Rapid advancements in the field of epilepsy treatment singapore make it difficult for us to stay on top of the most recent developments. We frequently struggle to keep up with the literature while also focusing on our research and clinical practice, which prevents us from using our imagination and seeing the state of our area in a few decades.

The best way to treat epilepsy?

With the use of anti-seizure medications, the majority of epilepsy sufferers can lead seizure-free lives. When taken as directed, these medications are most effective. A person may stop taking their medication if they haven’t had a seizure in a while.

epilepsy treatment singapore

A doctor may advise brain surgery to eliminate the troubling brain region that causes seizures if medications are unable to stop seizures. Surgery is only recommended, however, if brain imaging studies identify a specific brain region as the source of the seizures and the region is not essential for bodily functions like speech, vision, hearing, or movement.

A ketogenic diet, deep brain stimulation, and other methods like vagus nerve stimulation and surgery can all be used to treat epilepsy.

What new developments have there been in the treatment of epilepsy?

Epilepsy diagnosis and treatment have greatly advanced in recent years, making it possible for patients to live seizure-free lives and experience less suffering as a result of social stigma, prejudice, and misunderstandings.

Wearable seizure detectors have been created to monitor potential seizure activity. These tools are useful in reducing sudden epilepsy deaths brought on by uncontrolled seizures. Numerous non-invasive procedures that can specifically target the part of the brain responsible for seizure onset have been identified to identify the source of seizures. Thin electrodes are inserted into the head during stereo-electroencephalography, for instance, to obtain data on brain activity that can be used to pinpoint the precise cause of seizures.

Numerous recently found methods can be used to effectively treat epilepsy once the cause has been determined. One such method is responsive microsimulation, in which the brain is implanted with a device like a pacemaker.

These developments are mostly due to novel medications and inventive formulations as well as greater knowledge of the relative efficacy and safety of existing ASMs. Technological tools for remote learning, telemedicine, and patient empowerment made possible through self-management smartphone-based apps are responsible for other advancements. It is possible that in the upcoming years, other significant therapeutic advancements will take place. Clinical outcomes for those who have epilepsy are likely to improve as a result of continued multidisciplinary efforts, thanks to developments in IT technology, the creation of novel precision medicines, and the identification of biomarkers to direct medication development.