Eos Advisory leads £2.5m investment into pioneering tourette’s wearable

Eos Advisory leads £2.5m investment into pioneering tourette's wearable

Pictured (L-R): Ana Stewart, Peter Forbes, who has Tourettes Syndrome and participated in last year's clinical trials, and Paul Cable

St Andrews-based investment firm Eos Advisory has led a £2.5 million investment into Neupulse, a start-up developing the world’s first wearable device aimed at tackling Tourettes Syndrome (TS) and other tic disorders towards commercialisation.

Neupulse’s recently finalised working prototype stimulates the median nerve in the wrist, reducing the frequency of tics in individuals with TS, a condition that is thought to affect as much as 2% of the world’s child population and 1% of the overall population. Clinical trials in 2023 showed the Neupulse device can reduce tics by over 25 percentile.

The £2.5m seed stage investment came from a consortium including US-based investors. Neupulse is now moving towards regulatory approval phase in the UK, Europe, and the USA.



Paul Cable, CEO of Neupulse, said: “Tourettes Syndrome is a debilitating condition, severely so in many cases and to the detriment of quality of life, and our mission is to drastically reduce tics with an easy-to-use wearable device that will be transformative to the lives of affected individuals.

“Our device is an alternative to the current provision of treatment for TS, which is centred around medication and cognitive behaviour therapy.

“The goal is for Neupulse to be available to the TS community globally in the years ahead.”

Ana Stewart, partner at Eos Advisory, said: “Eos was set up to back science-based companies and founders developing technologies that can positively impact the lives of people across the globe.

“Whilst we are focussed on Scottish startups, when one of our investors brought the amazing work of Neupulse to our attention we realised that there was a huge opportunity to add value, well beyond the investment, to help bring this device to market and improve the lives of people affected by TS and related conditions.

“What’s even more exciting, is how the nascent technology could be beneficial for many other neural conditions in the future.”

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