Nursing Elites

1. The nurse is caring for an infant who was born 24 hr ago to a mother who received no prenatal care. The infant is a poor feeder but sucks avidly on his hands. Clinical manifestations also include hyperactive reflexes, tremors, sneezing, and a high-pitched shrill cry. What does the nurse consider as a possible diagnosis for this infant?

• A. Seizure disorder
• B. Narcotic withdrawal
• C. Placental insufficiency
• D. Meconium aspiration syndrome

Correct answer: B

Rationale: In this case, the infant's symptoms are consistent with narcotic withdrawal. Infants exposed to drugs in utero may display withdrawal symptoms starting around 12 to 24 hours post-birth. The presentation often includes hyperactive reflexes, tremors, sneezing, high-pitched shrill cry, poor feeding, and sucking avidly on hands. Signs such as loose stools, tachycardia, fever, projectile vomiting, sneezing, and generalized sweating are common. These symptoms are not indicative of a seizure disorder. Placental insufficiency typically leads to a small-for-gestational-age child, which is not mentioned in the scenario. Meconium aspiration syndrome primarily presents with respiratory distress, not the symptoms described in this case.

2. Which finding suggests fluid volume deficit in an infant presenting with vomiting and diarrhea for 2 days?

• A. Increased blood pressure
• B. A sunken fontanel
• C. Decreased pulse rate
• D. Low urine specific gravity

Correct answer: B

Rationale: A sunken fontanel is a classic sign of dehydration in infants, indicating a fluid volume deficit. In dehydration, the fontanel sinks due to decreased fluid volume in the body. Increased blood pressure (Choice A) is not typically associated with dehydration in infants. Decreased pulse rate (Choice C) is not a common finding in fluid volume deficit, as the body tries to increase the heart rate to compensate for decreased volume. Low urine specific gravity (Choice D) may be seen in dehydration, but it is not as specific or as easily observable as a sunken fontanel.

3. Picking up a pencil demonstrates the ability to use which of the following?

• A. Pincer grasp
• B. Prehension
• C. Parachute reflex
• D. Grasp reflex

Correct answer: A

Rationale: Picking up a pencil requires the use of the pincer grasp, which involves the coordination of the thumb and forefinger to hold small objects. The pincer grasp is a fine motor skill essential for tasks that necessitate precision and dexterity. Choices B, C, and D are incorrect. Prehension refers to the act of grasping or holding an object, parachute reflex is a protective response to sudden movement or loss of support, and grasp reflex is an automatic closing of the hand when an object is placed in the palm, none of which specifically relate to the action of picking up a pencil.

4. What tool would be most useful to assess maternal and newborn attachment behaviors?

• A. Apgar
• B. Ballard scale
• C. NCAST (Nursing Child Assessment Satellite Training) Feeding Scale
• D. Brazelton Neonatal Behavioral Assessment Scale

Correct answer: C

Rationale: The NCAST Feeding Scale is the most suitable tool to evaluate maternal and newborn attachment behaviors during feedings. It focuses on observing the interaction between the parent and infant, providing insights into their bonding. The Apgar score is used to assess a neonate's immediate transition to life outside the womb, not specifically maternal and newborn attachment behaviors. The Ballard scale is used to estimate gestational age, not to assess attachment behaviors. The Brazelton Neonatal Behavioral Assessment Scale is designed to evaluate a newborn's responses to various stimuli, not specifically maternal and newborn attachment behaviors.

5. In what condition should the nurse be alert for altered fluid requirements in children? (Select all that apply.)

• A. Oliguric renal failure
• B. Increased intracranial pressure
• C. Mechanical ventilation
• D. All above

Correct answer: D

Rationale: Conditions like oliguric renal failure, increased intracranial pressure, and mechanical ventilation significantly alter fluid requirements in children. These conditions either restrict fluid output or require careful fluid management to avoid worsening the condition.

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