Home » World first epilepsy device fitted in UK boy’s skull

World first epilepsy device fitted in UK boy’s skull

by Shabee Lakehouse
June 24, 2024 1:38 pm 0 comment

A boy with severe epilepsy has become the first patient in the world to trial a new device fitted in their skull to control seizures.

The neurostimulator, which sends electrical signals deep into his brain, has reduced Oran Knowlson’s daytime seizures by 80%.

His mother, Justine, told the BBC he was happier and had a “much better quality of life”.

The surgery was carried out in October as part of a trial at Great Ormond Street Hospital in London when Oran – who is now 13 – was 12.

Oran, from Somerset, has Lennox-Gastaut syndrome, a treatment-resistant form of epilepsy which he developed at the age of three.

Since then he has suffered several daily seizures ranging from two dozen to hundreds.

When we first spoke to Oran’s mum last autumn, prior to surgery, she explained how Oran’s epilepsy dominated his life: “It has robbed him of all of his childhood.”

She told us Oran had a range of different seizures, including those where he fell to the ground, shook violently, and lost consciousness.

She said at times he would stop breathing and require emergency medication to resuscitate him.

Oran has autism and ADHD, but Justine says his epilepsy is by far the biggest hurdle: “I had a fairly bright three-year-old, and within a few months of his seizures commencing he deteriorated rapidly, and lost a lot of skills.”

Oran is part of the CADET project – a series of trials assessing the safety and effectiveness of deep brain stimulation for severe epilepsy.

The partnership involves Great Ormond Street Hospital, University College London, King’s College Hospital and the University of Oxford.

The Picostim neurotransmitter is made by UK company Amber Therapeutics.(BBC News)

You may also like

Leave a Comment

Sri Lanka’s most Trusted and Innovative media services provider

Facebook

@2024 – All Right Reserved. Designed and Developed by Lakehouse IT

RIC RIC
x