Heart Hospital Begins Testing Experimental Cell Therapy
12/06/04 - PRNewswire
LONDON, December 6 /PRNewswire/ --
- Trial of technique to repair cardiac muscle gets underway in UK
Physicians at the Heart Hospital became the first team in the UK
to treat a patient with an experimental new therapy designed to
repair damage to cardiac muscle resulting from a heart attack. If
successful, this treatment would give doctors the ability to improve the
hearts of people with heart failure, rather than just treating the symptoms.
Known as autologous cell therapy, the technique under investigation
involves injecting a patient's own muscle cells -- called myoblasts, which
are different from stem cells -- into damaged regions of the heart during a
coronary artery bypass operation. These cells are obtained several weeks in
advance from the patient's leg during a biopsy and then cultured in a
laboratory prior to injection into the heart muscle.
Nearly all patients who survive a significant heart attack progress to
heart failure, which is a usually incurable condition that affects an
estimated 22 million individuals worldwide and 4.4 million Europeans,
including 900,000 in the UK.
"We are very excited to be part of this important clinical trial," said
The Heart Hospital's William McKenna, Professor of Cardiology at University
College London and the MAGIC Trial's principal investigator in the UK. "If we
are able to reverse the damage done to cardiac muscle following a heart
attack, or to safely halt a patient's further progression of heart failure,
this would be a revolutionary advance in the treatment of heart disease."
This particular cardiac cell therapy is being studied at four UK sites --
University College London's Heart Hospital; King's College Hospital, also in
London; Papworth Hospital in Cambridge; and Southampton General Hospital in
Hampshire -- as part of a Phase 2 clinical trial taking place at more than a
dozen hospitals in Europe and North America. Called the MAGIC (Myoblast
Autologous Graft in Ischemic Cardiomyopathy) Trial, this multicentre clinical
study seeks to test cardiac cell therapy in up to 300 patients and is
believed to be the largest and most advanced of its kind ever conducted.
The MAGIC Trial builds upon the work of French cardiac surgeon Professor
Philippe Menasché of Hôpital Européen Georges Pompidou in Paris, who was
among the first clinicians in the world to test whether autologous cell
therapy could be used either to stop or reverse the damage done to cardiac
muscle by a heart attack. Having enrolled patients in France, Belgium,
Germany and now the UK, the MAGIC Trial is set to expand in the coming months
to sites in Italy and Switzerland.
Conducted by MG Biotherapeutics, a joint venture of Genzyme Corp. and
Medtronic, Inc., it has received additional funding from Assistance Publique
- Hôpitaux de Paris. MG Biotherapeutics is working to develop novel therapies
that combine biologics and delivery devices to treat advanced cardiovascular
disease.
Founded in 1857, the Heart Hospital features state of the art
accommodation and equipment and specialises in cardiac treatment. The
hospital became part of UCL Hospitals NHS trust in August 2001, after running
as a private hospital. The Heart has more than doubled the cardiac capacity
of UCLH, making it one of the biggest treatment centres in the country.
Founded in 1826, University College London was the first English university
established after Oxford and Cambridge, the first to admit students
regardless of race, class, religion or gender, and the first to provide
systematic teaching of law, architecture and medicine.
Editor's Note: High-resolution images and broadcast-quality video related
to the MAGIC Trial are available, and interviews with the trial's principal
investigator in the UK can be arranged.
Contacts: Jacqui Dyson, GCI Healthcare +44(0)20-7072-4266, +44(0)7713-406290 jdyson@gciuk.com; Sean Martin Dill, UCLH / The Heart Hospital, +44(0)20-7380-9506, +44(0)7903-720181, sean.martindill@uclh.nhs.uk; Jenny Gimpel, UCL, +44(0)20-7679-9739 +44(0)7990-675-947, j.gimpel@ucl.ac.uk