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Eye movements modulate activity in hippocampal, parahippocampal, and inferotemporal neurons
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1994
Year
Visual NeuroscienceVentral Temporal LobeAttentionSensory SystemsSocial SciencesNeural MechanismVisual CognitionSensory NeuroscienceMotor NeuroscienceMotor NeurophysiologyCognitive NeuroscienceSensorimotor ControlCognitive ScienceBlindsightOphthalmologyUnit ActivityInferotemporal NeuronsSensorimotor IntegrationVision ResearchVisual PathwayVisual ProcessingNervous SystemVisual FunctionNeurophysiologyNeuroanatomyEye TrackingNeuroscienceAction PotentialsCentral Nervous SystemMedicine
1. Inferotemporal, hippocampal, and parahippocampal units were recorded while monkeys were alert (as judged by eye movements) but resting, in both light and dark. 2. Spontaneous saccadic eye movements produced significant changes in unit activity for 108 of 308 cells. This activity is shown to be extraretinal either because it occurred in complete darkness or because of its timing relative to the eye movement. 3. The total saccadic modulation in the ventral temporal lobe is estimated to be over ten million action potentials.