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Genetic epilepsy with febrile seizures plus

Genetic epilepsy with febrile seizures plus (GEFS+) is a spectrum of seizure disorders of varying severity. GEFS+ is usually diagnosed in families whose members have a combination of febrile seizures, which are triggered by a high fever, and recurrent seizures (epilepsy) of other types, including seizures that are not related to fevers (afebrile seizures). The additional seizure types usually involve both sides of the brain (generalized seizures); however, seizures that involve only one side of the brain (partial seizures) occur in some affected individuals. The most common types of seizure in people with GEFS+ include myoclonic seizures, which cause involuntary muscle twitches; atonic seizures, which involve sudden episodes of weak muscle tone; and absence seizures, which cause loss of consciousness for short periods that appear as staring spells.

الوصف

Genetic epilepsy with febrile seizures plus (GEFS+) is a spectrum of seizure disorders of varying severity. GEFS+ is usually diagnosed in families whose members have a combination of febrile seizures, which are triggered by a high fever, and recurrent seizures (epilepsy) of other types, including seizures that are not related to fevers (afebrile seizures). The additional seizure types usually involve both sides of the brain (generalized seizures); however, seizures that involve only one side of the brain (partial seizures) occur in some affected individuals. The most common types of seizure in people with GEFS+ include myoclonic seizures, which cause involuntary muscle twitches; atonic seizures, which involve sudden episodes of weak muscle tone; and absence seizures, which cause loss of consciousness for short periods that appear as staring spells.

The most common and mildest feature of the GEFS+ spectrum is simple febrile seizures, which begin in infancy and usually stop by age 5. When the febrile seizures continue after age 5 or other types of seizure develop, the condition is called febrile seizures plus (FS+). Seizures in FS+ usually end in early adolescence.

A condition called Dravet syndrome (also known as severe myoclonic epilepsy of infancy or SMEI) is often considered part of the GEFS+ spectrum and is the most severe disorder in this group. Affected infants typically have prolonged seizures lasting several minutes (status epilepticus), which are triggered by fever. Other seizure types, including afebrile seizures, begin in early childhood. These types can include myoclonic or absence seizures. In Dravet syndrome, these seizures are difficult to control with medication, and they can worsen over time. A decline in brain function is also common in Dravet syndrome. Affected individuals usually develop normally in the first year of life, but then development stalls, and some affected children lose already-acquired skills (developmental regression). Many people with Dravet syndrome have difficulty coordinating movements (ataxia) and intellectual disability.

Some people with GEFS+ have seizure disorders of intermediate severity that may not fit into the classical diagnosis of simple febrile seizures, FS+, or Dravet syndrome.

Family members with GEFS+ may have different combinations of febrile seizures and epilepsy. For example, one affected family member may have only febrile seizures, while another also has myoclonic epilepsy. While GEFS+ is usually diagnosed in families, it can occur in individuals with no history of the condition in their family.

Inheritance patterns

The source lists the following possible inheritance patterns: Autosomal dominant. More than one pattern can apply in different cases.

Other names

GEFS+

Generalized epilepsy with febrile seizures plus

Related patient information and medicines

النوبة الحموية

Patient information leaflet

النوبة الحموية

A febrile seizure is a convulsion that occurs in some children with a high temperature (fever). Having the febrile seizure does not cause the epilepsy but a child who is going to develop epil... جديد studies suggest that children with febrile seizures يكون أكثر likely to have differences in genes relating إلى fever response as well as in several.

أنواع النوبات

Patient information leaflet

أنواع النوبات

You can find out more from our leaflet called Febrile seizure (Febrile convulsion). They include: A genetic tendency to have seizures. This is probably the reason for النوبات in in most people who have epilepsy; they have likely inherited a combination of different gene variants that make their brain more vulnerable to having a seizure. Many.

الصرع

Patient information leaflet

الصرع

We think that there is a close link between ge... It's thought that people with الصرع have a genetic tendency to have seizures, or a lower seizure threshold. هذا tendency can be موروث from one أو both parents, أو it can develop for the first time as a new genetic change in the person with epilepsy. هذا genetic tendency is often due to.

الارتجاف

Patient information leaflet

الارتجاف

How is a rigor different from a تشنج حراري أو seizure. التشنجات الحموية يكون أ type of seizure that can happen when أ child, between the ages of 6 months and 6 years, has a high درجة الحرارة (fever). See the separate leaflet called Febrile Seizure (Febrile Convulsion) for more information. Seizures may also arise in people who have an.

أدوية الصرع والآثار الجانبية

Patient information leaflet

أدوية الصرع والآثار الجانبية

Medicines that يكون used to treat epilepsy work by stabilising the electrical activity of the brain. You need to take medication every day to... Counselling Some people with epilepsy become anxious or depressed about their condition. Genetic counselling may be appropriate إذا the type of epilepsy is عتقد to have an hereditary pattern. Standby.

الفحص الجيني

Patient information leaflet

الفحص الجيني

الفحص الجيني is a type من medical test that identifies changes in chromosomes, genes or proteins. Genetic tests examine a person's DNA in a variety of ways to assess a person's genetic health. They are all designed to identify a particular gene that may cause a genetic disorder. We all have 46 chromosomes in our cells. One chromosome from each.

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  • 18 Aug 2025 | أحدث إصدار
  • 1 Jul 2017 | نُشر في الأصل

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