Nokea
The nurse is present in the delivery room when a mother is told her neonate was stillborn. The mother begins to wail loudly and pull at her hair. Which action does the nurse take?
- A. Allow the mother to express grief in her own way.
- B. Attempt to calm the mother and prevent self-harm.
- C. Ask for a sedative to calm the mother’s reaction.
- D. Ask a family member to comfort the mother.
Correct Answer: A
Rationale: The correct answer is A: Allow the mother to express grief in her own way. The nurse should prioritize the mother's emotional needs by providing a safe space for her to express her grief. This can help the mother process her emotions and begin the grieving process. Option B may come across as dismissive of the mother's feelings and could hinder her emotional healing. Option C with sedatives may suppress the mother's natural grieving process and is not recommended unless absolutely necessary. Option D is not appropriate as the nurse should be present to support the mother directly.
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Which intervention should the nurse instruct the parents to do for their newborn who has acute diaper rash?
- A. Apply the diaper loosely to infant, allowing for better air circulation.
- B. Change the newborn every 4 hours to prevent a moist environment.
- C. Wash the newborn’s diaper area with an antibacterial soap and newborn wipes.
- D. Wipe off the diaper cream thoroughly between diaper changes.
Correct Answer: A
Rationale: The correct answer is A: Apply the diaper loosely to infant, allowing for better air circulation. This is the best intervention for acute diaper rash as it helps reduce moisture and promotes healing. Tight diapers trap moisture, worsening the rash. Choice B is incorrect as changing every 2-3 hours is recommended to maintain a dry environment. Choice C is incorrect as antibacterial soap can be harsh and disrupt the skin's natural flora. Choice D is incorrect as wiping off diaper cream thoroughly can irritate the skin further.
Which diagnosis is most common in a newborn born at 35 + 3 gestational age?
- A. Hyperglycemia
- B. Respiratory distress syndrome
- C. Infection
- D. Altered nutrition, more than body requirements
Correct Answer: B
Rationale: The correct answer is B: Respiratory distress syndrome. At 35 + 3 weeks gestational age, the newborn's lungs may not be fully developed, leading to respiratory distress. This condition is common in premature babies due to surfactant deficiency, resulting in difficulty breathing. Hyperglycemia, infection, and altered nutrition are less likely in this scenario as they are not typically associated with prematurity at this gestational age. Respiratory distress is the most common concern in premature infants and requires prompt medical intervention to support breathing and lung function.
Which infant is at greatest risk for developing hypoglycemia after birth?
- A. Severe small for gestational age infant
- B. Appropriate for gestational age infant
- C. Infant of a diabetic mother with maternal glucose control
- D. Cold-stressed term infant
Correct Answer: A
Rationale: The correct answer is A: Severe small for gestational age (SGA) infant, as they have limited glycogen stores and are at higher risk for hypoglycemia. SGA infants often have poor growth in utero, leading to decreased nutrient reserves. This puts them at increased risk for low blood sugar levels after birth.
Incorrect choices:
B: Appropriate for gestational age infants typically have adequate glycogen stores and are at lower risk for hypoglycemia.
C: Infants of diabetic mothers with good maternal glucose control are less likely to have hypoglycemia due to stable blood sugar levels in utero.
D: Cold-stressed term infants may have transient hypoglycemia, but they are not at the greatest risk compared to severe SGA infants.
The nurse is providing care for a premature neonate in the NICU nursery. The neonate is diagnosed with bronchopulmonary dysplasia (BPD) and patent ductus arteriosus (PDA). Which specific intervention does the nurse expect for this neonate?
- A. Monitor of hemoglobin and hematocrit levels.
- B. Obtain blood glucose levels.
- C. Maintain fluid restrictions.
- D. Administer enteral feedings.
Correct Answer: C
Rationale: The correct answer is C: Maintain fluid restrictions. For a neonate with BPD and PDA, fluid restrictions are essential to prevent fluid overload and worsening of the conditions. Excessive fluid can exacerbate pulmonary edema in BPD and increase cardiac workload in PDA. Monitoring hemoglobin and hematocrit levels (A) is important but not specific to these conditions. Obtaining blood glucose levels (B) is important for monitoring overall health but not specific to BPD and PDA. Administering enteral feedings (D) may be necessary but does not directly address the primary concern of fluid management in these conditions.
The nurses in a NICU are concerned about the appropriate levels of oxygen therapy during the care of premature neonates. The nurses referenced an article by Newman (2014) titled, “Oxygen Saturation Limits and Evidence supporting the Targets.” On which evidence-based conclusion will the nurses develop guidelines?
- A. Oxygen saturation limits of 85% to 89% are effective.
- B. Oxygen saturation rates of 91% to 95% are effective.
- C. Infants are within saturation limits about 75% of the time.
- D. Oxygen saturation limits need to be between 87% to 94%.
Correct Answer: B
Rationale: The correct answer is B: Oxygen saturation rates of 91% to 95% are effective. This range is supported by the article by Newman (2014) as the optimal oxygen saturation levels for premature neonates. Here's the rationale:
1. The range of 91% to 95% falls within the typical target range for oxygen saturation in premature neonates, ensuring adequate oxygenation without the risk of hyperoxia or hypoxia.
2. Maintaining oxygen saturation within this range has been shown to improve outcomes and reduce the risk of complications in premature neonates.
3. The article by Newman likely provides evidence-based research supporting this specific range as the most effective for neonatal care.
In summary, choices A, C, and D are incorrect because they do not align with the evidence-based optimal oxygen saturation range for premature neonates as supported by the referenced article.