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Neuroscience of Human Movement
2
Receptors - Part 2
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Spine and Spinal Cord
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Motor Units - PIC & EMG
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Motor Units - Part 2
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Motor Units - Part 1
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Muscle force production
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Skeletal Muscles - Part 1
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Skeletal Muscles - Part 2
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Skeletal Muscles - Part 3
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Skeletal Muscles - Part 4
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Disorders of Neuromuscular Junction
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Neuromuscular Junction
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Review of Action Potential & Neurotransmitters
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Action Potential - Part 5
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Action Potential - Part 4
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Action Potential - Part 3
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Membrane Physiology - Part 1
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Membrane Physiology - Part 2
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Nernst Equation
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Goldman Equation
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Action Potential - Part 1
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Action Potential - Part 2
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Primary Motor Cortex Part - 13
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Primary Motor Cortex Part - 12
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Cerebellum Part - 4
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Cerebellum Part - 3
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Cerebellum Part - 2
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Cerebellum Part - 1
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Primary Motor Cortex Part - 11
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Primary Motor Cortex Part - 10
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Primary Motor Cortex Part - 9
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Primary Motor Cortex Part - 8
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Primary Motor Cortex Part - 7
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Primary Motor Cortex Part - 6
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Primary Motor Cortex Part - 5
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Primary Motor Cortex Part - 4
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Primary Motor Cortex Part - 3
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Primary Motor Cortex Part - 2
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Terminology : Directional Terms & Planes (Primary Motor Cortex Part - 1)
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Overview of motor control system
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Animal Preparations for Neuroscience Experiments
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Spinal Cord Injuries & Central Pattern Generators
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Pre-Programmed Reactions - Part 2.
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Pre-Programmed Reactions - Part 1
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Oligosynaptic and Polysynaptic Reflexes Part - 2
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Oligosynaptic and Polysynaptic Reflexes Part - 1
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Monosynaptic Reflexes - Part 3
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Monosynaptic Reflexes - Part 2
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Monosynaptic Reflexes - Part 1
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Excitation and Inhibition within Spinal Cord - Part 2
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Receptors - Part 1
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Excitation and Inhibition within Spinal Cord - Part 1
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Neuroscience of Human Movement : Parietal and Premotor Cortex - Part - 2
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Neuroscience of Human Movement : Parietal and Premotor Cortex - Part - 4
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Neuroscience of Human Movement : Parietal and Premotor Cortex - Part - 1
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Neuroscience of Human Movement : Parietal and Premotor Cortex - Part - 3
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Neuroscience of Human Movement : Parietal and Premotor Cortex - Part - 5
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Neuroscience of Human Movement : Parietal and Premotor Cortex - Part - 6
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Neuropsychiatric disorders due to BG dysfunction
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Basal Ganglia - Various Disorders
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Parkinson's Disease - Current therapeutic approaches & the future
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Parkinson's Disease - Rate Model, Pathophysiology
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Parkinson's Disease - Intro
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Basal Ganglia - Disorders
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Basal Ganglia - Dopamine & Acetylcholine
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Basal Ganglia - Motor Functions
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Basal Ganglia - Motor Functions
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Basal Ganglia - Various Functions
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Basal Ganglia - Outputs
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Basal Ganglia - Inputs
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Basal Ganglia - Pathways
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Basal Ganglia - Part 1
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Cerebellum Part - 12
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Cerebellum Part - 11
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Cerebellum Part - 10
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Cerebellum Part - 9
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Cerebellum Part - 8
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Cerebellum Part - 7
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Cerebellum Part - 6
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Cerebellum Part - 5
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Primary Motor Cortex Part - 15
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Primary Motor Cortex Part - 14
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Neuromuscular Control of a Joint
Description:
Neuroscience of Human Movement will focus on the neural system responsible for movement generation, movement control and learning of actions. The course will start from the very basics of neuroscience and build theory to understand the movement control system in relatively good detail and depth. The successful student of this course will be able to appreciate in-depth, the brain processes that control movement.      INTENDED AUDIENCE: Students with an interest in Neuroscience PREREQUISITES: Motivation & open-mindedness is the only pre-requisite INDUSTRY SUPPORT: This course will prepare individuals with no knowledge of neuroscience to become knowledgeable about the neuroscience of movements

Neuroscience of Human Movement

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Neuroscience of Human Movement