During a vaginal delivery the midwife tells you that a shoulder dystocia has occurred. Which of the following initial nursing actions is appropriate at this time?
Apply Oxygen
Increase IV Pitocin
Apply downward pressure on the woman's fundus
Flex the woman's thighs sharply toward her abdomen
The Correct Answer is D
A. Apply oxygen. While oxygen may be administered if fetal distress is present, it does not directly resolve shoulder dystocia, which is a mechanical issue requiring immediate positional maneuvers to free the impacted shoulder.
B. Increase IV Pitocin. Increasing oxytocin (Pitocin) is contraindicated in shoulder dystocia because it can cause stronger contractions, worsening the impaction and increasing the risk of fetal injury or uterine rupture.
C. Apply downward pressure on the woman's fundus. Fundal pressure should never be applied in shoulder dystocia, as it can further wedge the fetal shoulder against the pubic bone, increasing the risk of brachial plexus injury and fetal distress.
D. Flex the woman's thighs sharply toward her abdomen. The McRoberts maneuver, which involves sharply flexing the mother’s thighs to widen the pelvic outlet, is the first-line intervention for shoulder dystocia. This maneuver helps rotate the pelvis and reposition the fetal shoulder, increasing the chances of a successful vaginal delivery.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
A. Jaundice. Oxytocin does not cause jaundice in the mother. Jaundice is typically related to liver dysfunction, hemolysis, or bile obstruction and is not an expected side effect of oxytocin administration.
B. Dehydration. While prolonged labor induction may contribute to dehydration if fluid intake is insufficient, oxytocin itself does not directly cause dehydration. IV fluids are typically administered alongside oxytocin to maintain hydration during labor.
C. Uterine hyperstimulation. Uterine hyperstimulation (tachysystole), defined as more than five contractions in 10 minutes, is a serious complication of oxytocin administration. It can lead to fetal distress, uterine rupture, and impaired placental perfusion. If hyperstimulation occurs, the nurse should discontinue oxytocin, reposition the patient, provide oxygen, and notify the provider.
D. Maternal bradycardia. Oxytocin does not typically cause bradycardia. Maternal side effects are more commonly tachycardia, hypertension, or fluid retention. Fetal bradycardia, however, can occur if uterine hyperstimulation leads to fetal hypoxia.
Correct Answer is D
Explanation
A. Diuresis. Increased urine output is a positive sign in a postpartum woman with preeclampsia, indicating that fluid shifts are occurring and the kidneys are functioning well. Magnesium sulfate does not cause fluid retention, and diuresis is not a major concern at this time.
B. Hypotension. While magnesium sulfate can cause vasodilation, leading to a mild decrease in blood pressure, severe hypotension is not the primary concern. The main hemodynamic concern postpartum is ensuring adequate uterine tone and preventing hemorrhage.
C. Increased risk for seizures. Magnesium sulfate is given to prevent eclampsia-related seizures, and its continued administration postpartum helps reduce seizure risk. The risk of seizures decreases after delivery, but stopping the infusion too early could increase the risk, making this a secondary rather than primary concern.
D. Excessive uterine bleeding. Magnesium sulfate relaxes smooth muscle, including the uterus, which can lead to uterine atony and increased postpartum hemorrhage risk. This is a critical concern in the immediate postpartum period, as uterine atony can result in life-threatening blood loss requiring urgent intervention.
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