Segregated and overlapping neural circuits exist for the production of static and dynamic precision grip force

Keyphrases

• Neural Circuits 100%
• Grip Force 100%
• Dynamic Accuracy 100%
• Precision Grip 100%
• Dynamic Force 66%
• Premotor Cortex 66%
• Static Force 66%
• Visual Areas 66%
• Functional Magnetic Resonance Imaging 33%
• Neuroscience 33%
• Healthy Adults 33%
• Dorsolateral Prefrontal Cortex (DLPFC) 33%
• Cerebellum 33%
• Nervous System 33%
• Brain Activity 33%
• Motor Control 33%
• Putamen 33%
• Blood Oxygen Level-dependent 33%
• Supplementary Motor Area 33%
• Motor Cortex 33%
• Motor Synchrony 33%
• Fusiform Gyrus 33%
• Cortical Regions 33%
• Static-dynamic 33%
• Sensorimotor 33%
• Inferior Parietal Lobe 33%
• Dynamic Task 33%
• Motor Unit 33%
• Cortical Networks 33%
• Primary Motor Cortex 33%
• Superior Parietal Lobule 33%
• Force Pulse 33%
• Neuroimaging Evidence 33%
• M-Apps 33%
• Activation Timing 33%
• Force Task 33%
• Visuomotor Network 33%
• Activation Strategy 33%
• Static Task 33%
• Contrast Dynamics 33%
• Dynamic Dichotomy 33%

Neuroscience

• Neural Circuit 100%
• Premotor Cortex 100%
• Parietal Lobe 100%
• Motor Unit 100%
• Functional Magnetic Resonance Imaging 50%
• Neuroscience 50%
• Dorsolateral Prefrontal Cortex 50%
• Motor Control 50%
• Putamen 50%
• Blood-Oxygen-Level Dependent 50%
• Supplementary Motor Area 50%
• Nervous System 50%
• Fusiform Gyrus 50%
• Cerebellum 50%
• Motor Cortex 50%