UCC team develops medical device alternative to open-heart surgery

25 Aug 20144 Shares

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Prof Noel Caplice, UCC, with the medical device

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The University College Cork (UCC) Centre for Research in Vascular Biology has developed a medical device that promotes the bypass of arterial obstructions, potentially removing the need for open-heart surgery.

Director of the centre Prof Noel Caplice, himself a practising interventional cardiologist, led the research project in UCC, which included collaborators in the Mayo Clinic in the US.

Caplice began this project in the Mayo Clinic, where he and his colleagues designed a mesh device that could be attached to a stent, which could deliver millions of cells and promote bypass in an obstructed artery.

Since his return to UCC in 2005, Caplice has further developed this technology so it can be delivered using a catheter.

The vascular cell delivery device can be inserted via a keyhole procedure through the artery to the site of the obstruction. The implanted device can then promote micro-bypass of the obstruction over a four-week period, resulting in the return of normal heart function and a recovery of full exercise capacity.

The device has been tested successfully in a large animal model with similar-sized arteries to humans, and the next phase of this research will involve testing on patients who require bypass surgery but have been deemed unfit to undergo the procedure.

About 3m open-heart coronary bypass and peripheral artery bypass operations are carried out each year around the world. However, around 20pc of patients who need this surgery are unable to undergo the procedure due to poor status of arteries or a co-existing illness making the risk too great.

“If reproduced in humans, this device would offer an alternative to open surgical bypass operations with implications for treatment of patients who are currently inoperable,” said Caplice.

“It also has the potential to reduce costs and time spent in hospital,” he added.

This research, which could be a major step forward in the treatment of coronary disease, has been published in the journal Biomaterials.

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Elaine Burke is managing editor of Siliconrepublic.com

editorial@siliconrepublic.com