Bioconnect Systems to Present First-in-Man Data for Novel Vascular Connector at In3 East Conference on October 19, 2006.Bioconnect Systems, Inc. to Report First-in-Man Data for Vascular Access vascular access Clinical medicine The ability to enter the vascular system; the ease with which the vascular system can be entered for administering therapy or obtaining blood for testing in Hemodialysis Patients AMBLER, Pa. -- Bioconnect Systems (www.bioconnectsystems.com) will present First-in-Man data for its Optiflow[TM] vascular connector during the In3 conference in Boston on October 19. Bioconnect's minimally invasive technology enables surgeons to create precisely controlled anastomoses throughout the human body. According to David Deaton, MD, FACS FACS Fellow of the American College of Surgeons. FACS abbr. Fellow of the American College of Surgeons FACS fluorescence-activated cell sorter. Associate Professor of Surgery & Chief, Endovascular Surgery, Georgetown Hospital, "The ability to quickly create a precise anastomosis anastomosis /anas·to·mo·sis/ (ah-nas?tah-mo´sis) pl. anastomo´ses [Gr.] 1. communication between vessels by collateral channels. 2. with a defined cross sectional area gives the surgeon unprecedented control over flow characteristics. Similar to a drug eluting stent's ability to prevent intimal hyperplasia, the Optiflow offers control over local healing, addressing one of the major limitations inherent to hand-sewn anastomoses." Bioconnect's initial product, the Optiflow [TM] AV, addresses the need for improved vascular access in about 1.9 million worldwide patients suffering from end stage renal disease Renal disease Kidney disease. Mentioned in: Glycogen Storage Diseases hypertension High blood pressure Cardiovascular disease An abnormal ↑ systemic arterial pressure, corresponding to a systolic BP of > 160 mm Hg (ESRD ESRD end-stage renal disease. ESRD End-stage renal disease; chronic or permanent kidney failure. Mentioned in: Dialysis, Kidney ESRD End-stage renal disease, see there ). The Optiflow enables surgeons to create permanent access in dialysis patients by connecting the artery to the vein (AV fistula fistula (fĭs`ch lə), abnormal, usually ulcerous channellike formation between two internal organs or between an internal organ and the skin. ) or improving the performance of traditional synthetic grafts. Vascular access is considered the Achilles' Heel of hemodialysis, contributing significantly to high mortality rates of 68% at five years. Approximately one-third of access sites fail within the first year despite numerous interventions. Series A financing of $7 million is being pursued to fund the Company through clinical trials, regulatory approval, and product launch. More information including an on-line demonstration is available at www.bioconnectsystems.com. |
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