Human neuroimaging and virus-tracing studies in monkey predict that motor control and
pain processes should overlap in anterior midcingulate cortex (aMCC), but there is currently …

When humans perform movements and receive on-line visual feedback about their
performance, the spatial qualities of the visual information alter performance. The spatial …

The role of the superior temporal sulcus (STs) in action execution and action observation
remains unsettled. In an attempt to shed more light on the matter, we used the quantitative …

The spatial and temporal features of visual stimuli are either processed independently or are
conflated in specific cells of visual cortex. Although spatial and temporal features of visual …

Manual interception, such as catching or hitting an approaching ball, requires the hand to
contact a moving object at the right location and at the right time. Many studies have …

The integration of vision and somatosensation is required to allow for accurate motor
behavior. While both sensory systems contribute to an understanding of the state of the body …

Humansoften perform visually guided arm movements in a dynamic environment. To
accurately plan visually guided manual tracking movements, the brain should ideally …

The ease with which humans are able to perform symmetric movements of both hands has
traditionally been attributed to the preference of the motor system to activate homologous …

Humans often perform visually guided arm movements in a dynamic environment (eg
reaching, grasping, catching, hitting). To do so, the brain uses the visual (retinal) information …