Magdalena Zych

Temporal and spatial asymmetries during stationary cycling cause different feedforward and feedback modifications in the muscular control of the lower limbs

This study shows that motor adaptations in lower limb cycling can occur without balance threats, with temporal asymmetries triggering feedforward changes and spatial asymmetries causing feedback responses without aftereffects.

Consistent visuomotor adaptations and generalizations can be achieved through different rotations of robust motor modules

The paper shows that visuomotor adaptations to a 45-degree rotation can be achieved through differential tuning of robust muscle synergies, with consistent generalization across different rotations.