Choice A rationale:
Perineal pad clots are not the greatest risk for this patient. While it’s important to monitor the amount and type of lochia, the nurse’s notes indicate that the patient has a moderate amount of lochia rubra, which is normal within the first few days postpartum. Large clots could indicate a problem such as a retained placental fragment, but this is not mentioned in
the scenario.
Choice B rationale:
Pelvic pain is a common complaint after childbirth due to uterine contractions, especially during breastfeeding, and usually resolves within a few days. The patient’s pain is rated as 4 on a scale of 0 to 10, which is considered moderate. While it’s important to manage the patient’s pain, it’s not the greatest risk in this scenario.
Choice C rationale:
A boggy uterus poses the greatest risk for this patient. A boggy or soft uterus indicates uterine atony, which is a lack of normal muscle tone that can lead to excessive bleeding. This is a serious condition that can lead to postpartum hemorrhage if not treated promptly. The nurse’s notes indicate that the patient’s fundus is boggy and located above the umbilicus, which is a concern. The fundus should be firm and gradually descend into the pelvis within the first few days postpartum.
Choice D rationale:
Breast engorgement is a common discomfort that occurs when the breasts are overly full with milk. It typically occurs within the first week postpartum as the milk supply increases. The nurse’s notes indicate that the patient’s breasts are soft, warm, and tender to touch, which is normal. While it’s important to manage the patient’s comfort, breast
engorgement is not the greatest risk in this scenario.

The correct answer is choice C: Respiratory rate.

Choice A rationale:

Fetal heart rate (FHR) is an important assessment for clients experiencing preterm labor, but it is not the priority assessment when administering magnesium sulfate. FHR monitoring is crucial to ensure fetal well-being but is not directly related to the potential adverse effects of magnesium sulfate.

Choice B rationale:

Temperature is an essential assessment parameter, but it is not the priority in this case. Magnesium sulfate administration can cause adverse effects, particularly on the respiratory system, which should be closely monitored.

Choice C rationale:

Respiratory rate is the correct choice because respiratory rate is a priority assessment when administering magnesium sulfate. The drug can cause respiratory depression and other respiratory complications, so monitoring the respiratory rate is essential to ensure the client's safety.

Choice D rationale:

Bowel sounds are not a priority assessment for a client receiving magnesium sulfate. While gastrointestinal side effects can occur with magnesium sulfate use, respiratory assessments take precedence.

In conclusion, the priority nursing assessment for a client receiving magnesium sulfate is the respiratory rate due to the potential respiratory complications associated with the drug. Monitoring respiratory function closely can help prevent adverse outcomes and ensure the client's safety during treatment.