What subjective data can a child tell the nurse following a seizure that could indicate the origin of the seizure in the brain?
Aura
Blood Pressure 90/60
Oxygenation on room air 97%
Temperature 38 degrees Celsius
The Correct Answer is A
A. Aura: An aura is a subjective sensation experienced before a seizure, such as a strange smell, taste, or visual change. It can provide clues about the seizure's origin in the brain, often linked to the temporal lobe.
B. Blood Pressure 90/60: Blood pressure is an objective, measurable sign, not subjective data reported by the child.
C. Oxygenation on room air 97%: Oxygenation levels are objective and do not provide information about seizure origin.
D. Temperature 38 degrees Celsius: Temperature is objective and does not help localize the seizure's origin in the brain.
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Correct Answer is D
Explanation
A. "Get the child tested for Reye's syndrome if the child exhibits fever, vomiting, and lethargy.": While these are symptoms of Reye's syndrome, prevention focuses on avoiding triggers like salicylates during viral illnesses, not merely recognizing symptoms.
B. "Use aspirin instead of acetaminophen for children with viral illness.": Aspirin increases the risk of Reye's syndrome in children with viral illnesses.
C. "Advise parents to have their children immunized against Reye's syndrome.": There is no vaccine for Reye's syndrome; prevention relies on avoiding salicylate use during viral infections.
D. "Avoid giving salicylate-containing medications to a child who has a viral syndrome.": Salicylates, such as aspirin, are the primary risk factor for Reye's syndrome, so avoidance is critical.
Correct Answer is D
Explanation
A. Decreased pressure and cloudy cerebrospinal fluid with a high protein level. Meningitis usually causes increased intracranial pressure, not decreased.
B. Clear cerebrospinal fluid with a high protein and low glucose. Clear CSF is typically seen in viral meningitis, but bacterial meningitis more often causes cloudy CSF.
C. Cloudy cerebrospinal fluid with a low protein and low glucose. While glucose is low in bacterial meningitis, protein is typically elevated due to the infection.
D. Cloudy cerebrospinal fluid with a high protein and low glucose levels. This finding is consistent with bacterial meningitis, where the CSF is cloudy, protein is elevated due to inflammation, and glucose is low because bacteria consume glucose.