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42 Cards in this Set
- Front
- Back
what's given for mild persistent asthma
|
ICS
|
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what's given for moderate-severe asthma
|
ICS
and LABA |
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what prevents EIB
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albuterol
|
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what can worsen asthma
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NSAID
and B blockers |
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name the clinical pattern:
extended periods free of symptoms |
intermittent
|
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during this period a pt goes on for weeks or months w/o symptoms
|
intermittent
|
|
t/f
there are a variety of preventative meds for intermittent |
f
there are NO preventative meds unless the pt has EIB |
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poorly controlled persistent asthma
a persons has symptoms more than or equal to --- days a wk |
2
|
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in poorly controlled persist. asthma the pt uses ---- ---- more than 2 x week
|
beta 2 agonist
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|
t/f
during poorly controlled persist. asthma the pt participates in norm activity |
f
there's interference w/ norm activity |
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the pt w/ poor controlled persist asthma may have --- visits or ----
|
ED
hospitalization |
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the pt w/ poor control persis. asthma wakes up at least more than --- times month w/ symptoms
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1
|
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FEV1 of pt w/ poor control persistent asthma
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less than 80%
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no ICS the risk of hospitalization and death increases/decreases
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increases
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which is works first, fluticasone or albuterol
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fluticasone
|
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is there a big difference between ICS by itself and ICS w/ LABA in mild persis asthma?
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no not much of a difference.
sometimes there's no need for the combo |
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when will the combo of ICS and LABA be a good choice
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during mod severe persistent asthma
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examples combo drugs of ICS and LABA
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advair
symbicort |
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why are LABA by itself contraindicated in asthma
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cuz no antiinflammatory effects
|
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which steroids has the smallest 1st pass effect
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beclomethasone dipropionate (beconase)
budesonide (rhinocort) flunisolide (Nasarel) |
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why does fluticasone have a steeper dose response
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it has a higher potency at the glucocorticoid receptor, so a higher affinity in the lungs
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explain why nsaids increase the risk of asthma
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they block the cyclooxygenase.
this will prevent prostaglandins from being created. prostaglandins block leukotrienes. an increase in leukotrienes increase chances of asthma. |
|
t/f
leukotrienes are the sole culprits of asthma |
f
if they were the sole culprit then montelukast and fluticasone would prevent asthma completely something else is also causing asthma |
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who gets thrush and dyphonia w/ the uses of ics
|
adults
kids usu don't get it. also, no evidence of growth problems |
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topical and systemic steroids are ---- dependent
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dose
|
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how do you prevent oral deposition of steroids
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change to spacer device or dry powder
this will reprevent thrush and dysphonia in adults |
|
hoarseness aka
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dysphonia
|
|
t/f
cromolyn is good for eib |
f
it's effects are very similar to the placebo |
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what's best for EIB
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albuterol
|
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during the peak of exercise why is lung function improved
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due to the release of catecholamines
|
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after exercise what causes EIB
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release of mediators
|
|
t/f
there's spontaneous improvement of eib after exercise |
t
after about 40 minutes |
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if ---- is given before exercise then there's no drop in lung function
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albuterol
|
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montekast is better than albuterol in all aspects
|
f
it does not have as much efficacy as B agonist for anything |
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for many kids if montelukast and --- given in AM then there's no need to give albuterol before Phys Ed
|
ICS
|
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why don't we use 5LO inhibitors
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high liver toxicity
|
|
t/f
for many kids if montelukast and ICS given in AM then there's no need to give albuterol before Phys Ed |
t
|
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----- ----- antagonizes B agonists and increases asthma symptoms
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Beta blockers
|
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t/f
if pt takes ICS and LABA then there's no need to take albuterol prior to exercise |
t
if it works for that patient |
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- patients with episodic illness interspersed with extended symptom-free periods. These are most commonly triggered by viral respiratory infections or exposure to a specific allergen (e.g., cat dander in a cat-sensitive patient). Also, some patients have isolated EIB. They only experience symptoms with vigorous exercise.
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intermittent
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patients with virtually daily symptoms or symptoms several times/week without extended symptom-free periods in the absence of continuous medication.
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persistent aka chronic
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patients with virtually daily symptoms during an inhalant allergy season; for example, from outdoor molds that grow on decaying vegetation from early spring through late fall with peaks particularly in the spring and fall. These patients do not have persistent symptoms during other seasons when the allergen to which they are sensitive is not present. For example, a patient with grass pollen-induced asthma may have persistent symptoms during the spring when grass pollen is in the air but have intermittent symptoms during summer, fall, and winter.
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seasonal allergic
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