A nurse educates caregivers about dietary management for a child with burn injuries. Which of the following recommendations should the nurse provide?

Choice A reason: Chest percussion and suctioning are used for respiratory issues, like pneumonia, but are inappropriate for an unconscious head injury patient with a Glasgow Coma Scale of 9. These actions may increase intracranial pressure by causing agitation, risking further brain damage without addressing neurological needs.

Choice B reason: Active range of motion and non-therapeutic touch every 8 hours risk increasing intracranial pressure in an unconscious head injury patient. Movement can exacerbate brain swelling, and stimulation may worsen neurological status, making this intervention unsafe until the patient’s condition stabilizes.

Choice C reason: Elevating the head of the bed 15-30 degrees with midline positioning promotes venous drainage, reducing intracranial pressure in head injury patients. This position optimizes cerebral perfusion, minimizes brain swelling, and prevents complications like herniation, critical for stabilizing a child with a Glasgow Coma Scale of 9.

Choice D reason: An active, stimulating environment is contraindicated for an unconscious head injury patient, as it can increase intracranial pressure and agitation. A quiet, controlled setting minimizes brain stimulation, supporting recovery by reducing metabolic demand and preventing further neurological deterioration in this critical state.

Choice A reason: Polyuria is associated with hyperglycemia, as in diabetes, where excess glucose causes osmotic diuresis. Hypoglycemia (55 mg/dL) does not cause polyuria; instead, it triggers neurological symptoms like shakiness due to low brain glucose, making this an incorrect finding.

Choice B reason: Dry, flushed skin is typical of hyperglycemia or dehydration, not hypoglycemia. Low blood sugar (55 mg/dL) causes sympathetic activation, leading to sweating and pallor, not dry skin, as the body attempts to restore glucose levels, making this incorrect.

Choice C reason: Tachycardia is expected in hypoglycemia (55 mg/dL), as low glucose triggers sympathetic nervous system activation, releasing catecholamines like epinephrine. This increases heart rate to enhance blood flow and glucose delivery to the brain, a compensatory response to neuroglycopenia.

Choice D reason: Deep, rapid respirations (Kussmaul breathing) occur in diabetic ketoacidosis to compensate for metabolic acidosis, not hypoglycemia. A blood glucose of 55 mg/dL causes neurological symptoms like shakiness, not respiratory changes, making this an incorrect expected finding.