The primate subthalamic nucleus. I. Functional properties in intact animals

Keyphrases

• Functional Properties 100%
• Primates 100%
• Subthalamic nucleus 100%
• Passive Movement 25%
• Cell Response 25%
• Basal Ganglia 25%
• Active Movement 16%
• Neuronal Responses 16%
• Flexion 16%
• Microstimulation 16%
• Movement Onset 16%
• Step Tracking 16%
• Motor Control 8%
• Elbow 8%
• Late-onset 8%
• Neighboring Cells 8%
• Body Parts 8%
• Light Touch 8%
• Eye Movements 8%
• Inhibitory Role 8%
• Joint Rotation 8%
• Paucity 8%
• Palpation 8%
• Cross-correlation Analysis 8%
• Electrical Stimulation 8%
• Somatosensory Stimulation 8%
• Bipolar Pulse 8%
• Indirect Pathway 8%
• Tracking Task 8%
• Latency 8%
• Basal Ganglia Circuits 8%
• Synchronous Motion 8%
• Arm Movement 8%
• White Matter 8%
• Functional Segregation 8%
• Somatotopic 8%
• Subthalamic nucleus Neurons 8%
• Thalamocortical Pathway 8%
• African Green Monkey 8%
• Limb Movement 8%
• Cross-correlation Function 8%
• Single Joint 8%
• Orofacial Movements 8%
• Average Latency 8%
• Passive Joint 8%
• Intrinsic Circuitry 8%
• Tracking Movement 8%
• Leg Movement 8%

Neuroscience

• Subthalamic Nucleus 100%
• Basal Ganglia 30%
• Motor Control 7%
• Eye Movement 7%
• Palpation 7%
• Limb Movement 7%
• Electrotherapy 7%
• Nucleus 7%