Visuomotor learning in immersive 3D virtual reality in Parkinson's disease and in aging

Keyphrases

• Aging 100%
• Parkinson's Disease 100%
• Immersive 100%
• Biaxial 100%
• 3D Virtual Reality 100%
• Visuomotor Learning 100%
• Parkinson Patients 83%
• Reversal Learning 66%
• Basal Ganglia 50%
• Age-matched 50%
• Sensorimotor 33%
• Healthy Elderly Subjects 33%
• Performance Improvement 16%
• Virtual Environment 16%
• Ability to Adapt 16%
• Normal Aging 16%
• Young Subjects 16%
• Motor Behavior 16%
• Visual Input 16%
• Learning Paradigm 16%
• Immersive Virtual Reality 16%
• Sensory Processing 16%
• Healthy Adults 16%
• Phase Behavior 16%
• Visuomotor 16%
• Adaptive Rate 16%
• Patients with Parkinson's Disease 16%
• Sensorimotor Learning 16%
• Three-dimensional Space 16%
• Learning Impairment 16%
• Horizontal Component 16%
• Aftereffects 16%
• Learning Rate 16%
• Proprioceptive Input 16%
• Rate Difference 16%
• Reversed Phase 16%
• 3D Location 16%
• Sensorimotor Contingencies 16%
• Age-related Illnesses 16%
• Successful Adaptation 16%
• Movement Feedback 16%
• Processing Mechanism 16%
• Movement Correction 16%
• Learning Phase 16%
• Elderly Subjects 16%
• Integration Mechanisms 16%
• Visuomotor Coordination 16%
• Efference Copy 16%
• Sensory Integration 16%
• Patient Relatives 16%
• Learned Index 16%
• Proprioceptive Information 16%
• Visual Distortion 16%
• Elderly Controls 16%

Psychology

• Reversal Learning 100%
• Basal Ganglion 75%
• Sensory Processing 25%

Neuroscience

• Parkinson's Disease 100%
• Basal Ganglia 33%
• Behavior (Neuroscience) 11%
• Sensory Processing 11%
• Learning Disabilities 11%
• Visuomotor Coordination 11%