This quiz titled 'Pharm Respiratory Part 2' assesses knowledge of pharmacological treatments for various respiratory conditions. It covers drug actions, side effects, and specific case scenarios, focusing on practical application in patient care. Essential for medical and pharmacy students preparing for clinical roles.
Blockade of histamine release from bronchial epithelium
Blockade of leukotriene receptors in bronchial muscle
Release of nitric oxide from bronchial epithelium
Activation of beta-2 receptors in bronchial vessels
Increased cAMP in bronchial muscle
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Ipratropium dosage and the hypertensive effect of beclomethasone
Duodenal ulcer and the hypertensive effect of beclomethasone
Albuterol dosage and the duodenal ulcer
Ipratropium dosage and the disease-induced hypoxemia
Albuterol dosage and the disease-induced hypoxemia
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Beclomethasone
Salmeterol
Cromolyn sodium
Ipratropium
Theophylline
Zafirlukast
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Epinephrine
Albuterol
Ipratropium
Cromolyn sodium
Dexamethasone
Zafirlukast
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Activation of adenosine receptors
Inhibition of phospholipase A2
Activation of beta-2 receptors
Blockade of Nn and M3 receptors
Blockade of a delayed chloride channel
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Albuterol
Theophylline
Ipratropium
Zileuton
Zafirlukast
Beclomethasone
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Oral glucocorticoids
Oral theophylline
Inhaled ipratropium
Inhaled salmeterol
Oral zileuton
Inhaled cromolyn
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Zafirlukast
Codeine
Ipratropium
Cromolyn
Zileuton
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Ipratropium
Albuterol
Cromolyn
Theophylline
Zafirlukast
Beclomethasone
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Substitute albuterol with ipratropium
Add inhaled beclomethasone to the present regimen
Double the dose of theophylline
Substitute albuterol with inhaled isoproterenol
Substitute theophylline with oral ephedrine
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Oral triamcinolone
Inhaled ipratropium
Inhaled cromolyn
Inhaled salmeterol
Oral zileuton
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Direct bronchodilation
Decreased sympathetic tone of airway smooth muscle
Increase mucociliary clearance
Increased bronchial responsiveness to albuterol
Increased theophylline affinity for adenosine receptors.
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It has bactericidal activity against P. Aeruginosa
It releases nitric oxide from airway epithelium
It depolymerizes the DNA of purulent airways secretions
It stimulates the cystic fibrosis transmembrane regulator
It inhibits the neutrophil migration into the lung tissue
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Quiz Review Timeline (Updated): Mar 20, 2023 +
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