The nurse is receiving report on a postpartum client who gave birth two days ago after a prolonged rupture of membranes and is currently having an increase in perineal pain.
What postpartum complication does the nurse assess for in the client?

Choice A rationale

Placing a rolled towel under the client's knees might slightly tilt the pelvis but is insufficient to effectively relieve the pressure of the presenting fetal part on the prolapsed umbilical cord. The primary goal in a cord prolapse is to prevent umbilical artery compression, which quickly leads to fetal hypoxia and bradycardia due to compromised blood flow, and a rolled towel under the knees doesn't achieve the necessary change in maternal position to shift the fetus off the cord.

Choice B rationale

While immediately notifying the obstetric health care provider (HCP) is a critical step in managing cord prolapse, it is not the absolute priority over direct physical intervention to protect the fetus. The scientific rationale for prioritizing pressure relief is the immediate threat of profound fetal hypoxemia and acidemia from cord compression, which can cause irreversible brain damage or death within minutes, necessitating an immediate hands-on maneuver.

Choice C rationale

Administering high-flow oxygen via a non-rebreather mask (10-12 L/min) is a standard intervention for fetal distress, aiming to increase the maternal partial pressure of oxygen (P_O_2) and subsequently enhance oxygen transfer across the placenta to the fetus. However, its effectiveness is secondary to relieving the direct mechanical compression of the umbilical cord, which is the immediate cause of the deceleration and hypoxia.

Choice D rationale

Positioning the client into a position like Trendelenburg (head down, feet up) or knee-chest (hands and knees, chest on the bed) uses gravity to displace the fetus upward and away from the cervix, thereby relieving the pressure on the prolapsed umbilical cord. This action immediately restores umbilical blood flow, which is the critical first step to reversing fetal bradycardia and hypoxia caused by cord compression.

Choice E rationale

Preparing the client for an immediate delivery, often via emergency Cesarean section (C-section), is the ultimate treatment for a non-reassuring fetal status secondary to cord prolapse, but it requires preparatory steps and time. Positioning for pressure relief (Choice D) and manual elevation of the presenting part (if necessary) are the immediate, life-saving measures performed before or concurrent with preparation for rapid delivery.

Choice F rationale

Encouraging the client to push with the next contraction would be contraindicated and detrimental. The action of pushing would increase intra-abdominal pressure and directly force the presenting fetal part down onto the prolapsed cord, leading to maximal compression of the umbilical artery and vein. This would cause severe, sustained fetal bradycardia and hypoxemia, dramatically increasing the risk of fetal demise or severe injury.

Choice G rationale

Applying sterile gauze soaked in normal saline to the exposed cord helps to prevent drying of the Wharton's jelly and umbilical vessels, which minimizes vasospasm and maintains blood flow until delivery. Although important for cord preservation, this intervention is secondary to the immediate mechanical relief of compression (Choice D), which addresses the acute life-threatening fetal compromise from lack of blood flow.

Choice A rationale

Increased pain with urination, known as dysuria, is a primary symptom often associated with a urinary tract infection (UTI), not specifically polyhydramnios. While an enlarged uterus could theoretically cause compression and urinary symptoms, dysuria is a localized inflammatory response from the lower urinary tract, caused by microbial pathogens ascending the urethra, leading to mucosal irritation and pain during micturition.

Choice B rationale

A tense (firm) uterus is a key physical sign of polyhydramnios, reflecting the excessive accumulation of amniotic fluid. This fluid volume stretches the myometrium, leading to palpable firmness or rigidity upon abdominal assessment. Normal amniotic fluid volume in the third trimester is approximately 800-1000 mL, while polyhydramnios involves a volume typically exceeding 2000 mL or an Amniotic Fluid Index (AFI) greater than 24-25 cm.

Choice C rationale

Difficulty auscultating fetal heart sounds occurs because the excessive amniotic fluid acts as a buffer or sound barrier, significantly dampening the transmission of the fetal heart sounds to the mother's abdomen. The fluid-filled space between the fetal chest wall and the uterine wall scatters the sound waves, making the detection of the fetal heart rate via external Doppler or stethoscope challenging.

Choice D rationale

Sudden weight loss is not characteristic of polyhydramnios; in fact, the opposite is expected. The massive volume increase from the excess amniotic fluid, coupled with the enlarged fetus and placenta, typically results in a rapid or excessive maternal weight gain, far exceeding the normal gestational weight gain rate for the specific trimester.

Choice E rationale

Maternal shortness of breath (dyspnea) is a common symptom of severe polyhydramnios. The dramatically enlarged uterus pushes the diaphragm cephalad (upward), mechanically restricting the downward excursion of the diaphragm during inspiration, thereby reducing the functional lung capacity and making breathing more difficult, especially when the client is supine.

Choice F rationale

A uterus larger than expected for gestational week (LGA), also termed fundal height greater than dates, is a primary clinical finding of polyhydramnios. The excessive fluid distends the uterus significantly more than a normal pregnancy would, causing the measured fundal height to exceed the expected measurement (typically ≥ 3 cm difference) based on the last menstrual period and standard growth charts.