PR2 Flashcards

1
Q

Comprehensive Assessment

A

Patient Interview
Medical History
Physical Assessment
6 MWT/ Functional Testing
Psychosocial
Education/ Training
Nutritional Assessment
Goal Development

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2
Q

Comprehensive Assessment what do we know from

A

Patient’s rehab potential ascertained after assessment.

Sets foundation for PR program.

Precursor to education and training, psychosocial intervention, exercise and follow-up

Cornerstone to ultimate outcomes, program effectiveness, prevent potential complications of chronic respiratory disease.

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3
Q

Patient education and skills training

A

Goal: encourage behavioral change —> Improve health and a commitment to long-term adherence

Patient needs to understand underlying pulmonary disorder and principles of self management

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4
Q

Patient education primary objective

A

Primary objective: achieve optimal levels of understanding and self management

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5
Q

Patient education

A

Interdisciplinary team members represent a relevant information
I.e. Dietitian on nutrition

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6
Q

Patient education

Topics covered

A

Normal pulmonary anatomy & physiology

Pathophysiology lung dz

Description and interpretation of medical test

Breathing retraining

Bronchial hygiene

Medications, O2

Exercise principles

ADLs & energy conservation

Respiratory modalities

Self assessment and symptom management

Nutrition

Psychosocial issues

Advance directives

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7
Q

Exercise assessment

Used to

A

Quantify exercise capacity prior to program entrance

Establish baseline for outcome documentation

Assistant formulating exercise prescription

Text exercise induced hypoxemia an aid with those in supplemental oxygen

Evaluate non- pulmonary limitations to exercise

Helping to take the underlying cardiac abnormalities

Scream for exercise induced bronchospasm

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8
Q

Six minute timed WDT

A

Refer to form

Go over procedure

METS Calculated

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9
Q

METS Calculated

A

Level of energy expenditure at rest

Activities expressed as requiring a multiple of this resting requirement

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10
Q

Shuttle WDT measures

A

Symptom limited walking distance over a marked walking course of usually 10 meters

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11
Q

Shuttle WDT

A

Pacing timer

Patient walks according to pacing frequency until exhaustion

A test of endurance and the time WDT

Argue use less affected by the motivation, correlate better with exercise capacity it may be better indicator of functional change with exercise program.

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12
Q

Equipment needed for WDT assessment

A

Measured walking distance
manual BP equipment
stethoscope
pulse oximeter
supplemental 02 sore
stopwatch
Borg scale chart
walker, cart or wheelchair & supplies Test site personal training in BLS

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13
Q

Assess pt for also?

A

-Muscle strength and endurance
- Joint pains, limited range of motion,or both
- Oxygen needs
- Subjective of endurance and work tolerance
- Dyspnea
- Lack of understanding of fitness & exercise
- Fear of exertion
- Inability to pace activities
- Balance abnormalities
- Gait instability
- Pain level & locations

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14
Q

Respiratory or non-respiratory factors can decrease exercise tolerance in patient’s chronic lung disease

A

Cardiopulmonary or skeletal muscle dysfunction

Leg effort/ discomfort main symptoms that limits exercise in 40-50% of COPDers

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15
Q

Exercise Training
COPDers leg effort/ discomfort

A
  • Characterized by reduction of muscle mass & strength
  • Both resting and exercise muscle metabolism impaired
  • Experience lower exercise tolerance and develop lactic acidosis
  • Skeletal muscle dysfunction in COPD may cause by:
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16
Q

Exercise Training
COPDers leg effort/ discomfort
Skeletal muscle dysfunction caused by

A

Systemic inflammation
poor nutrition
aging
corticosteroids induce myopathy hypoxia

17
Q

Disease affects of complicated by deconditioning

A

Patient assuming more sedentary lifestyle to avoid dyspnea

18
Q

Dyspnea spiral affect

A

The conditioning leads to further the conditioning and increase exertional dyspnea

19
Q

A formal access program to help

A

Reverse downward spiral
Improve function
address other factors limiting exercise

20
Q

Other factors limiting exercise

A

Fear of dyspnea
psychological factors
Musicoloskeletal factors

21
Q

Exercise should include

A

Lower & upper extremity endurance training
strength training
respiratory muscle training

22
Q

Supervise exercise frequency and duration vary

A

3 to 5 times per week

30 to 90 minutes a session

4 to 12 weeks in duration

23
Q

When are patients monitored

A

Beginning of session
after each exercise
conclusion of session

24
Q

What is monitored during exercise training

A

BORG
RPE (Exertion)
Pain
SpO2, Maintain greater than or equal to 90%
HR

25
Q

Exercise training techniques are based on

A

patient objectives and muscles needed for ADLs
Lower extremity exercise

26
Q

Lower Extremity exercise

A

Walking
stationary cycle
Bicycling
stair climbing
swimming

27
Q

Upper extremity training benefitial

A

COPD pt with
Altered ventilatory mechanics

Conjunction with lower extremity training

28
Q

Upper extremity training benefits

A

Arm elevation associated with high metabolic/ ventilatory demand

Benefits usually task specific

29
Q

Benefits of upper and lower exercise

A

Exercise
●Benefits of upper and lower exercise are multiple and can last for up to 1 year following a comprehensive program
●Upper Extremity:
●Improves arm exercise endurance
●Decreases O2 uptake during arm elevation
●Lower Extremity:
●Improves exercise performace
●Improves health-related quality of life
●Improves dypsnea

30
Q

Strength Training

A

Strength training is beneficial and leads to greater exercise tolerance which may mean improved performance of ADLs.
●Hand and ankle weights
●Free weights
●Circuit resistance
●Therabands