A woman is in the second stage of labor and has a spinal block in place for pain management. The nurse obtains the woman's blood pressure and notes that it is 20% lower than the baseline level. Which action should the nurse take?
No action is necessary since a decrease in the woman's blood pressure is expected.
Decrease her intravenous (IV) rate to a keep vein-open rate.
Encourage her to empty her bladder.
Turn the woman to the left lateral position or place a pillow under her hip.
The Correct Answer is D
A. No action is necessary since a decrease in the woman's blood pressure is expected. While a drop in blood pressure is a common side effect of a spinal block, a 20% decrease is significant and can compromise placental perfusion, leading to fetal distress. Intervention is necessary to restore circulation.
B. Decrease her intravenous (IV) rate to a keep vein-open rate. This is incorrect because IV fluids help counteract hypotension. Instead of decreasing the IV rate, the nurse may need to increase fluid administration to improve blood pressure and maintain perfusion.
C. Encourage her to empty her bladder. A full bladder can affect labor progression but does not directly cause or correct hypotension. The priority in this scenario is restoring blood pressure to ensure adequate fetal oxygenation.
D. Turn the woman to the left lateral position or place a pillow under her hip. This is the most appropriate intervention. A left lateral position or elevating her right hip helps relieve aortocaval compression, improving blood flow to the uterus and stabilizing blood pressure. Additional interventions, such as IV fluid boluses or vasopressors (e.g., ephedrine), may be needed if hypotension persists.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. Consuming more calories covers the insulin secreted by the fetus. The fetus does not secrete insulin to regulate maternal glucose levels. Instead, the maternal pancreas produces insulin in response to blood sugar levels, but in diabetes, maternal insulin resistance leads to excess glucose being transferred to the fetus.
B. Fetal weight gain increases as a result of the common response of maternal overeating. While some women with diabetes may have increased caloric intake, this is not the primary reason for fetal macrosomia (large birth weight). The major factor is maternal hyperglycemia leading to excess fetal insulin production and fat deposition.
C. Extra circulating glucose causes the fetus to acquire fatty deposits. In diabetic pregnancies, excess maternal glucose crosses the placenta, leading to fetal hyperinsulinemia. The increased insulin promotes fat storage and excessive fetal growth, leading to macrosomia, which increases the risk of birth complications such as shoulder dystocia.
D. Taking exogenous insulin stimulates fetal growth. Insulin does not cross the placenta, so maternal insulin therapy does not directly affect fetal growth. Instead, fetal macrosomia results from prolonged exposure to maternal hyperglycemia, which causes the fetus to produce excessive insulin and store extra fat.
Correct Answer is C
Explanation
A. Insert an internal fetal scalp electrode monitor. There is no indication for an internal fetal monitor, as the external monitoring shows a reassuring fetal heart rate pattern with moderate variability and no decelerations. Internal monitoring is typically used when external monitoring is inadequate or when fetal distress is suspected.
B. Contact the doctor at once and reposition the patient. There is no fetal distress or abnormal contraction pattern requiring immediate physician intervention. The fetal heart rate is within the normal range (110-160 bpm), and moderate variability indicates adequate oxygenation.
C. Document the finding in the patient's medical record. This is the correct action because the assessment findings indicate a well-oxygenated fetus and a normal labor progression. Contractions every 3-4 minutes lasting 60 seconds are within the expected range for oxytocin augmentation, and no abnormalities are present.
D. Discontinue the IV fluid containing Pitocin (oxytocin). There is no need to stop the oxytocin infusion, as the contraction pattern is appropriate, and there are no signs of uterine tachysystole or fetal distress.
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