Prediction allows humans and other animals to prepare for future interactions with their
environment. This is important in our dynamically changing world that requires fast and …

Sensorimotor control of human action integrates feedforward policies that predict future body
states with online sensory feedback. These predictions lead to a suppression of the …

Somatosensory perception is hampered on the moving limb during a goal-directed
movement. This somatosensory suppression is mostly attributed to a forward model that …

Somatosensory signals on a moving limb are typically suppressed. This results mainly from
a predictive mechanism that generates an efference copy, and attenuates the predicted …

Tactile suppression refers to the phenomenon that tactile signals are attenuated during
movement planning and execution when presented on a moving limb compared to rest. It is …

The processing of somatosensory information is hampered on a moving limb. This
suppression has been widely attributed to sensorimotor predictions that suppress the …

In our interactions with the environment, we often make physical contact with objects and
people. We use tools, shake hands, and can be comforted by the touch of a friend. However …

During reaching and grasping movements tactile processing is typically suppressed.
However, during a reception or catching task, the object can still be acquired but without …

It has been suggested that tactile signals are suppressed on a moving limb to free capacities
for processing other relevant sensory signals. In line with this notion, we recently showed …

Predictive processes are key components for the sensorimotor control of human movement.
One characteristic phenomenon that arises around human movement is that somatosensory …