Asthma Flashcards

1
Q

What is asthma

A

chronic inflammation that leads to airway hyperresponsiveness

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2
Q

What are some common symptoms of Asthma patients?

A

Wheezing
Dyspnea
Chest tightness
Coughing

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3
Q

What is the Primary issue with asthma, as it relates to physiology?

A

Inflammation

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4
Q

Where is inflammation most pronounced

A

Medium-sized bronchi

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5
Q

Airway thickening is caused by what to airway smooth muscle?

A

Hypertrophy and hyperplasia of the airway smooth muscle

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6
Q

Airway hyper-responsiveness causes

A

Airway narrowing and remodeling

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7
Q

Subendothelial Fibrosis is caused by

A

deposition of collagen fibers underneath the basement membrane

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8
Q

What is the progressive Pathology of Asthma?

A

-Walls become inflamed and thicken
-air becomes trapped in alveoli
-Smooth muscles tighten

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9
Q

Predisposing factors of Asthma

A

Genetics
Race
Gender
Age (10-11 yrs)

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10
Q

Precipitating “triggers”

A

Environmental pollutants
Chemicals
Allergens
Exercise
Stress

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11
Q

How do you differentiate between symptoms of Asthma and COPD?

A

Asthma = usually asymptomatic between episodes
COPD = usually symptomatic

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12
Q

FEV1 is ______ in obstructive disorders

A

Reduced

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13
Q

FEV1/FVC is ______ in obstructive disorders

A

Reduced

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14
Q

FVC is _______ with obstructive disorders

A

Normal

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15
Q

What does a normal Spirometry Flow-Volume Loop look like?

A

Will descend in a straight or convex line

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16
Q

Flow-Volume curve for COPD

A

Typically angled

17
Q

What will the Loop Curve showcase in a Flow-Volume curve for Asthma?

A

Loop curve is smooth and concave

18
Q

What will Bronchial provocation testing showcase & suggest

A

> 20% decline in FEV1 following administration of irritants is suggestive of asthma

19
Q

Exercise benefits of asthma patients

A

-Increases cardiorespiratory fitness
-Increases work capacity
-Decreases dyspnea

20
Q

Exercise training may reduce:

A

-Airway inflammation
-Asthma severity
-# of days with symptoms
-# of ER visits
-Symptoms of anxiety & depression
-And improve health–related QOL

21
Q

Aerobic FIIT recommendations for Asthma

A

F: 3-5 days/week
I: Begin with moderate (40%-59% HRR)
T: Progressively increase to 30 to 40 minutes/day
T: Aerobic activities using large muscle groups brisk walking, running, cycling, swimming, or pool exercises

22
Q

Aerobic progression for Asthma patients

A

After 1 month, if tolerated increase:
F: 5 days/week
I: 60%-70% HRR

23
Q

Strength training FIIT for Asthma patients

A

F: 2-3 days/week
I:Strength: 60-70% of 1RM for beginners; >80% for experienced weight trainers
Endurance: <50% of 1RM
T: Strength: 2-4 x 8-12 | Endurance: 1-2 x 15-20
T: Weight machines, free weight, body weight exercises

24
Q

FIIT flexibility: Asthma Patients

A

F: >2-3 days/week (daily most effective)
I: Stretch to point of feeling tightness or slight comfort
T: 2-4 x10-30 second holds for static stretching (ea. exercise)
T: Static, dynamic, and/or PNF stretching

25
What is an Exercise-Induced Bronchospasm (EIB)?
1. Bronchodilation occurs in first 10 min of exercise 2. Progressive bronchospasm peaking 10 minutes following completion of exercise 3. Resolution of EIB over the next 60 min.
26
Cut off for EIB
>20% decline in FEV1 following exercise
27
Prevention options for EIB
-Proper warm-up (15min) -Cool-down (10min) -Drink plenty of fluids -Mask or scarf over mouth in cold temperatures -swimming in non-chlorinated pool -Pharmacologic intervention prior to exercise
28
Medications for asthma
-Short-acting bronchodilators -prolonged oral corticosteroid use
29
Quick relief medications for asthma
Anticholinergics Short-acting β2-agonists Systemic corticosteroids
30
Long-term medication for control of asthma
-Corticosteroids -Long-acting β2-agonists -Immunomodulators -Leukotriene modifiers -Methylxanthines
31
How would you differentiate ashma from emphysema with Flow-Volume Tracings?
Asthma: Full Longitudinal Loop (pre) Emphysema: Flat Loop (pre)
32
How is the 6-minute walk test administered & scored?
1.) Total # of completed labs (+ partial laps) 2.) Calculate Total Distance Walked (laps x 200ft) 3.) Calculate Speed in mph 4.) Calculate METs