We present a review on the phenomenon of unintentional finger action seen when other
fingers of the hand act intentionally. This phenomenon (enslaving) has been viewed as a …

We used a finger force matching task to explore the role of efferent signals in force
perception. Healthy, young participants performed accurate force production tasks at …

We explored the phenomenon of unintentional force drifts in the absence of visual feedback.
Based on the idea of direct force control with internal models and on the idea of indirect …

This review of movement stability, optimality, and agility is based on the theory of motor
control with changes in spatial referent coordinates for the effectors, the principle of …

We tested a hypothesis on force-stabilizing synergies during four-finger accurate force
production at three levels:(1) The level of the reciprocal and coactivation commands …

We explored unintentional drifts of finger forces during force production and matching task.
Based on earlier studies, we predicted that force matching with the other hand would reduce …

We explored the phenomena of force drifts and unintentional finger force production
(enslaving), and their dependence on visual feedback. Predictions have been drawn based …

We explored two types of anticipatory synergy adjustments (ASA) during accurate four-finger
total force production task. The first type is a change in the index of force-stabilizing synergy …

The well-known decrease in finger dexterity during healthy aging leads to a significant
reduction in quality of life. Still, the exact patterns of altered finger kinematics of older adults …

We explored the unintentional force drift across the four fingers of the dominant hand during
accurate force production in isometric conditions caused by turning the visual feedback on …