A nurse rushes to the room to assess a client due to a noted prolonged fetal heart rate deceleration, HR 118 bpm on the monitor. Upon entering, the client reports a feeling of something weird between her legs. Upon assessment, an umbilical cord prolapse is noted. Team members are alerted to the emergency and the nurse's need for assistance. Education is provided to the client at this time explaining the complication and nursing interventions. The client becomes tearful but verbalizes understanding. The nurse reviews the electronic health record and documents care in the nursing progress notes.
Which actions by the nurse are implemented to enhance safety for the laboring client and fetus with a prolapsed cord? Select all that apply.
Placing a rolled towel under the client's knees.
Immediately notifying the client's obstetric health care provider.
Administering oxygen to the client via a non-rebreather mask.
Placing the client in a Trendelenburg or modified Sims position.
Applying continuous internal fetal monitoring.
Using a sterile gloved hand to gently push the presenting part off the cord.
Preparing the client for an immediate cesarean birth.
Correct Answer : B,C,D,F,G
Choice A rationale
Placing a rolled towel under the client's knees offers minimal elevation to the hips and would be insufficient to relieve pressure on the prolapsed umbilical cord. Elevation of the hips is critical to displace the fetus and alleviate cord compression, thereby restoring umbilical blood flow and preventing fetal hypoxia and brain damage. More effective positioning, like Trendelenburg or modified Sims, is required to optimize this decompression and support fetal safety.
Choice B rationale
Immediate notification of the obstetric health care provider is a priority due to the acute, life-threatening nature of an umbilical cord prolapse, which requires rapid definitive intervention. This allows the provider to prepare for an immediate delivery, typically by Cesarean section, which is the fastest way to resolve the compression and prevent fetal mortality from prolonged hypoxia and acidosis.
Choice C rationale
Administering oxygen via a non-rebreather mask (typically 10-15 L/min) to the client increases the maternal partial pressure of oxygen (PO_2), which in turn elevates the oxygen available for placental transfer to the fetus. This maximizes fetal oxygenation and helps mitigate the effects of hypoxia resulting from the compromised umbilical circulation.
Choice D rationale
Positioning the client in a Trendelenburg (supine with the head lower than the feet) or modified Sims (lateral recumbent with the hips elevated) utilizes gravity to displace the fetal presenting part away from the pelvis and the compressed cord. This crucial maneuver aims to relieve pressure on the prolapsed umbilical cord and restore umbilical blood flow, thereby preventing fetal distress.
Choice E rationale
Continuous internal fetal monitoring (IFM) requires the placement of a fetal scalp electrode and an intrauterine pressure catheter (IUPC). While continuous monitoring is essential, IFM is contraindicated in the setting of a prolapsed cord because the instrumentation could potentially worsen the cord compression or introduce infection. External monitoring should be used.
Choice F rationale
Using a sterile gloved hand to exert gentle, sustained upward pressure on the presenting part aims to manually elevate the fetus, thereby relieving compression on the prolapsed umbilical cord. This is a critical and immediate life-saving intervention to restore blood flow to the fetus while preparations are made for emergency delivery to avoid fetal anoxia.
Choice G rationale
Umbilical cord prolapse is an obstetric emergency requiring immediate delivery to prevent severe fetal hypoxia, acidosis, and potentially death. Immediate preparation for a Cesarean birth is the standard, safest, and most rapid definitive intervention to deliver the fetus before prolonged compression causes irreversible harm.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A rationale
The "taking in" phase immediately follows birth and typically lasts 1-2 days. During this period, the mother is largely passive and dependent, focusing on her own needs for rest and nourishment, and reliving the birth experience. She is often content to let others provide care for the infant while she rests and recovers.
Choice B rationale
The "letting go" phase is the final phase, occurring once the mother has settled at home, and involves the mother moving forward as a family unit. This phase involves relinquishing the previous childless lifestyle and adapting to her new role, including accepting the infant's increasing independence and addressing relationship changes with her partner.
Choice C rationale
The "taking hold" phase usually begins on the second or third day and lasts for several weeks. The mother becomes more independent and actively focused on the newborn's needs, exhibiting a strong interest in learning and taking charge of infant care. Asking multiple questions about care is a hallmark of this phase.
Choice D rationale
Early parenting is a broader, less specific term than the Reva Rubin's three-stage framework. While the behavior is certainly a part of early parenting, the phases ("taking in," "taking hold," and "letting go") specifically describe the mother's psychological adjustment to her new role and are the correct terminology for this specific behavioral stage.
Correct Answer is ["150"]
Explanation
Step 1 is: Calculate the infusion rate change per hour. 4 grams/hr is the initial rate, and it is titrated by 1 gram/hr every hour. The infusion started at 0800. At 0900 (1 hour later), the rate is 4 grams/hr + 1 gram/hr = 5 grams/hr. At 1000 (2 hours later), the rate is 5 grams/hr + 1 gram/hr = 6 grams/hr. At 1100 (3 hours later), the rate is 6 grams/hr + 1 gram/hr = 7 grams/hr. At 1200 (4 hours later), the rate is 7 grams/hr + 1 gram/hr = 8 grams/hr. At 1300 (5 hours later), the rate is 8 grams/hr + 1 gram/hr = 9 grams/hr.
Step 2 is: Calculate the final rate in mL/hr using the concentration and the final grams/hr rate. The concentration is 60 grams÷ 1000 mL. The rate at 1300 is 9 grams/hr. 9 grams/hr× (1000 mL÷ 60 grams). 9000 mL/hr÷ 60. 150 mL/hr. The rate of infusion at 1300 is 150.
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