The caregiver of a 2-year-old calls the clinic concerned that her child may have pushed paper into her ears, and she asks the nurse what to do. The mother found the child pushing on her ears with torn paper on the floor in front of her. What would be the appropriate response by the nurse?

Choice A reason: Weighing the child monitors fluid retention but is less urgent than blood pressure, which assesses hypertensive encephalopathy risk post-convulsion in glomerulonephritis. Immediate blood pressure data guides treatment, making this secondary and incorrect compared to evaluating the child’s neurological status after a seizure.

Choice B reason: Giving fluids without guidance risks worsening fluid overload in glomerulonephritis, and delayed reporting is unsafe post-convulsion. Blood pressure assessment is critical, making this inappropriate and incorrect compared to the urgent need for immediate data to address the child’s seizure episode effectively.

Choice C reason: Administering a diuretic without provider orders is unsafe post-convulsion, as it may not address the seizure’s cause. Blood pressure evaluation informs treatment, making this risky and incorrect compared to the priority of assessing hypertension in the child with glomerulonephritis immediately.

Choice D reason: Taking blood pressure post-convulsion assesses for hypertension, a common seizure cause in glomerulonephritis, guiding urgent treatment. Reporting immediately ensures timely intervention, aligning with pediatric nephrology protocols, making this the correct action for the caregiver to take in this emergency situation.

Choice A reason: Frequent bladder urges relate to bladder size and neurological maturation, not kidney location. Children’s higher kidney position increases trauma risk, making this unrelated and incorrect for the anatomical difference in kidney placement between children and adults in the context of injury risk.

Choice B reason: Children’s kidneys are proportionally larger and higher (near T12-L3) with less protective fat, increasing trauma risk from blunt injury. This anatomical difference aligns with pediatric urology evidence, making it the correct fact related to kidney location in children compared to adults.

Choice C reason: Fluid retention is a physiological process, not directly tied to kidney location. Children’s higher kidney placement increases trauma susceptibility, making this irrelevant and incorrect for the anatomical comparison of kidney position between children and adults in terms of health risks.

Choice D reason: Adults may have less fat, but children’s kidneys are less protected due to higher positioning and thinner fat layers. Trauma risk is the primary concern, making this partially correct but incorrect compared to the direct consequence of kidney trauma in children due to location.