This quiz covers key concepts in pulmonary care within a medical-surgical context, focusing on hypoxia, asthma, PPE procedures, and droplet precautions.
Increased respirations, expiratory wheezing.
Decreased respirations, fatigue
Decreased respirations, diminished or absent breath sounds.
Cough, elevated BP.
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O2 saturation of 96%.
PH of 7.4
PaO2 of 70.
End tidal CO2 of 42.
Option 5
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The patient with impaired immunity due to HIV infection.
The patient with the Flu.
The patient with tuberculosis
The patient with suspected measles who has not been vaccinated.
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A patient with an immunosuppressive condition/ illness (post-transplant/HIV infection) with an induration of 2mm or greater.
Any adult with an induration of 5mm after 24 hours.
An IV drug abuser with an induration of 5mm or greater.
A resident of a high risk setting (prison/shelter) with an induration >10mm after 48 hours.
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The patient with Asthma.
The post-operative patient who has not been out of bed in the first 12-24 hours post op.
The patient who is NPO.
The patient with heart failure and increased preload
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It includes pneumonia that develops in long term care.
All of these are true.
It is ALWAYS viral.
It is diagnosed within 48 hours of hospital admission.
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This should be reviewed and considered at discharge
This should be reviewed and considered on admission.
This should be routinely administered 24 hours after the start of antibiotics
Flu vaccination is not a recommendation in patients with COPD.
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The patient with AIDS with an induration of 5mm after 48 hours.
The patient with pneumonia with an induration of 5mm after 48 hours.
The patient with no risk factors with an induration of 5mm after 72 hours.
All of the above
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Risk for altered nutrition and dehydration.
Risk for infection and for altered gas exchange.
Altered breathing patterns (actual).
Ineffective airway clearance (actual) and potential for altered gas exchange.
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Increasing wheezing on auscultation.
HR increasing from 90-110 with bronchodilator treatments.
Increasing oxygen requirements (from 2liters to 4 liters) to maintain an Spo2 >93%
Decreasing breath sounds
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Fever
Tachypnea.
Decreased PO intake.
Cough/Pain.
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In the patient with known corona virus who is in the grocery store
In the patient with an exposure to corona virus in the ER
In the patient with corona virus who is being intubated
In none of these patients
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Improve venous return, thereby decreasing the risks from high volume and high pressure ventilation.
Increase oxygenation by improving V-Q ratio and decreasing shunt.
Decrease the risk of skin breakdown often associated with this debilitating condition.
Ncrease surfactant production and decrease the production of inflammatory mediators.
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Explain to the patient that he has an uncompensated respiratory acidemia
Assess the patient’s breathing—this ABG indicates acute hypoventilation (decreased breathing)—assess for cause.
Begin CPR
Assess the patient for anxiety and hypoxia—the most likely causes of this acute respiratory complication (associated with over breathing).
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Conduct a head to toe assessment
Place the patient in a position of comfort, increase Oxygen to the highest level you have an order for, stay with the patient ask for the physician to be called.
Place patient on 100% non-rebreather mask, attach ecg leads, call for a chest xray.
Go for help
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Bolt upright in bed
Supine
On his left side with his head at 30 degrees
On his right side with his head at 30 degrees
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True
False
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True
False
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True
False
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