UNIT 2: Week 3 Content Flashcards

(44 cards)

1
Q

What are some peripheral concequences following injury

A

-afferent (sensory)
-efferent (motor)

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2
Q

Afferent consequences

A

-input can be altered
-mechanoreceptors in skin, ligaments, muscles, tendons

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3
Q

Efferent consequences

A

-output can be altered
-muscle inhibition

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4
Q

What are the categories involved in neuromotor exercise

A

-agility
-activation
-balance
-coordination
-proprioception

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5
Q

What is activation

A

-the ability to voluntarily contract a skeletal muscle in isolation

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6
Q

What is a clinical indication for decreased activation

A

-arthrogenic muscle inhibition

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7
Q

What is arthrogenic muscle inhibition

A

-following injury clients may be unable to voluntarily contract an otherwise healthy muscle

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8
Q

How to complete an activation assessment

A

-ask client to contract the muscle
-observe for isolated muscle contraction and signs of associated function
-palpate muscle to determine degree and duration of voluntary contraction before fatigue

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9
Q

What is agility

A

-the ability to change direction to achieve a specific goal

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10
Q

How to assess agility

A

-modified agility T test

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11
Q

What is balance

A

-refers to the complex motor control process that integrates relevant sensory information to execute appropriate motor actions to control body positions

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12
Q

When is balance maintained

A

-when the center of gravity is within the base of support

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13
Q

What sensory information is integrated in balance

A

-visual
-proprioceptive
-vestibular

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14
Q

How to assess static balance

A

-BESS

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15
Q

How to assess dynamic balance

A

-Y balance test

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16
Q

What is coordination

A

-the ability to execute accurate, smooth, controlled movement patterns

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17
Q

How can coordination be assessed

A

-observation of the quality of a single leg squat (knee vs hip dominant, dynamic knee valgus etc)

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18
Q

What is proprioception

A

-the ability to sense limb movement and positioning in space

19
Q

How can proprioception be assessed

A

-may be measured through joint position sense (ability to reproduce a joint position)

20
Q

What are the goals of neuromotor exercise

A

-resolve neuromotor impairments
-reduce injury recurrence risk

21
Q

What are the treatment principles of prescribing neuromotor exercise

A

-frequent practice
-meaningful practice
-vary sensory input
-attentional focus
-implicit learning
-autonomy

22
Q

What is the importance of frequent practice

A

-most effective way to build a skill is repetition

23
Q

What is the importance of meaningful practice

A

-important and challenging for the client
-simulate the clients function/goal

24
Q

What is the importance of varying sensory input

A

-challenge sensory systems

25
How to vary sensory input
-stand on foam -close eyes -etc
26
What is an important sensory input to provide the client with
-cueing
27
What are the different types of cueing
-auditory -imagery -proprioceptive -visual
28
What are the 2 different types of attentional focus
-internal -external
29
Example of internal attentional focus
-keep your knee over your foot
30
Example of external attentional focus
-reach toward the cone with your knee
31
What type of attentional focus do we want to promote
-internal attentional focus
32
What does internal attentional focus promote
-more conscious type of control
33
What is the importance of implicit learning
-consider minimizing instructions to reduce clients reliance of working memory
34
Example of implicit learning minimization of instructions
-tell them to quietly land -as opposed to bend your hips, knees and ankles more
35
What is the importance of autonomy
-self controlled learning is a powerful tool in increasing client participation
36
What is the overall frequency and time for neuromotor exercise
-2-3 days per week -20-30 min per day
37
What is the FITVP for activation
-F: 3 or more times a day -I: % MVC -T: isolated isometric contraction in inner range -V: 5-10 sec x 5-10 reps -P: , increase volume, increase ROM/function
38
What is the FITVP for balance/proprioception
-F: 3-5 times a week -I: effortful to maintain balance -T: single leg balance, even surface, eyes open -V: 3-5 sets x 30-60 sec -P: increase volume and intensity
39
What is the FITVP for agility/coordination
-F: 2-3 times a week -I: optimal movement quality -T: acc/dec, side steps, crossovers etc -V: 3 sets x 3-5 reps or 15-30 m -P: increase volume and intensity
40
What is the FITVP for coordination/power
-F: 2-3 times a week -I: optimal movement quality -T: double leg jumping -V: 3 sets x 3-5 reps -P: increase volume and intensity
41
What may be true about central consequence following peripheral injuries
-bilateral deficits may arise -therefore it is important to continue with multi-joint, bilateral training
42
What may be true about cognitive impairments with injury
-may contribute to re-injury through impairments in motor behaviours, proprioception and obstacle identification
43
How could we reduce cognitive impairments
-progressive integration of cognitive loads during rehabilitation
44
What are ways that we can introduce cognitive loads during rehab
-dual tasks -reactive tasks -anticipatory tasks