NP test 1: Chest Disorders (Respiratory) assesses knowledge on respiratory conditions, focusing on treatment strategies, clinical presentations, and risk factors for diseases like asthma, COPD, and TB. It's designed for healthcare professionals seeking to enhance their understanding and management of chest disorders.
Contact with an item contaminated by a person with the infection
Respiratory droplet
Contaminated food
Inhalation of contaminated water that has been vaporized
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Oral candidiasis
Tachycardia
Weight Loss
Insomnia
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Atelectasis
Pneumothorax
Consolidation
Cavitation
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Azithromycin
Cefpodoxime
Trimethoprim-sulfamthoxazole
Ciprofloxacin
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FEV1/FVC ratio equal to or less than 0.70
Dyspnea on exhalation
Elevated diaphragm on X-ray
Polycythemia noted on CBC
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Receive line attenuated flu vaccine
Avoid the flu vaccine because of the risk associated with the vaccine
Receive the inactivated flu vaccine
Take an antiviral for the duration of the flu season
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A recurrent spasmodic cough that is worse at night
Recurrent shortness of breath and chest tightness with exercise
A congested cough that is worse during the day
Wheezing with and without associated respiratory infections.
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Reducer of inflammation
Inhibition of secretions
Modification of leukotrienes
Smooth muscle relaxation
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Minimize the risk of repeated exacerbations
Improve cough function
Reverse alveolar hypertrophy
Help mobilize secretions
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Diabetes Mellitus
Immunocompromise
Long-term oral corticosteroid therapy
Male gender
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Routinely in all patients
When attempting to rule out a concomitant pneumonia
If sputum is increased
When work of breathing is increased.
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HCTZ
Propranolol
Nicardipine
Enalapril
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Activity against drug-resistant S. pneumoniae
Poor activity against atypical pathogens
Predominantly hepatic route of elimination
Absence of photosensitizing action
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Hyperinflation
Atelectasis
Consolidation
Kerley B signs
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Levofloxacin
Daptomycin
Linezolid
ABX therapy is usually not indicated
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Should be added to therapy only when ICS use does not provide adequate asthma control.
Have a rapid onset of action across the drug class.
Have a significantly different pharmacodynamic profile.
Are recommended as a first-line therapy in mild persistent asthma.
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Short-acting inhaled bronchodilator
Inhaled corticosteroid
Mucolytic agent
Theophylline
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Indicated in moderate to very severe COPD
Use limited by narrow therapeutic profile and drug-drug interaction potential
A potent bronchodilator
Available only in parenteral form.
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The potential but small risk of delayed growth with ICS is well balanced by their effectiveness.
ICS should be used only if leukotriene modifiers fail to control asthma.
Permanent growth stunting is consistently noted in children using ICS
Leukotriene modifiers are equal in therapeutic effect to the use of a long-acting beta2 agonist.
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A different mechanism of action
The ability potentially to provide greater bronchodilation with a lower dose
An anti-inflammatory effect similar to that of an inhaled corticosteroid.
A contraindication to use in elderly people
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Oral theophylline
Mast cell stabilizers
Short-acting beta2 agonists
Inhaled corticosteroids
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A recommendation for use with short-acting beta2 agonists in the hospital.
An increase in vagal tone in the airway
Inhibition of muscarinic cholinergic receptors
An increase in salivary and mucous secretions
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Clarithromycin
Amoxicillin
Doxycycline
Fosfomycin
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On the first day of use
Within 1-2 weeks
In about 3-4 weeks
In about 1-2 months
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Increase mucociliary clearance
Reduce alveolar volume
Bronchodilation
Mucolytic action
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As needed when SOB
Primarily during sleep hours
Preferably during waking hours
For at least 15 hours a day
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Microaspiration
Respiratory droplet
Surface contamination
Aerosolized contaminated water
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Long-acting bronchodilators
Inflammatory inhibitors
Rescue drugs
Intervention in acute inflammation
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Enlargement of air spaces distal to the terminal bronchiole
Excessive mucus production
Alveolar fibrosis
Dyspnea at rest
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Azithromycin
Amoxicillin
Trimethoprim-sulfamethoxazole
Fosfomycin
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Tripod posture
Inspiratory crackles
Increased vocal fremitus
Hyperresonance on thoracic percussion
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His current plan of care should continue because he is improving by clinical assessment
A CXR should be taken today to confirm resolution of pneumonia
Given the persistence of abnormal thoracic findings, his antimicrobial therapy should be changed.
A computed tomography scan of the thorax is needed today to image better any potential thoracic abnormalities.
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Clindamycin
High-dose amoxicillin with a macrolide
Nitrofurantoin
Ceftriaxone
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Hospitalization or an emergency department visit for asthma in the past month
Current use of systemic corticosteroids or recent withdrawal from systemic corticosteroids
Difficulty perceiving airflow obstruction or its severity
Rural residence
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Respiratory droplet
Inhalation of contaminated water
Contact with contaminated surface
Hematogenous spread
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She should receive TB chemoprophylaxis if her TST result is 5 mm or more in induration.
Because of her age, TB chemoprophylaxis is contraindicated even in the presence of a positive TST result.
If the TST result is positive, but the CXR is normal, no further evaluation or treatment
Further evaluation is needed only if the TST result is 15 mm or more in induration.
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Methylprednisolone 8 mg
Triamcinolone 10 mg
Prednisone 15 mg
Hydrocortisone 18 mg
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Antipneumococcal vaccine should be given when antimicrobial therapy has completed.
Antipneumococcal vaccine can be given today, and influenza vaccine can be given in 2 weeks.
Influenza vaccine can be given today and antipneumococcal vaccine can be given in 2 weeks.
Influenza and antipneumococcal vaccines should be given today.
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Respiratory fluoroquinolone
Amoxicillin with a beta-lactamase inhibitor
Cephalosporin
A macrolide
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Alpha-1 antiprotease deficiency
Enlargement of air spaces distal to the terminal bronchiole
Alveolar fibrosis
Hypertrophy of the larger airways
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CXR
Oxygen saturation (SaO2)
Peak expiratory flow measurement
Sputum smear for WBCs
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Legionella species
Streptococcus pyogens
Haemophilus influenzae
Staphylococcus aureus
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Theophylline
Salmeterol (Serevent)
Prednisone
Montelukast (Singulair)
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Malaise
Fever
Dry cough
Frank hemoptysis
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Viral origin
History of allergy
Renal insufficiency
Polycythemia
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Beta-lactamase production
Hypertrophy of cell membrane
Alteration in protein-binding sites
Failure of DNA gyrase reversal
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Ability to have entire testing process complete with one clinical visit
Results are available within 24 hours
Interpretation of test is not subject to reader bias
Provides a prediction as to who is at greatest risk for disease development
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Less than 5 days
5-7 days
7-10 days
10-14 days
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Quiz Review Timeline (Updated): Mar 17, 2024 +
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