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45 Cards in this Set
- Front
- Back
macrophages recruit eosinophilis with ___ and T cells do it with ___ aka ___
|
PAF
CCL5 RANTES |
|
___ stimulate eosinophil activation with ___ (3)
|
T cells
IL-3 IL-5 GM-CSF |
|
T/F: LTs are more important in asthma than HA
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true
|
|
6 LT effects in asthma
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increased release of tachykinins
vessel permeability eosinophil recruitment increasead mucus secretion decreased mucus transport smooth muscle contraction |
|
asthma is linked to > ___ genes
|
100
|
|
increased family size is associated with higher/lower asthma incidence
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lower
|
|
frequent antibiotic use is associated with higher/lower asthma incidence
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higher
|
|
___ phenotype is associated with protective immunity and ___ phenotype with asthma
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TH1
TH2 |
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___ phenotype is associated with western lifestyle
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TH2
|
|
T/F: viral infections can trigger asthma
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true
|
|
T/F: dry air has more dust mites
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false: fewer
|
|
asthma attack has a peak at ___ caused by ___ and a later one at ___ caused by ___
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1 hour
bronchoconstriction 6 hours inflammation |
|
asthma exacerbations are commonly ___. they may be triggered by ___
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nocturnal
exercise |
|
2 drugs associated with asthma
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beta blockers
NSAIDs |
|
NSAIDs cause asthma by ___
|
favoring LTs over PGs
|
|
margins of liver and spleen may be ___ in asthma
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depressed
|
|
T/F: accessory respiratory muscle use occurs in asthma
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true
|
|
2 cardio findings in asthma
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tachycardia
pulsus paradoxus |
|
facial symptom of asthma
|
allergic shiner
|
|
in young asthma patients allergy is present ___% of the time. in adults it's ___%.
|
80-90
50 |
|
2 CXR findings in chronic asthma
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hyperinflation
right middle lobe syndrome |
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5 CXR findings in acute asthma
|
hyperinflation
infiltrates pneumothorax pneumomediastinum atelectasis |
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right middle lobe syndrome is ___. on CXR it appears as ___.
|
obstruction of right middle bronchus
irregular right border of heart |
|
T/F: scooping of flow/volume curve is present in asthma
|
true
|
|
in asthma PEFR and morning PEFR is ___
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lower
|
|
in asthma ___ (3) are reduced, ___ (2) are high, and ___ is normal
|
FEV1
FEV1/FVC FEV25-75 FRC RV TLC |
|
in asthma, ___ increases by ___% after ventolin
|
FEV1
15 |
|
inflammation of airways causes upregulation of ___ (enzyme), which converts ___ to ___ (2)
|
NOS
R NO citrulline |
|
2 kinds of asthma drugs ___.
|
relievers
controllers |
|
relievers work on ___ symptoms, controllers on ___.
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acute
chronic |
|
controllers work on ___ (3) cells.
|
macrophage
T cell eosinophil |
|
3 relievers
|
albuterol
terbutalin ipratropium |
|
all of the relievers are ___s except for ___ which is a ___
|
beta2 agonist
antimuscarinic |
|
6 kinds of controllers
|
inhaled CS
CS cromolyn long acting beta2 agonists LT modifiers theophylline |
|
cromolyn is a ___
|
mast cell stabilizer
|
|
theophylline is a ___. its mechanism of action in asthma is ___.
|
methylxanthine
unknown |
|
5 side effects of beta2 agonists
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muscle tremor
hyperglycemia hypokalemia increased lactate hypocalcemia |
|
albuterol and terbutaline have ___ onset and ___ duration because they are ___
|
fast
short hydrophilic |
|
salmeterol has a ___ onset and ___ duration because it's ___
|
slow
long lipophilic |
|
formeterol has a ___ onset and ___ duration because it's ___
|
fast
long both hydrophilic and lipophilic (?) |
|
it's important to give ___ together with beta2 agonists
|
ICS
|
|
theophylline is metabolized in ___ by ___.
|
liver
CYP |
|
T/F: theophylline works as an anti-inflammatory
|
false
|
|
theophylline has a ___ therapeutic index
|
narrow
|
|
2 effects of CS
|
PLA2 inhibition
COX downregulation |