Is it true that the higher the fever, the more likely convulsions will occur? Febrile convulsions are defined as convulsions that occur between the ages of 3 months and 5 years after birth, at the onset of fever or during a rapid rise in body temperature, and require the exclusion of central nervous system infections and any other acute illnesses that trigger convulsions, as well as no previous history of fever-free episodes. The prevalence is about 2-5% and is the most common convulsive disorder in infancy and childhood, with a prevalence of 3-4%. The term “febrile convulsions” is inaccurate, and there is no international requirement for the degree of fever to diagnose febrile convulsions. How to deal with febrile convulsions at home? The most important thing for parents is to prevent accidental injury from the seizure by placing the child on a flat surface or bed that is not easily injured, keeping the head tilted to one side to facilitate the flow of oral contents, and not inserting any objects into the mouth; do not press the patient too hard to avoid fractures; avoid unnecessary stimulation, there is no evidence that pressing the person can shorten the duration of the seizure, and more than 90% of seizures There is no evidence that compression of the human midsection can shorten the duration of a seizure, and more than 90% of seizures can spontaneously resolve within 5 minutes, and if excessive pressure leads to skin breakdown at the human midsection, meningitis can easily develop secondary to it. Is it true that febrile convulsions can cause brain damage in children? The overall prognosis for febrile convulsions is good, and no deaths have been reported as a direct result of febrile convulsions. 95% or more of children with febrile convulsions do not later develop G. Risk factors for the development of G after febrile convulsions include: 1. complex febrile convulsions; 2. the presence of central nervous system abnormalities (e.g., developmental delay); and 3. a family history of G.