Functional magnetic resonance imaging studies of the basal ganglia and precision grip

Keyphrases

• Functional Magnetic Resonance Imaging 100%
• Magnetic Resonance Imaging Study 100%
• Primates 100%
• Basal Ganglia 100%
• Precision Grip 100%
• Prehension 66%
• Grasp Control 66%
• Nonhuman Primate 33%
• Parkinson's Disease 33%
• Motor Cortex 33%
• Prefrontal Cortex 33%
• Subthalamic nucleus 33%
• External Segment of the Globus Pallidus 33%
• Evolutionary 33%
• Functional Contribution 33%
• Reach-to-grasp 33%
• Motor System 33%
• Reaching Movements 33%
• Subcortical Structures 33%
• Cortical Structure 33%
• Sensorimotor System 33%
• New Evidence 33%
• Parietal Cortex 33%
• Basal Ganglia Disorders 33%
• Joint Angle 33%
• Caudate-putamen 33%
• Direction Information 33%
• Globus Pallidus Internal Segment 33%
• Object Location 33%
• Somatosensory Information 33%
• Object Distance 33%
• Effortlessness 33%
• Grasping Performance 33%
• Variable Mass 33%
• Variable Shape 33%

Neuroscience

• Basal Ganglia 100%
• Functional Magnetic Resonance Imaging 100%
• Behavior (Neuroscience) 66%
• Parkinson's Disease 33%
• Putamen 33%
• Subcortical Structure 33%
• Parietal Cortex 33%
• Globus pallidus 33%
• Prefrontal Cortex 33%
• Motor Cortex 33%
• Subthalamic Nucleus 33%