This class was created by Brainscape user kian colgate. Visit their profile to learn more about the creator.

Decks in this class (22)

Lecture 2 - Basics of Neuroanatomy
What direction is caudal brain,
What direction is rostral,
Cerebellum
29  cards
Lecture 3 - Basics of Neurophysiology I
Ions,
What are neurons and the nervous ...,
What are the 4 ions
20  cards
Lecture 4 - Basics of Neurology II
Step by step guide on ion concent...,
Nernest equation,
Nernest equation rules
8  cards
Lecture 5 - Action Potential Propagation and Synaptic Transmission
What is it called when voltage dr...,
What direction does sodium move,
Process of inactivated to closed ...
17  cards
Lecture 6 - Synaptic Transmission & Neuromuscular Junction
Local anesthetics reversible anta...,
Irrr,
11 steps of anatomy of synapse
11  cards
Lecture 7 - Motor System
Anatomy of muscle fibres,
Z and m lines,
Sliding filament model
9  cards
Lecture 8 - Motor system (contd) and electromyography
Distribution of muscle fibers of ...,
Twitch contraction,
Orderly motor unit recruitment
5  cards
Lecture 9 - Electromyography
Surface electromyography,
Maximal voluntary contraction,
Indwelling electromyography
5  cards
Lecture 10 - Muscle Spindles
Proprioception and kinaesthesia,
When to use surface vs indwelling...,
Muscle spindle anatomy
20  cards
Lecture 11 - Cutaneous Receptors
Cutaneous receptors,
Mechanotrandsduction,
Cutaneous receptive field
12  cards
Lecture 12 - Golgi Tendons Organs and Joint Receptors
Imflammatory response to tissue d...,
Thermally gated receptors,
Thermoreceptor vs nociceptor
10  cards
Lecture 13 - Somatosensory Evoked Reflexes
Mono di and polysnaptic,
Convergent and divergent pathway,
Feedback excitation and inhibition
16  cards
Lesson 14: M1 and S1
Primary motor cortex m1,
The motor homunculus,
Monkey experiment
7  cards
Lecture 15 - Spinal Cord Anatomy
Descending vs ascending tracts,
Dermetones,
Overview
9  cards
Lecture 16 - Spinal Cord injuries
When studying,
Spinal cord lesions,
Important terms
7  cards
Lecture 17 - Intro to motor control and learning
Gross vs fine motor skills,
Closed and open motor skills,
Discrete motor skill
11  cards
Lecture 18 - Decision Making
Decisional processes,
Take home message,
Three stages of information proce...
9  cards
Lecture 19 - Speed and Accuracy
Speed vs accuracy,
Take home message,
Accuracy of aiming movements decr...
10  cards
Lesson 20 - Limitations on performance
Take home message,
What is attention,
3 stages of information processing
10  cards
Lesson 21 - Receptors and Spinal Control of Somatosensory Feedback
Importance of sensory feedback,
A complex system of sensory feedback,
Loss of sensory information disru...
12  cards
Lecture 22: Short and long-loop reflexes and control of sensory feedback
Take home message,
Short latency reflexes,
Voluntary epoch feedback
7  cards
Lecture 23 Visual Feedback to control voluntary motor actions
Take home message,
Sensory information we receive fr...,
Receptors in our eyes respond to ...
10  cards

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