A nurse is admitting a patient with severe pre-eclampsia at 35 weeks of gestation and is reviewing the provider’s orders.
Which of the following orders requires clarification?
Assess deep tendon reflexes every hour
Continuous fetal monitoring
Ambulate twice daily
Obtain a daily weight
The Correct Answer is C
Choice A rationale
Assessing deep tendon reflexes every hour is a common practice in managing severe preeclampsia. Hyperreflexia can be a sign of worsening pre-eclampsia.
Choice B rationale
Continuous fetal monitoring is typically recommended for patients with severe pre-eclampsia. This allows for early detection of fetal distress.
Choice C rationale
Ambulating twice daily may not be appropriate for a patient with severe pre-eclampsia at 35 weeks of gestation. Bed rest is often recommended to help lower blood pressure and reduce the risk of complications.
Choice D rationale
Obtaining a daily weight is a common practice in managing severe pre-eclampsia. Sudden weight gain can be a sign of worsening pre-eclampsia.
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Correct Answer is D
Explanation
Step 1 is to calculate the volume of betamethasone to be drawn up for each dose. The order is to administer betamethasone IM and to repeat the dose after 2 hours. Betamethasone is available as 4mg/mL. Therefore, to administer a dose of 12mg, the nurse would need to draw up 12mg ÷ 4mg/mL = 3mL for each dose.
Correct Answer is D
Explanation
Choice A rationale
Increased deposits of fat in the chest and shoulder area are not typically associated with respiratory distress syndrome in a newborn. Macrosomic newborns, or those with a high birth weight, may have increased fat deposits, but this is not the primary cause of respiratory distress.
Choice B rationale
A brachial plexus injury is a type of birth injury that can occur due to difficulties during delivery, such as a prolonged labor or a breech presentation. It involves damage to the bundle of nerves that supply the arms and hands. However, it does not directly cause respiratory distress syndrome.
Choice C rationale
Increased blood viscosity could potentially contribute to respiratory distress, but it is not the most likely cause in a macrosomic newborn whose mother has poorly controlled type 2 diabetes. High blood sugar levels in the mother can lead to high insulin levels in the newborn, which is a more direct cause of respiratory distress.
Choice D rationale
Hyperinsulinemia, or high levels of insulin in the blood, is the most likely cause of respiratory distress in this case. When a mother has poorly controlled diabetes, the baby’s pancreas may respond to high glucose levels by producing extra insulin. After birth, the baby may have hypoglycemia (low blood sugar) and increased red blood cell production, both of which can contribute to respiratory distress.
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