Relations between movement and single cell discharge in the substantia nigra of the behaving monkey

Keyphrases

• Substantia Nigra 100%
• Reticulata 100%
• Behaving Monkeys 100%
• SNpc 80%
• Pars Compacta 80%
• Striatum 60%
• Discharge Rate 60%
• Low Discharge 60%
• High Discharge Rate 60%
• Active-passive 40%
• Licking 40%
• Behavioral Paradigms 40%
• Active Movement 40%
• Passive Manipulation 40%
• Dopamine 20%
• Primates 20%
• Neuronal Activity 20%
• Behaving 20%
• Arm Movement 20%
• Motor Function 20%
• Dopamine System 20%
• Globus Pallidus 20%
• Modulatory Effects 20%
• Eye Movements 20%
• Firing Rate 20%
• Visuomotor 20%
• Specific Information 20%
• Visual Stimulation 20%
• Presynaptic Mechanisms 20%
• Tracking Task 20%
• Nigrostriatal Dopamine 20%
• Limb Movement 20%
• Tonic 20%
• Inner Segment 20%
• Motion Parameters 20%
• Body Parts 20%
• Discharge Pattern 20%
• Orofacial Movements 20%
• Arm Tracking 20%
• Phasic Release 20%
• Chewing Movement 20%
• Spontaneous Rate 20%

Neuroscience

• Substantia nigra 100%
• Pars reticulata 100%
• Striatum 60%
• Neuronal Activity 20%
• Eye Movement 20%
• Globus pallidus 20%
• Presynaptic Mechanism 20%
• Limb Movement 20%
• Firing Rate 20%