Abnormal dopaminergic modulation of striato-cortical networks underlies levodopa-induced dyskinesias in humans

Keyphrases

• Cortical Networks 100%
• Levodopa 100%
• Levodopa-induced Dyskinesia 100%
• Dopaminergic Modulation 100%
• Putamen 66%
• Dyskinesia 50%
• Primary Motor Cortex 50%
• Basal Ganglia 33%
• Striatum 33%
• Parkinson's Disease 33%
• Involuntary Movement 33%
• Supplementary Motor Area 33%
• Cortical Connectivity 33%
• Functional Magnetic Resonance Imaging 16%
• Cortex 16%
• Striatal 16%
• Pharmacodynamics 16%
• Patients with Parkinson's Disease 16%
• Neuroimaging Techniques 16%
• Task Interdependence 16%
• Levodopa Therapy 16%
• Motor Response 16%
• Motor Drives 16%
• Visual Cues 16%
• Effective Connectivity 16%
• Bayesian Model Selection 16%
• Dynamic Causal Modeling 16%
• Corticobasal 16%
• Feedback Connection 16%
• Dopaminergic Denervation 16%
• Dopaminergic Signaling 16%
• Neural Signatures 16%
• Cortico-basal Ganglia Networks 16%
• Motivational Enhancement 16%
• Feedforward Connections 16%
• Reinforcement Signal 16%
• Motor Vigor 16%
• Cortical Feedback 16%

Neuroscience

• Dopaminergic 100%
• Dyskinesia 100%
• L-DOPA 100%
• Putamen 36%
• Basal Ganglia 27%
• Parkinson's Disease 27%
• Primary Motor Cortex 27%
• Striatum 18%
• Supplementary Motor Area 18%
• Functional Magnetic Resonance Imaging 9%
• Denervation 9%
• Dynamic Causal Modeling 9%