The basal ganglia, especially the circuits originating from the putamen, are essential for
controlling normal body movements. Notably, the putamen receives inputs not only from …

Primates use their arms in complex ways that frequently require coordination between the
two arms. Yet the planning of bimanual movements has not been well-studied. We recorded …

Many studies infer the role of neurons by asking what information can be decoded from their
activity or by observing the consequences of perturbing their activity. An alternative …

As a vital skill in an evolving world, interception of moving objects relies on accurate
prediction of target motion. In natural circumstances, active gaze shifts often accompany …

Bimanual coordination is critical for a broad array of behaviors. Drummers, for example,
must carefully coordinate movements of their 2 arms, sometimes beating on the same drum …

We often orient to where we are about to reach. Spatial and temporal correlations in eye and
arm movements may depend on the posterior parietal cortex (PPC). Spatial representations …

Large-scale network dynamics in multiple visuomotor areas is of great interest in the study of
eye-hand coordination in both human and monkey. To explore this, it is essential to develop …

Many studies infer the role of neurons by asking what information can be decoded from their
activity or by observing the consequences of perturbing their activity. An alternative …

Understanding inter-areal communication is crucial for systems neuroscience. Much of the
processing in the brain involves communication between different areas. Sensory areas …

ABSTRACT OF THE THESIS Preparing Non-Human Primates to Study Hand-Eye
Coordination in Frontal Eye Fields (FEF) During Delayed Movement Task by Juliusz Cydzik …