LOS ANGELES and RANCHO CORDOVA, Calif., Oct. 14, 2013 (GLOBE NEWSWIRE) -- TotipotentRX Corporation and ThermoGenesis Corp. (Nasdaq:KOOL), reported yesterday at the annual meeting of the American Association of Blood Banks in Denver, Colorado, a study confirming TotipotentRX's ground-breaking acute myocardial infarction ("AMI") combination product utilizing ThermoGenesis' point-of-care cell processing technology for an autologous bone marrow derived stem cell therapy can be delivered safely in 60 minutes.
Mr. Ken Harris, Study Director and Chief Executive Officer of TotipotentRX, presented a case study and physician feedback confirming that the Company's Acute Myocardial Infarction Rapid Stem Cell Therapy ("AMIRST") protocol utilizing autologous bone marrow derived stem cells achieved its primary safety and secondary efficacy endpoints by improving the patient's Left Ventricular Ejection Fraction ("LVEF") from 35% to 60.3% in 24 months while preventing further infarct scarring and undesirable remodeling. Low LVEF and heart remodeling are two key contributors in AMI patients advancing to heart failure.
Dr. Ashok Seth, Chairman - Cardiac Sciences, and Dr. Vinay Sanghi, both of Fortis Healthcare, conducted the clinical case study which shows the AMIRST treatment safely delivered to a single male patient an effective dose of autologous selected stem cells in a single intracoronary heart catheterization procedure. The Company believes this is the first integrated combination product treatment, consisting of a combination of devices and biologics, to be evaluated in a larger follow-up study.The combination product and procedure developed by TotipotentRX (patent pending) incorporating ThermoGenesis' cell processing technology, is known as the AMIRST protocol. The AMIRST protocol is performed by a cardiac interventional physician in less than 60 minutes to treat acute ST-elevated myocardial infarction in patients having an LVEF below 40%. This fully integrated treatment includes:
- a stem cell friendly process for harvesting bone marrow derived stem cells
- an optimized stem cell dose preparation process (device & biological)
- a rapid bedside cell analysis system (dose verification)
- and a proprietary intracoronary catheter delivery method (device + method)
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