Jan 4 2010
Cardiogenesis Corporation (Pink Sheets: CGCP), today
announced that it has submitted an IDE (Investigational Device
Exemption) to the Food and Drug Administration to initiate a safety and
feasibility trial for its PHOENIX System in patients with refractory
angina. The PHOENIX handpiece is the first device specifically designed
to allow physician-directed tissue stimulation and injections of
biologic or pharmacologic agents to pre-determined areas of myocardium.
Dr. Guillermo Reyes, Department of Cardiovascular Surgery, Hospital Universitario La Princesa, Madrid, Spain commented on his preliminary clinical experience with the device. "To date I have successfully treated eighteen patients utilizing the PHOENIX with bone marrow derived stem cells. These were patients with severe angina and not candidates for coronary bypass or percutaneous intervention. At follow up, all of the patients improved by at least two classes of angina, and one-half were angina free. Based on the published literature and my own experience, laser channeling has proven to be a valuable clinical option. This preliminary study suggests the addition of stem cells is synergistic and this combination therapy offers the potential to improve clinical results and expand the utility of this approach."
"This is a significant milestone for the company," said Paul McCormick, Executive Chairman. "While there has been progress in the research of cell therapy in the treatment of advanced heart disease, the potential has yet to be fully realized in the clinical setting. The excitement about our combination therapy is based on the promising initial clinical results achieved by Dr. Reyes and others. These results build upon the in vivo research demonstrating that PHOENIX increased stem cell survival in targeted heart muscle when compared to direct injection alone. Our focus is on proprietary delivery systems that will help realize the therapeutic promise of biologics and stem cells in the treatment of ischemic heart disease."
The PHOENIX includes an integral CrystalFlex fiberoptic component consisting of thirty-seven 100 µm diameter fibers, identical to the fiberoptic component currently in use in the FDA approved Sologrip® III and PEARL(TM) 5.0 handpieces. The handpiece has been modified to include three 26 gauge needles positioned around the fiberoptic fibers, which allow precise delivery of biologic/pharmacologic fluids into the tissue surrounding the channels created by the fiberoptic.
SOURCE Cardiogenesis Corporation