Miguel Angelo L. Nicolelis

Brain-Computer Interfaces Neural Conduction Motor Neurons Multivariate Analysis Touch Oxidopamine Prefrontal Cortex Parkinsonian Disorders Levodopa Dopamine Mice, Knockout Locomotion Neural Prostheses Bayes Theorem Cues Frontal Lobe Corpus Striatum Conditioning, Operant Cerebral Cortex Rats, Sprague-Dawley Rats, Long-Evans Primates Robotics Arm Electrophysiology Mice, Transgenic Mice, Inbred BALB C Mice Motor Cortex User-Computer Interface Brain Mapping Hand Somatosensory Cortex Mechanoreceptors Rats Neuronal Plasticity Humans Microcomputers Hindlimb Suspension Motor Skills Sensation Computing Methodologies Efferent Pathways Neurons, Afferent Nervous System Diseases Electric Stimulation Fourier Analysis Central Nervous System Data Interpretation, Statistical Behavior Neural Networks (Computer) Immunohistochemistry Computer Simulation Models, Statistical Vibrissae Forelimb Seizures Paralysis Electrodes Data Compression Artificial Limbs Movement Disorders Disease Models, Animal Spinal Cord Learning Cholinergic Neurons Electrophysiological Phenomena Man-Machine Systems Adaptation, Physiological Bioengineering Movement Deep Brain Stimulation Neural Pathways Signal Processing, Computer-Assisted Prostheses and Implants Signal Transduction Sensory Receptor Cells Behavior, Animal Algorithms Biosensing Techniques Afferent Pathways Brain Electrodes, Implanted Motor Activity Neurons Parkinson Disease Psychomotor Performance More