A nurse is preparing to administer digoxin to a client who has heart failure.
Before administering this medication, which of the following actions should the nurse take?
Check the client's blood pressure.
Measure the client's apical pulse.
Offer the client a light snack.
Weigh the client.
The Correct Answer is B
Choice A rationale:
Checking the client's blood pressure is not the priority action when administering digoxin. Although monitoring blood pressure is essential in the overall care of a client with heart failure, the most critical parameter to assess before administering digoxin is the client's apical pulse.
Choice B rationale:
Measuring the client's apical pulse is the correct action to take before administering digoxin. Digoxin is a medication commonly prescribed for heart failure, and it has a narrow therapeutic range. It primarily works by increasing the force of the heart's contractions, and an excessively low heart rate (bradycardia) is a potential side effect of digoxin. Therefore, it is crucial to assess the client's apical pulse to ensure it is within the recommended range (usually above 60 beats per minute) before administering the medication. If the pulse rate is below the recommended range, the nurse should withhold the digoxin and notify the healthcare provider.
Choice C rationale:
Offering the client a light snack is not a necessary action before administering digoxin. While it is important to consider the client's dietary needs, it is not directly related to the administration of digoxin. However, if the client has nausea or vomiting, which can be a side effect of digoxin, a light snack might be offered after the medication.
Choice D rationale:
Weighing the client is not the immediate action to take before administering digoxin. Although daily weights can be important for assessing fluid balance in clients with heart failure, it is not the priority before administering digoxin. Monitoring the client's apical pulse is the most critical step in this context.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
Choice A rationale:
Facial flushing. Facial flushing is not typically associated with atelectasis. Atelectasis is the collapse of a portion of the lung, which can lead to decreased oxygenation and respiratory distress but does not directly cause facial flushing. Flushing may be related to other factors such as fever or allergic reactions.
Choice B rationale:
Dry cough. A dry cough can be a common symptom of atelectasis. As the lung tissue collapses and airways become obstructed, it can lead to irritation and a dry, non-productive cough as the body attempts to clear the airway. So, a dry cough is an expected finding in a client with atelectasis.
Choice C rationale:
Decreasing respiratory rate. A decreasing respiratory rate is not typically associated with atelectasis. In fact, atelectasis often leads to an increased respiratory rate as the body tries to compensate for the reduced oxygen exchange. The patient may experience tachypnea (rapid breathing) as a result.
Choice D rationale:
Increasing dyspnea. Increasing dyspnea is a common and expected finding in a client with atelectasis. As lung tissue collapses and oxygen exchange is compromised, the patient will likely experience worsening shortness of breath. This is a concerning symptom and should be closely monitored, as it may indicate a need for intervention to improve lung expansion and oxygenation.
Correct Answer is D
Explanation
Choice A rationale:
A respiratory rate of 9/min and shallow respirations are indicative of hypoventilation, which can lead to an accumulation of carbon dioxide (CO2) in the blood. This condition results in respiratory acidosis (Choice D). In respiratory acidosis, the arterial pH is decreased (acidic) while the PaCO2 (partial pressure of carbon dioxide) is elevated.
Choice B rationale:
Respiratory alkalosis (Choice B) is characterized by a low PaCO2 and an elevated pH due to hyperventilation. Shallow respirations and a respiratory rate of 9/min do not align with this condition, as it typically involves rapid and deep breathing.
Choice C rationale:
Metabolic alkalosis (Choice C) results from a primary excess of bicarbonate (HCO3-) in the blood and is not associated with the given respiratory patterns. Shallow respirations and a low respiratory rate are more likely to lead to an accumulation of CO2, causing respiratory acidosis (Choice D).
Choice D rationale:
The correct answer is choice D. Shallow respirations and a respiratory rate of 9/min indicate hypoventilation, leading to an accumulation of CO2 in the blood. This condition results in respiratory acidosis, where the arterial pH is decreased. The body's compensatory response is to retain bicarbonate to normalize pH, but this can result in an elevated HCO3- level. The primary acid-base imbalance in this case is respiratory acidosis. .
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