A nurse is assisting the provider to administer a dinoprostone insert to induce labor for a client. Which of the following actions should the nurse take?
Place the client in a semi-Fowler's position for 1 hr after administration.
Instruct the client to avoid urinary elimination until after administration.
Verify that informed consent is obtained prior to administration.
Allow the medication to reach room temperature prior to administration.
The Correct Answer is C
The correct answer is choice C: Verify that informed consent is obtained prior to administration. Choice A rationale: Placing the client in a semi-Fowler’s position is not specifically related to the administration of dinoprostone. This position is often used post-administration to promote comfort and labor progression, but it is not a required action prior to the administration of dinoprostone. Choice B rationale: Instructing the client to avoid urinary elimination until after administration is not necessary. There is no evidence to suggest that retaining urine affects the efficacy or safety of dinoprostone administration. Choice C rationale: Verifying that informed consent is obtained prior to administration is crucial. Dinoprostone, like any medication used to induce labor, carries potential risks and side effects. It is essential that the client is informed about these risks and consents to the procedure before the medication is administered. Choice D rationale: Allowing the medication to reach room temperature prior to administration is not a standard requirement for dinoprostone inserts. Medications have specific storage and administration guidelines that should be followed according to the manufacturer’s instructions and facility protocols.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
The correct answer is Choice C.
Choice A rationale: Thiazide diuretics cause potassium and chloride loss, leading to metabolic alkalosis, not respiratory alkalosis. Hypokalemia decreases hydrogen ion excretion, increasing bicarbonate levels. Metabolic alkalosis is characterized by pH >7.45 and HCO₃⁻ >26 mEq/L rather than decreased PaCO₂.
Choice B rationale: Vomiting leads to metabolic alkalosis due to gastric acid loss. Hydrogen ion depletion increases bicarbonate concentration, shifting pH above normal. Arterial blood gases typically show increased HCO₃⁻ (>26 mEq/L) with a compensatory increase in PaCO₂ (>45 mmHg), not respiratory alkalosis.
Choice C rationale: Salicylate intoxication initially induces hyperventilation, reducing PaCO₂ levels below 35 mmHg and increasing pH above 7.45, leading to respiratory alkalosis. As toxicity progresses, metabolic acidosis may develop due to lactic acid accumulation, but early stages primarily present with respiratory alkalosis.
Choice D rationale: Hypoventilation leads to CO₂ retention, increasing PaCO₂ above 45 mmHg, forming carbonic acid (H₂CO₃) and causing respiratory acidosis. Blood gases show pH <7.35 with elevated PaCO₂, not respiratory alkalosis, which is caused by excessive CO₂ elimination through hyperventilation.
Correct Answer is C
Explanation
Choice A rationale:
Increased fetal movement is a positive sign during pregnancy and indicates the well-being of the baby. It is not a concern and does not require reporting.
Choice B rationale:
Increased urinary output may be expected in a client receiving magnesium sulfate due to its diuretic effects. This finding is not alarming and does not require immediate reporting unless it is associated with other concerning symptoms.
Choice C rationale:
Increased muscle weakness is a potential side effect of magnesium sulfate administration. It is important to monitor the client for signs of magnesium toxicity, and increased muscle weakness should be reported promptly as it may indicate the need for adjustments in the dosage or administration of the medication.
Choice D rationale:
Increased respiratory rate is not typically associated with magnesium sulfate use and is unlikely to be a concerning finding in this context. However, it's always essential to monitor respiratory status, but it may not be specifically related to the magnesium sulfate treatment.
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