Giving salicylates to a child with Reye’s syndrome is dangerous. Pepto-Bismol uses bismuth subsalicylate, a salicylate, and salicylates are contraindicated in Reye’s syndrome because they can worsen brain and liver injury. The priority is to question the physician’s order and withhold the medication until you confirm a safe plan with the provider. If fever or discomfort needs management, switch to a physician-approved alternative such as acetaminophen after confirmation. The other actions don’t address the safety issue and could continue exposing the child to harm.

Monoplegia isn’t a standard CP distribution pattern because cerebral palsy classifications describe how movement impairment spreads across limbs due to brain injury. The classic patterns are that CP can affect one side of the body (hemiplegia), mainly the legs (diplegia), or all four limbs (quadriplegia). In CP, involvement of only a single limb is not typical and usually points to a focal brain lesion or another motor disorder rather than a CP distribution. The other patterns fit CP because they reflect the common ways brain injury can impact motor control across multiple limbs.

When a child is acutely ill with suspected intracranial pathology and altered consciousness, the priority is to rapidly identify life-threatening issues such as acute hemorrhage, mass effect, edema, or hydrocephalus. A non-contrast CT scan of the head best meets this need because it is fast, widely available, and highly sensitive for acute bleeding and structural problems. It can be performed quickly in the emergency setting and often without need for sedation, enabling prompt decision-making. MRI provides greater detail for many brain conditions but takes longer, may require transporting a unstable patient and sedation, and thus delays urgent management. Ultrasound of the head is mainly helpful in neonates with open fontanelles and has limited utility for detecting acute intracranial pathology in older children. Skull X-rays lack sensitivity for most acute intracranial processes.

Neuropsychology in pediatric brain injury rehabilitation focuses on how the injury affects thinking, behavior, and learning. This involves evaluating cognitive domains such as attention, memory, processing speed, and executive function; behavior regulation; and academic functioning like reading, math, and writing. By mapping these areas, clinicians identify strengths and weaknesses, tailor targeted rehabilitation interventions, and coordinate educational supports (for example, IEP goals and classroom accommodations). This assessment-guided planning helps guide therapy, track progress, and ensure the child’s school and daily life adapt to their needs. Medications or surgical treatments may be part of overall care, but the primary role of neuropsychology is to assess functioning and inform personalized rehabilitation and educational planning.