ATI RN · Obstetrics and Pediatrics · ATI Nursing Proctored Pediatric Test Banks

Option D: check the baby's serum glucose level and administer glucose if < 40 mg/dL. Infants born to insulin-dependent diabetic mothers are at high risk for hypoglycemia due to maternal hyperglycemia during pregnancy. Monitoring the serum glucose level is critical to prevent neurological damage and ensure the baby's safety, making this the priority of care in the nursery.

Option A: clean the umbilical cord with Betadine to prevent infection. While cord care is important, it is not the immediate priority compared to assessing the newborn's glucose levels, especially given the risk of hypoglycemia in this context.

Option B: give the baby a bath. Bathing can wait until after critical assessments are completed, as the immediate concern is the baby's glucose level rather than hygiene.

Option C: call the laboratory to collect a PKU screening test. Although PKU screening is essential, it is not urgent compared to checking and managing the newborn's blood glucose levels, which can have immediate health implications.

Takeaways: Monitoring the serum glucose level in newborns, especially those born to diabetic mothers, is crucial for preventing hypoglycemia and ensuring safety, requiring immediate intervention if levels are low to avoid complications.

Option A: Daily intake and output is the most reliable method for monitoring fluid balance as it provides a comprehensive overview of all fluids consumed and excreted, allowing for accurate assessment of hydration status and fluid management in patients.

Option B: Vital signs do not provide specific information about fluid balance; they can indicate changes in fluid status but lack the precision needed for direct monitoring.

Option C: Daily weight can reflect fluid changes but may not account for all factors influencing weight fluctuations, making it less reliable than a complete intake and output assessment.

Option D: Skin turgor is a subjective measure and can be influenced by various factors, making it an unreliable indicator of fluid balance compared to quantitative methods.

Takeaways: Monitoring fluid balance effectively requires daily intake and output to ensure accurate assessment of hydration status and fluid management, which is essential for patient care in various clinical settings, including pediatric fluid management considerations.

Option B: Should be considered and planned for early in his care. Early rehabilitation planning is essential in optimizing recovery outcomes, especially following significant medical procedures like a hypophysectomy. Addressing rehabilitation needs promptly can help facilitate a smoother transition back to daily activities and work, ensuring that Mr. Gabatan receives the necessary support and resources during his recovery process.

Option A: Should be left up to Mr. Gabatan and his family. While patient and family involvement is important, rehabilitation plans should be guided by healthcare professionals to ensure they are comprehensive and appropriate for the patient's medical condition and recovery goals.

Option C: Are not necessary, because he will return to former activities. This assumption overlooks the potential complications and challenges that may arise after surgery, making rehabilitation a critical component of recovery to support a safe return to previous activities.

Option D: Are not necessary, because he will probably not be able to work again. This perspective is overly pessimistic and does not consider the potential for recovery and rehabilitation to improve Mr. Gabatan's functional abilities and quality of life.

Takeaways: Early rehabilitation planning is crucial for optimizing recovery outcomes and requires collaboration with healthcare professionals to ensure comprehensive support for the patient’s return to daily activities.

Option D: Bilateral hearing loss is a known adverse reaction associated with prolonged aspirin therapy, particularly in high doses. This condition, known as salicylate ototoxicity, can lead to reversible or irreversible hearing impairment, making it crucial for patients to be aware of this potential side effect.

Option A: Weight gain is not a recognized adverse effect of aspirin therapy. Instead, aspirin is more commonly associated with gastrointestinal issues and bleeding rather than changes in body weight.

Option B: Respiratory acidosis is not a typical adverse reaction of aspirin therapy. Aspirin can cause respiratory alkalosis due to hyperventilation, especially in overdose situations, but not acidosis.

Option C: Fine motor tremors are not directly linked to aspirin use. While some medications can cause tremors, aspirin is not typically associated with this side effect, which is more common with neurotoxic drugs.

Takeaways: Awareness of potential adverse effects, such as bilateral hearing loss from prolonged aspirin therapy is essential for patient education and safety in managing rheumatoid arthritis.

Option B: Tympanic membrane sensor provides a rapid and accurate measurement of temperature, making it suitable for preterm infants under a radiant heater. This method minimizes stress and discomfort while ensuring precise readings, which is critical for monitoring the infant's thermal stability in a controlled environment.

Option A: Axillary sensor does not provide the most accurate core temperature readings, especially in preterm infants, as it can underestimate the actual body temperature.

Option C: Rectal mercury glass thermometer poses safety risks due to potential breakage and mercury exposure, making it unsuitable for routine use in infants.

Option D: Rectal electronic thermometer, while more accurate than axillary, still carries risks associated with rectal temperature measurement in fragile preterm infants, such as perforation or discomfort.

Takeaways: Accurate temperature assessment in preterm infants requires the use of a method that minimizes risk and maximizes precision, such as a tympanic membrane sensor, which is essential for monitoring thermal stability in neonatal care during treatment.