A nurse is planning discharge for a client who is 3 days postpartum. Which of the following nonpharmacological interventions should the nurse Include in the plan of care for lactation suppression?

The correct answer is C.

A. Calcium: While calcium is important for bone health, it is not specifically increased during early pregnancy. Adequate calcium intake is important throughout pregnancy, but the focus on increased intake typically occurs later in pregnancy to support fetal bone development.

B. Vitamin E: Vitamin E is important for overall health, but there is not a specific emphasis on increasing vitamin E intake in the early stages of pregnancy. It is generally included as part of a balanced diet.

C. Iron: This is the correct answer. Iron needs increase during pregnancy to support the increased blood volume and prevent iron-deficiency anemia. Adequate iron is crucial for the transport of oxygen to the developing fetus.

D. Vitamin D: While vitamin D is important for bone health and immune function, its increase is not specific to the early stages of pregnancy. Adequate vitamin D intake is essential throughout pregnancy, but it is not singled out as needing a significant increase at 8 weeks of gestation.

The correct answer is D.

A. Slowing the client's rate of breathing is not directly related to the observed uniform decelerations. The primary concern is the fetal heart rate pattern.

B. Decreasing the rate of infusion of the maintenance IV solution is not the appropriate intervention for addressing the observed fetal heart rate decelerations. The focus should be on the oxytocin infusion rate.

C. Increasing the rate of infusion of the IV oxytocin is not the appropriate action.

The patient is already experiencing frequent and strong contractions, and increasing the oxytocin rate can exacerbate the decelerations and compromise fetal well-being.

D. Discontinuing the infusion of the IV oxytocin is the correct action.

The observed uniform decelerations are likely related to oxytocin-induced hyperstimulation of the uterus. Stopping or decreasing the oxytocin infusion allows for the uterine activity to decrease, potentially improving fetal heart rate patterns.