keithsan
03-24-2006, 07:46 AM
Mar 23, 2006 2:16:00 PM
2006 PrimeZone Media Network
CORPUS CHRISTI, Texas, March 23, 2006 (PRIMEZONE) -- CSMG Technologies, Inc. (OTCBB:CTUM) announced today the results for a controlled study of human Spontaneous Pneumothorax Disease Lung Surgery using its patented platform tissue welding/bonding technology.
Donald S. Robbins, president and CEO of CSMG, said, "In a controlled study at the Clinical Hospital N17 in Kiev, Ukraine, a total of 41 patients -- 24 using tissue welding and 17 using conventional staples surgery techniques -- the tissue welding technology group showed shorter surgery time, shorter hospital stays, faster recovery time and a shorter period of time needed for drain tubes. Additionally, in the conventional staple control group, two patients had prolonged air leakage and incomplete lung expansion after surgery while there were no such complications using the tissue welding procedures."
Prof. A. Makarov, holder of the pulmonology chair at the Kiev Medical Academy for Postgraduate Studies, said, "With this technology, welding of lung tissue is easy to perform. It allows us to seal the lung without stapling and to prevent postoperative prolonged air leakage. Welding of lung tissue may be performed through a video thoracoscopic procedure or an open surgical procedure."
2006 PrimeZone Media Network
CORPUS CHRISTI, Texas, March 23, 2006 (PRIMEZONE) -- CSMG Technologies, Inc. (OTCBB:CTUM) announced today the results for a controlled study of human Spontaneous Pneumothorax Disease Lung Surgery using its patented platform tissue welding/bonding technology.
Donald S. Robbins, president and CEO of CSMG, said, "In a controlled study at the Clinical Hospital N17 in Kiev, Ukraine, a total of 41 patients -- 24 using tissue welding and 17 using conventional staples surgery techniques -- the tissue welding technology group showed shorter surgery time, shorter hospital stays, faster recovery time and a shorter period of time needed for drain tubes. Additionally, in the conventional staple control group, two patients had prolonged air leakage and incomplete lung expansion after surgery while there were no such complications using the tissue welding procedures."
Prof. A. Makarov, holder of the pulmonology chair at the Kiev Medical Academy for Postgraduate Studies, said, "With this technology, welding of lung tissue is easy to perform. It allows us to seal the lung without stapling and to prevent postoperative prolonged air leakage. Welding of lung tissue may be performed through a video thoracoscopic procedure or an open surgical procedure."