A nurse is caring for a client who is postpartum and asks, "When will my breast milk come in?" Which of the following responses should the nurse make?
In 3 to 5 days after delivery
In 6 to 8 days after delivery
Within 2 days after delivery
In about 10 days after delivery
The Correct Answer is A
Choice A reason: In 3 to 5 days after delivery is correct, as this is the average time for breast milk production to begin after birth. Breast milk production is stimulated by the drop in progesterone levels that occurs after the placenta is delivered, as well as by the suckling of the baby. The nurse should encourage the client to breastfeed frequently and effectively to promote milk production and prevent engorgement.
Choice B reason: In 6 to 8 days after delivery is incorrect, as this is a longer than average time for breast milk production to begin after birth. Breast milk production usually begins within the first week after birth, although it may vary depending on individual factors. The nurse should assess the client for any factors that may delay or inhibit milk production, such as stress, fatigue, pain, or medication.
Choice C reason: Within 2 days after delivery is incorrect, as this is a shorter than average time for breast milk production to begin after birth. Breast milk production usually begins within the first week after birth, although it may vary depending on individual factors. The nurse should educate the client that before breast milk comes in, the breasts produce colostrum, which is a thick, yellowish fluid that contains antibodies and nutrients for the baby.
Choice D reason: In about 10 days after delivery is incorrect, as this is a longer than average time for breast milk production to begin after birth. Breast milk production usually begins within the first week after birth, although it may vary depending on individual factors. The nurse should assess the client for any factors that may delay or inhibit milk production, such as stress, fatigue, pain, or medication.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A reason: Three fingerbreadths above the umbilicus is incorrect, as this position indicates a higher than expected fundal height for a client who is 12 hr postpartum. The fundus is normally at the level of the umbilicus immediately after birth and then descends about one fingerbreadth per day. A high fundal height can indicate uterine atony, retained placental fragments, or bladder distension.
Choice B reason: One fingerbreadth above the symphysis pubis is incorrect, as this position indicates a lower than expected fundal height for a client who is 12 hr postpartum. The fundus is normally at the level of the umbilicus immediately after birth and then descends about one finger-breadth per day. A low fundal height can indicate uterine inversion, which is a rare but life-threatening complication.
Choice C reason: At the level of the umbilicus is correct, as this position indicates a normal and expected fundal height for a client who is 12 hr postpartum. The fundus is normally at the level of the umbilicus immediately after birth and then descends about one finger-breadth per day. A midline and firm fundus indicates adequate uterine contraction and involution.
Choice D reason: To the right of the umbilicus is incorrect, as this position indicates a deviated fundus for a client who is 12 hr postpartum. The fundus should be midline and not displaced to either side. A deviated fundus can indicate bladder distension, which can interfere with uterine contraction and involution. The nurse should assist the client to empty their bladder and reassess the fundal position.
Correct Answer is D
Explanation
Choice A reason:
Fetal head compression is incorrect, as this factor can cause early decelerations in the fetal heart rate. Early decelerations are symmetrical decreases in the FHR that mirror the contractions, which indicate fetal head compression and vagal stimulation. Fetal head compression occurs as the fetus descends into the birth canal and does not pose a threat to the fetal well-being.
Choice B reason:
Polyhydramnios is incorrect, as this factor can cause variable or late decelerations in the fetal heart rate, depending on the underlying cause. Polyhydramnios refers to an excessive amount of amniotic fluid, which can result from fetal anomalies, maternal diabetes, multiple gestation, or other conditions. Polyhydramnios can cause umbilical cord prolapse, uterine overdistension, or placental abruption, leading to reduced blood flow and oxygen delivery to the fetus.
Choice C reason:
Maternal fever is incorrect, as this factor can cause late decelerations in the fetal heart rate. Late decelerations are symmetrical decreases in the FHR that begin after the peak of the contraction and return to baseline after the contraction ends, which indicate uteroplacental insufficiency. Maternal fever can increase maternal and fetal metabolism and oxygen demand, leading to fetal hypoxia and acidosis.
Choice D reason:
Umbilical cord compression is correct, as this factor can cause variable decelerations in the fetal heart rate. Variable decelerations are abrupt decreases in the FHR that vary in onset, duration, and depth, which indicate umbilical cord compression and reduced blood flow to the fetus. Umbilical cord compression can occur due to cord prolapse, nuchal cord, short cord, or other causes. The nurse should reposition the client, administer oxygen, and prepare for delivery if indicated.
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