The goal of the study was to explore the effects of hand dominance and muscle function
(prime mover vs. supporting muscle) on recently discovered intra-muscle synergies as …

Neurophysiological studies in humans and nonhuman primates have revealed movement
representations in both the contralateral and ipsilateral hemispheres. Inspired by clinical …

Prior research has shown that coordination of bilateral arm movements might be attributed to
either control policies that minimize performance and control costs regardless of bilateral …

Most of the existing research has focused on jump plyometrics, where landing reaction
forces must be dissipated among lower limb articulations. In contrast, the investigation of …

Many activities of daily living require quick shifts between symmetric and asymmetric
bimanual actions. Bimanual motor control has been mostly studied during continuous …

Functional lateralization relates to a natural asymmetry in the dominance right or left body
side, and is a fundamental principle of the brain. The hemispheres of the brain control the …

Previous studies suggest that bimanual coordination recruits neural mechanisms that
explicitly couple control of the arms, resulting in symmetric kinematics. However, the higher …

Loss of proprioception has been shown to produce deficits in intralimb coordination and in
the ability to stabilize limb posture in the absence of visual feedback. However, the role of …

The between-hand interference during bimanual tasks is a consequence of the connection
between the neural controllers of movement. Previous studies showed the existence of an …

This paper investigates upper-limb kinematic reaching responses during a mechanical
perturbation to understand interjoint arm coordination used towards powered prosthesis …