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Oxford develops tiny mesh tube devices to treat brain aneurysms

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Posted January 7, 2016

Oxford Endovascular has raised £2m from investment company Oxford Sciences Innovation PLC, Parkwalk Advisors and other private investors to take the device through clinical trials, and ultimately aims to treat thousands of patients worldwide.

A brain aneurysm is a weakened point in a blood vessel where the pulsing blood pressure causes the wall of the vessel to balloon or bulge. About one in 50 people in the UK develop aneurysms each year. If an aneurysm is left untreated it can burst or rupture, causing intense pain and life-threatening bleeding into the brain which will result in serious brain damage or death.

Inventor Professor Zhong You, Chairman Brian Howlett, and CEO Mike Karim of Oxford Endovascular. Image credit: Oxford Endovascular

Inventor Professor Zhong You, Chairman Brian Howlett, and CEO Mike Karim of Oxford Endovascular. Image credit: Oxford Endovascular

James Byrne, a Professor of Neuroradiology at the John Radcliffe Hospital and Zhong You, a Professor in the Department of Engineering Science designed the device after observing the limitations of existing treatments.

The Oxford technology uses a special laser-cut metal alloy which has a shape-memory. It can be posted into a catheter during surgery, inserted into the brain and opened up into a tiny mesh tube (‘flow diverter’) that fits into the natural shape of the blood vessel. This diverts the blood away from the aneurysm, allowing it to heal.

CEO Mike Karim said: ‘Cerebral aneurysms in the brain are unfortunately very common, and a third of people who develop this problem will die. A third of survivors will suffer permanent neurological damage if left untreated.’

Oxford Endovascular’s chairman, Brian Howlett, said: ‘We believe the Oxford Endovascular device will dramatically improve outcomes for patients, as many cannot be treated with current technologies. Physicians will be able to place the device more accurately and in a wider range of patients ensuring treatment is safer and more effective. Our aim is that they will also be able to treat deeper brain blood vessels not accessible with existing devices.’

The University’s technology commercialisation company Isis Innovation supported the team by filing patents, building the business plan and marketing the opportunity.

Isis Innovation Head of Technology Transfer (Life Sciences), Dr Adam Stoten, said: ‘With risk factors such as cardiovascular disease, high cholesterol and diabetes on the rise, new treatments for aneurysms are essential. Oxford Endovascular is a great example of collaboration between physicians and engineers to improve patient treatment.’

Source: Oxford University

 

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