Final Exam Flashcards

1
Q

Where would bradykinesia be placed in the ICF model

A

Structure and function impairment

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2
Q

Where is the PDQ-39 in the ICF model

A

Participation

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3
Q

What are some PD body structure and function outcome measures

A

MDS-UPDRS part 1 and part 3

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4
Q

What are some PD activity limitations outcome measures

A

MDS part 2

Parkinson’s fatigue scale

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5
Q

What are some PD participation outcome measures

A

PDQ - 8, 39

Nonmotor symptoms questionnaire

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6
Q

What is the general model of PD care

A

Prevention is better than reaction

Do PT as soon as their is a diagnosis and don’t wait until their is an event

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7
Q

What are some intervention strategies for HY stage 1-2

A

Increase physical activity
Large body movements
Prevention of inactivity

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8
Q

What are some intervention ideas for HY stage 3-4

A

Train for gait balance and transfers
Reach and grasp
Sensory queuing

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9
Q

What are some intervention ideas for HY stage 5

A

Supportive care
Prevention of contractures, pressure sores, pneumonia
Hospital bed as needed
Family training

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10
Q

What are some PD associated motor and nonmotor impairments

A

Postural hypotension
Bladder infrequency
Sleep disturbances
Depression, anxiety, apathy

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11
Q

Describe shuffling gait

A

Short step length, decreased foot clearance, flexed knees and hips
rigid trunk, asymmetrical arm swing
bradykinesia that worsens with dual tasking

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12
Q

Describe anteropulsion

A

COM too far forward, starts to run

Caused by forced through a freeze or walkers without wheels

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13
Q

Describe retropulsion

A

COM if to far posterior

Cause by backing up, reaching overhead, opening doors, carrying items too close to by body

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14
Q

What are some triggers for freezing gait

A

Narrow spaces
Stress
Turning
Change in walking surface

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15
Q

What are the 4 S’s to fight festinating a freezing

A

Stop
Stand tall
Sway
Step long

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16
Q

What AD may help most for freezing

A

Laser pointers useful for visual que

Ustep walker

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17
Q

What are some ways to implement visual ques

A

rail road tracks, 24-48 inches apart, 150% longer than normal step length

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18
Q

What are some ways to implement auditory ques

A

Music while walking

Metronome, 100-125 BPM

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19
Q

Why does cueing work for PD

A

It bypasses the damaged basal ganglia and brings gait to the conscious level

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20
Q

What is Camptocormia

A

Extreme involuntary flexion in standing but relieved in supine

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21
Q

What is pisa syndrome

A

increased lateral flexion

subsides with passive correction in recumbent positions

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22
Q

What muscles need to stretched with PD

A

Pecs

Extensor muscles

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23
Q

What intensity of cardiovascular exercise is ideal for individuals with PD

A

150 mins a week of moderate intensity

This can slow or reverse neurodegeneration

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24
Q

What are some ways to manage PD tremors

A

Stress management
Promote relaxation
Weighted utensils
Large buttons

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25
Q

What is a common PD medication

A

Levodopa

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26
Q

What is an example of reactive balance training

A

Perturbation training

Abrupt stops and starts, ball catches

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27
Q

What are some anticipatory balance training activities

A

Self initiated movements
Gait with head turns
Dual tasking

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28
Q

What are some characteristics of successful PD activities

A

High repetition, high intensity
Dynamic
Patient enjoys

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29
Q

What is the underlying pathophysiology of PD

A

Degeneration of dopaminergic neurons in the BG, the pars compacta of substantia nigra no longer produce dopamine

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30
Q

How is DP acquired

A

Genetics
Exposure to certain environmental toxins
Certain drugs

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31
Q

What underlies hypokinesia in PD

A

Inhibition of the thalamus by the basal ganglia

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32
Q

Where is dopamine produced specifically in the brain

A

in the pars compacta of the substancia nigra of the BG

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33
Q

What are the 4 cardinal symptoms of PD

A

Rigidity
Bradykinesia
Tremor
Postural instability

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34
Q

Do PD patients suffer from primary sensory loss

A

No

60-80% deal with paresthesia and pain as early symptoms

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35
Q

What are some impairments in PD that may warrant a speech language pathologist

A

Hypokinetic dysarthria
Degraded vocal quality
Mutism

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36
Q

What are some autonomic symptoms of PD

A

Hyperhidrosis
Seborrhea
Gi disorders

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37
Q

Describe the HY stage 1

A

Minimal or absent disability

Unilateral if present

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38
Q

Describe the HY stage 2

A

Minimal bilateral or midline involvement, balance not impaired

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39
Q

Describe the HY stage 3

A

impaired righting reflexes, some activities restricted

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40
Q

Describe the HY stage 4

A

All symptoms present and severe, standing and walking only with assistance

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41
Q

Describe the HY stage 5

A

bed or char bound

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42
Q

What can chronic dopamine replacement cause

A

dyskinesias and akinesias

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43
Q

Explain deep brain stimulation

A

Brain stimulation with implanted device that can eliminate symptoms of PD

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44
Q

What are some specific MS outcome measures

A
12 item MS walking scale
Timed 25 foot walk
MS quality of life -54 instrument
Expanded disability status scale
Fatigue severity scale
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45
Q

Subtypes of MS

A

Progressive relapsing
Secondary progressive
Primary progressive
Relapse remitting

Relapse remitting

Primary progressive

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46
Q

What are some MS exacerbating symptoms

A
Stress
Affective disorders
Disease of major organ systems
Viral or bacterial infection
Pseudoexacerbation
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47
Q

What is uthoff’s symptom

A

Adverse reaction to heat

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48
Q

What are some clinical considerations for MS

A

Avoid overheating
Exercise and activity should be a challenge, but never a struggle
Progression is generally slower

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49
Q

What are some exercise contraindications for MS

A

Do not exercise them to the point of fatigue

Do not exercise RRMS during an exacerbation

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50
Q

Describe fatigue as it relates to MS

A

sudden severe sleepiness, excessive tiredness, sense of weakness

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51
Q

What are some energy effectiveness strategies for MS patients

A

Activity diary
Energy conservation techniques
Activity pacing

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52
Q

What is the underlying cause of MS

A

Inherited susceptibility to immune system dysfunction

These people are then exposed to a viral agent and MS may develop

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53
Q

What is the pathophysiology of MS

A

an abnormal immune response attacks oligodendrocytes and the nerve root fibers themselves in the CNS

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54
Q

Describe relapse remitting

A

Most common form of MS

Attacks followed by remission

55
Q

Describe primary progressive

A

continued worsening of the disease

56
Q

Describe progressive relapsing

A

Progressive decline with attack

57
Q

What is considered a MS relapse

A

Symptoms longer than 24 hours

58
Q

What are some secondary deficits with MS

A

numbness

paresthesia

59
Q

What are some cognitive issues associated with MS

A

Short term memory loss
Dual tasking issues
Lower attention
Lower executive function

60
Q

What are some eye movement defecits with MS

A

Nystagmus

Diplopia

61
Q

What cerebellar symptoms may be present in MS

A

Ataxia
Tremors
Hypotonia
Truncal weakness

62
Q

What is cognitive motor interference

A

Impairments with gait due to inability to dual task

63
Q

What is dysarthria

A

Poorly articulated speech

64
Q

What is pseudo bulbar affect

A

Sudden laughing or crying when it is inappropriate

65
Q

Describe Dawson’s fingers

A

Seen in coronal MRI

Indicated MS

66
Q

What medications can manage spasticity

A

Oral baclofen

Botulin toxin

67
Q

What interventions are bets for early / mid MS stages

A

Regular exercise
Community classes for socialization
Education
Determine need for assistive device

68
Q

What are some fatigue based OM for MS

69
Q

What is the MSWS-12

A

Self assessment on walking function

70
Q

What is the ideal exercise frequency for MS patients

A

3-5 days per week

71
Q

Describe the activity diary for MS patients

A

Document how they sleep
Daily activities by the hour
How costly those activities were

72
Q

What are 2 ways to limit ataxic movements

A

Proprioceptive loading

Light resistance

73
Q

Define ataxia

A

Loss of muscle coordination

74
Q

What does the midline of the cerebellum control

A

Titubation
Truncal ataxia
Orthostatic tremor
Gait imbalance

75
Q

What does the hemispheres of the cerebellum control

A

Limb ataxia
Dysarthria
Hypotonia

76
Q

What does the posterior of the cerebellum control

A

Posture
Gait
Eye movement disorders

77
Q

What side of the body does the cerebellum control

A

ipsilateral side

78
Q

Define dyssynergia

A

impaired synergistic actions with decomposition of movement

79
Q

How does stroke affect eccentric and concentric strength

A

Affects concentric more

40-60% less torque

80
Q

What are some characteristics of post stroke exercise

A

Prevent stiffness
Strengthen muscles over short lengths
Eccentric strength preservation

81
Q

What is the exercise dosing post stroke

A

1 set of 10-15 reps
40-50% 1RM
2-3 days per week
48 hour rest

82
Q

What type of power training should be conducted post-stroke

A

Emphasis on fast concentric and slow eccentric

This helps with fall prevention and reactionary balance

83
Q

Describe CIMT, who made it

A

Technique of treatment intended to increase the use of the affected limb in post stroke patients
Taub

84
Q

What are the 4 main components of CIMT

A

repetitive and intense training
Shaping
Transfer package
Physical restraint of uninvolved limb

85
Q

What is the dosing of CIMT

A

3 hours per day
5 days per week
2-3 weeks

86
Q

How do you shape tasks

A

Slowly make the task harder

87
Q

What is the main goal of CIMT

A

reverse learned nonuse and increase the use of the patients affected limb

88
Q

What is the goal of the transfer package

A

Transfer what the patient has learned into the real world

89
Q

What are the minimum ROM requirements to begin CIMT

A

45 shoulder abduction
20 elbow extension
10 wrist extension
10 finger flexion

90
Q

What are the major OM used in CIMT

A

Wolf motor function test

Motor activity log

91
Q

What are the most consistent predictors of adherence to physical activity in older adults.

A

Self efficacy

Perceived barriers

92
Q

How do you break down objective and subjective obstacles

A

Objective - environment and task adaptation

Subjective - confidence building, problem solving, refuting beliefs that hinder activity

93
Q

What is use-dependent neural reorganization

A

Happens after overuse is overcome use of that extremity is learned

94
Q

What activities may require “mit off both hands”`

A

Dressing

Bathing

95
Q

What is the difference between home skills and home practice

A

Home skill - encourage patients to try ADL’s that they may not have tried with the more involved limb
Home practice - Patients performing 15-30 mins of specific UE tasks

96
Q

What side to “pushers” push toward

A

Weak side

Opposite the lesion

97
Q

What OM can be used to determine if the patient is a pusher

A

Scale for contraversive pushing - SCP

Burkle Lateropulsion scale - BLS (more sensitive)

98
Q

What is the hallmark sign that someone has Pusher’s syndrome

A

resistance to passive coercion

99
Q

What characteristics mark a higher incidence of pusher syndrome?

A

Severe hemiparesis / plegia
Severe sensory loss
Neglect
Right CVA compared to left

100
Q

What system is affected with pusher syndrome?

A

impaired gaviception

101
Q

What is the prognosis of individuals with Pusher syndrome?

A

Good prognosis
Most resolve in 3 weeks
Generally 80% resolve in 3 months
Rare presence by 6 months

102
Q

Which hemisphere is push most evident in

103
Q

What area of the brain will most likely underlie contraversive pusher

A

Posteriolateral thalmus

Parietal lobe

104
Q

What is a lacunar stroke

A

Caused by small vessel disease deep in the cerebral white matter

105
Q

Why is dysphagia a worry among stroke patients

A

happens to 1/3

Can lead to aspiration, pneumonia and death

106
Q

Where is short term memory stored

A

Limbic system in the temporal lobes

107
Q

Damage to which hemisphere is associated with a more cautious, anxious, disorganized behavior?

108
Q

Perceptual deficits are frequently the result of lesions to what area(s) of the brain?

A

Right hemisphere

109
Q

What are the SS for PE

A
Chest pain
Tachypnea
Tachycardia
Anxiety
Restlessness
Apprehension
Persistent cough
110
Q

What is central post-stroke pain?

A

Pain arising as a direct consequence of a lesion or disease affecting the central somatosensory system, happens in about 10% of strokes

111
Q

What is selective capacity

A

Ability to isolate movement

112
Q

A selective loss in what type of fibers is present post-stroke?

A

type 2 fast twitch

113
Q

When performing rolling during bed mobility with an individual with hemiparesis, which direction would be the most difficult?

A

Onto the good side will be more difficult

114
Q

What should early sitting balance training focus on in the acute/sub-acute stages post-stroke?

A

symmetric posture with proper spine and pelvic alignment

115
Q

In a patient with hemiparesis which direction is lateral flexion more prominent

A

Lateral flexion to the affected side

116
Q

Define TBI

A

Alteration of brain function by an external force

117
Q

What is the leading cause of TBI

A

Falls

Then MVA

118
Q

What population is most affected by TBI

119
Q

What is a Primary TBI

A

The brain contacting another object or rapid acceleration and deceleration of the brain

120
Q

What is the most predominant mechanism of injury in most individuals with moderate to severe TBI

A

Diffuse axonal injury

Caused by acceleration and deceleration shear forces

121
Q

What is Blast TBI

A

When the shockwave from a black causes compression to the brain

122
Q

Describe secondary TBI injury

A
The subsequent events after an initial trauma
Hypoxemia
Ischemia
Edema
Elevated ICP
123
Q

Define a vegetative state

A

awake
non powerful movements
withdrawal from noxious stimulus

124
Q

Define minimally conscious state.

A

Inconsistent ability to mediate behaviors

some evidence of self and environmental awareness

125
Q

What is dysautonomia?

A

Pathologically increased sympathetic nervous system activity

126
Q

Which outcome measure is most often used for TBI severity? Provide the value corresponding with a severe TBI.

A

GCS

<8 = severe

127
Q

The duration of what predicts TBI recovery

A

Post traumatic amnesia
PTA
Length of time from injury to when patient can remember events

128
Q

What is normal intracranial pressure

129
Q

What are some methods used to treat elevated ICP

A
Moderate head up position
Osmotherapy
Hypothermia
Surgical decompression
Barbiturates
130
Q

What are contraindications for early mobilization with TBI patients

A

Unstable spine

Increased ICP

131
Q

Describe the Community Balance and Mobility Scale

A

Activity
Ambulation
High level patients

132
Q

Describe the Community Integration Questionnaire

A

Participation
Home integration, social activities, productive activities
For home health and outpatient settings

133
Q

What kind of practice shedule is good for TBI

A

Distributed