movements modulate long-latency reflexes in the lower limb during virtual object interactions, suggesting a link between eye movement control and postural feedback.

This study examines how proprioceptive impairments in the upper limb affect eye movement accuracy in stroke survivors, finding a strong correlation between hand and eye proprioceptive errors.

This study examines how neuromuscular fatigue affects motor adaptation during reaching tasks, finding impaired adaptation and altered muscle activation strategies without affecting postural control.

The paper shows that peripheral vision and smooth pursuit eye movements equally enable anticipatory postural adjustments before contact with moving objects.

This study shows that smooth pursuit eye movements contribute to anticipatory hand force control when interacting with moving objects.

This study investigates how humans adjust motor responses to stop moving virtual projectiles by manipulating object momentum through speed or mass, revealing timing and force adjustments in hand force application.

The paper examines how cognitive load affects eye and reaching movements in visuomotor tasks, showing increased saccades and slower movements in stroke survivors and controls during a cognitively demanding variant.

This study investigates age-related deficits in visuomotor decision-making by comparing performance between older adults and young adults in simple and demanding tasks.

The paper investigates how proprioceptive afferents contribute to the perception of object heaviness and mass distribution during manual handling without vision.

This study examines how perceptual decisions about object shape influence visuomotor coordination during reaching and interception tasks, revealing differences in movement strategies and eye movement adaptations.