SummaryThe superior colliculus (SC) in primates plays an important role in orienting gaze and arms toward novel stimuli. Here we ask whether neurons in the intermediate and deep layers of the SC are also involved in the interaction with objects. In two trained monkeys we found a large number of SC units that were specifically activated when the monkeys contacted and pushed a target that had been reached with either hand. These neurons, however, were silent when the monkeys simply looked at or reached for the target but did not touch it. The activity related to interacting with objects was spatially tuned and increased with push strength. Neurons in the SC with this type of activity may be involved in a somatosensory-motor feedback loop that...
Introduction Primates, probably more than most other mammals, have developed a host of complex beha...
We found that the macaque inferior parietal (PFG and anterior intra-parietal [AIP]), ventral premoto...
The production of visually guided reaching movements relies on a large neural network. Based on indi...
The Superior Colliculus (SC) is well established to be a structure that plays a major role in orien...
In der Arbeit wurde untersucht, ob und wie der Colliculus Superior (CS) von Primaten an der Generier...
Diese Studie beschreibt neuartige Typen neuronaler Aktivität in einer Primatenmittelhirnstruktur, we...
Accurate action requires selectively processing only the sensory signals that are relevant to that a...
The superior parietal lobule (SPL) integrates somatosensory, motor, and visual signals to dynamicall...
Selective attention is a fundamental aspect of our experience of both the internal and external envi...
International audienceBesides its well-known contribution to orienting behaviors, the superior colli...
AbstractThe superior colliculus (SC) is well known for its role in the motor control of saccades. Re...
The primate superior colliculus (SC) is important for the winner-take-all selection of targets for o...
Movements which change the direction of the line of sight can be made up of movements of the eyes, h...
Area PE (Brodmann's area 5), located in the posterior parietal cortex (PPC), is involved in the cont...
Single neurons were recorded from the rostral part of the agranular frontal cortex (area 6a β) in aw...
Introduction Primates, probably more than most other mammals, have developed a host of complex beha...
We found that the macaque inferior parietal (PFG and anterior intra-parietal [AIP]), ventral premoto...
The production of visually guided reaching movements relies on a large neural network. Based on indi...
The Superior Colliculus (SC) is well established to be a structure that plays a major role in orien...
In der Arbeit wurde untersucht, ob und wie der Colliculus Superior (CS) von Primaten an der Generier...
Diese Studie beschreibt neuartige Typen neuronaler Aktivität in einer Primatenmittelhirnstruktur, we...
Accurate action requires selectively processing only the sensory signals that are relevant to that a...
The superior parietal lobule (SPL) integrates somatosensory, motor, and visual signals to dynamicall...
Selective attention is a fundamental aspect of our experience of both the internal and external envi...
International audienceBesides its well-known contribution to orienting behaviors, the superior colli...
AbstractThe superior colliculus (SC) is well known for its role in the motor control of saccades. Re...
The primate superior colliculus (SC) is important for the winner-take-all selection of targets for o...
Movements which change the direction of the line of sight can be made up of movements of the eyes, h...
Area PE (Brodmann's area 5), located in the posterior parietal cortex (PPC), is involved in the cont...
Single neurons were recorded from the rostral part of the agranular frontal cortex (area 6a β) in aw...
Introduction Primates, probably more than most other mammals, have developed a host of complex beha...
We found that the macaque inferior parietal (PFG and anterior intra-parietal [AIP]), ventral premoto...
The production of visually guided reaching movements relies on a large neural network. Based on indi...