Epilepsy Sensor Helps Prevent Seizures

A new development from Israeli scientists aims to assist people with epilepsy.

Everyone who suffers from epilepsy or has sick relatives knows how unpredictable this disease can be. A seizure can occur at the most inconvenient moment, and the consequences can be dangerous – both for the patient and for those around them. This new development from the biotechnology company BioLert is designed specifically for this group of people – a device that warns of an impending epileptic seizure. In addition, the sensor reads brain activity indicators during a seizure, and this data helps in the development of epilepsy therapy. The device is already on sale and available for purchase.

The sensor has a convenient bracelet form, allowing it to be worn constantly and anywhere. Professor Uri Kramer, an Israeli expert in the treatment of pediatric epilepsy, participated in the development of the device.

Bracelet in Action

The patient programs the device in advance by entering the contact details of close relatives who can quickly come to their aid if necessary. At the moment of an impending seizure, the muscles of the patient with epilepsy begin to contract involuntarily. The EpiLert device is capable of detecting these micro-movements and sending an alarm signal so that relatives can come to assist the epileptic. The risks of the sensor missing signs of a seizure or confusing them with other micro-movements are eliminated: during an epileptic seizure, specific muscle contractions occur that are unique to this condition.

Additionally, the EpiLert bracelet monitors the activity of the cerebral cortex during a seizure. The collected information about the processes occurring in the brain can then be used by the treating physician to select a more effective therapy.

This modern device is invaluable for people with epilepsy who strive to lead a full life: it helps them not to fear unexpected seizures and feel more confident wherever they are. Moreover, the EpiLert bracelet facilitates the care of children with epilepsy, both in hospital settings and at home.