A nurse is caring for a client who is 1 day postpartum and breastfeeding her newborn. The client reports sore nipples. Which of the following actions should the nurse take?
Have the client limit the length of breastfeeding to 5 min per breast.
Offer supplemental formula between the newborn's feedings.
Assess the newborn's latch while breastfeeding.
Instruct the client to wait 4 hr between daytime feedings.
The Correct Answer is C
Choice A rationale:
Limiting the length of breastfeeding to 5 minutes per breast may not address the underlying issue of sore nipples and can compromise the newborn's nutritional intake and bonding with the mother.
Choice B rationale:
Offering supplemental formula between feedings is not indicated unless there are specific concerns about the newborn's weight gain or nutritional needs. It does not directly address the issue of sore nipples.
Choice C rationale:
Assessing the newborn's latch while breastfeeding is essential to identify if improper latch or positioning is causing sore nipples. Correcting the latch technique can alleviate the discomfort and promote effective breastfeeding.
Choice D rationale:
Instructing the client to wait 4 hours between daytime feedings may lead to inadequate feeding for the newborn, especially during the early postpartum period when frequent feedings are essential for establishing breastfeeding and ensuring proper milk supply.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
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.
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