In order to investigate whether pulvinar lesions produce behavioral impairments similar to those that follow superior colliculus lesions, monkeys were tested on a visual search task before and after receiving radiofrequency lesions of either the superior colliculus or pulvinar. The animals searched for a small target pattern within an array of varying numbers of irrelevant patterns. After receiving colliculus lesions, the animals showed marked postoperative increases in either search time, percent errors, or both. By contrast, pulvinar lesions had little or no effect on visual search performance. Similarly, in learning to search for a target they had not previously seen, animals with colliculus lesions were impaired relative to unoperated c...
The superior colliculus was removed from rats at either one or five days of age or in maturity. Four...
Selective attention is a fundamental aspect of our experience of both the internal and external envi...
Accurate action requires selectively processing only the sensory signals that are relevant to that a...
Since the pulvinar receives a major ascending projection of the superior colliculus, pulvinar lesion...
Eye movements of monkeys were recorded while they performed a visual discrimination task before and ...
Rhesus monkeys were trained to fixate a central stimulus and to detect and localize a 50 msec light ...
Superior collicular, frontal eye-field and posterior parietal esions increased the time taken to fin...
Eight rhesus monkeys (Macaca mulatta) were trained to detect an instantaneous lateral displacement o...
Monkeys with thermocoagulation or kainic acid lesions of the pulvinar and unoperated control monkeys...
Monkeys with inferotemporal (IT) lesions and their controls, monkeys with partial removal of striate...
Rhesus monkeys were tested on a visual search task in which they had to find and retrieve a peanut f...
Rhesus monkeys were tested on a visual search task in which they had to find and retrieve a peanut f...
AbstractCovert visual search has been studied extensively in humans, and has been used as a tool for...
The pulvinar region of the thalamus has repeatedly been linked with the control of attention. Howeve...
Eight rhesus monkeys (Macaca mulatta) were trained to detect an instantaneous lateral displacement o...
The superior colliculus was removed from rats at either one or five days of age or in maturity. Four...
Selective attention is a fundamental aspect of our experience of both the internal and external envi...
Accurate action requires selectively processing only the sensory signals that are relevant to that a...
Since the pulvinar receives a major ascending projection of the superior colliculus, pulvinar lesion...
Eye movements of monkeys were recorded while they performed a visual discrimination task before and ...
Rhesus monkeys were trained to fixate a central stimulus and to detect and localize a 50 msec light ...
Superior collicular, frontal eye-field and posterior parietal esions increased the time taken to fin...
Eight rhesus monkeys (Macaca mulatta) were trained to detect an instantaneous lateral displacement o...
Monkeys with thermocoagulation or kainic acid lesions of the pulvinar and unoperated control monkeys...
Monkeys with inferotemporal (IT) lesions and their controls, monkeys with partial removal of striate...
Rhesus monkeys were tested on a visual search task in which they had to find and retrieve a peanut f...
Rhesus monkeys were tested on a visual search task in which they had to find and retrieve a peanut f...
AbstractCovert visual search has been studied extensively in humans, and has been used as a tool for...
The pulvinar region of the thalamus has repeatedly been linked with the control of attention. Howeve...
Eight rhesus monkeys (Macaca mulatta) were trained to detect an instantaneous lateral displacement o...
The superior colliculus was removed from rats at either one or five days of age or in maturity. Four...
Selective attention is a fundamental aspect of our experience of both the internal and external envi...
Accurate action requires selectively processing only the sensory signals that are relevant to that a...