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Date Announced: 08 Feb 2016
ST. PAUL, Minn.--(BUSINESS WIRE)--St. Jude Medical, Inc. (STJ), a global medical device company, today announced the launch of the company’s OPTIS™ Mobile System in Japan and Europe. The diagnostic system is designed to couple state-of-the-art optical coherence tomography (OCT) and angiography co-registration with fractional flow reserve (FFR) technology into one portable system for hospitals with multiple catheterization labs.
Driven by a global increase in vascular disease and enabled by advances in technology, the catheterization lab allows physicians to use minimally invasive percutaneous coronary intervention (PCI) procedures that give patients an alternative to open heart surgery with the goal to improve patient outcomes, shorten hospital stays and reduce hospital costs. The latest OPTIS System offers physicians an efficient way to optimize PCI procedures for the treatment of vascular disease by combining diagnostic tools designed to improve patient outcomes into one portable device.
Utilizing a combination of technology previously available only in the St. Jude Medical OPTIS Integrated System, the OPTIS Mobile System is designed to help physicians make improved stenting decisions based on high-resolution and three dimensional OCT views of coronary anatomy while simultaneously mapping their exact location via angiogram. The OPTIS Mobile System also integrates St. Jude Medical PressureWire™ FFR measurement technology, which offers physicians detailed coronary hemodynamic (circulatory) information during PCI. Clinical data has shown the physiological measurements provided by St. Jude Medical FFR technology can improve outcomes and reduce health care costs over traditional diagnostic imaging tools.
“As the interventional cardiology landscape continues to expand, there is a real need for more portable intravascular imaging systems to ensure hospitals with multiple catheterization labs have the right technology available for physicians to make more informed treatment decisions during PCI,” said Dr. Nick West, Papworth Hospital, Cambridge, UK. “The imaging advancements offered with the OPTIS Mobile System provide the same benefits of the OPTIS Integrated System, and allow physicians to clearly visualize complex cardiac anatomy and evaluate how to best proceed during PCI.”
Sometimes referred to as coronary angioplasty, PCI is a catheter-based procedure designed to open coronary blockages or plaque buildup and restore blood flow to the heart. Traditionally, physicians have relied on either angiography or intravascular ultrasound to guide PCI procedures. St. Jude Medical’s ILUMIEN™ System first combined OCT and FFR technology to enable a more detailed, physiological and anatomical analysis of blood flow blockages inside the coronary vessels.
“The OPTIS Mobile System represents the ongoing commitment of St. Jude Medical to develop products that provide physicians with more options for improved OCT and angiography co-registration guidance in their daily practice,” said Dr. Eric Fain, Group President of St. Jude Medical. “In contrast with intravascular ultrasound, OCT offers increased resolution and highly-detailed intracoronary arterial views, which can improve PCI procedures, especially in complex cases.”
A System Backed by a Strong Research Portfolio
The benefits of utilizing OCT and FFR during PCI are supported by a robust portfolio of clinical data. The ILUMIEN I and ILUMIEN II studies have shown that St. Jude Medical’s OCT imaging technology can influence pre- and post-PCI decision making, stent sizing and deployment. The St. Jude Medical sponsored FAME body of evidence demonstrated St. Jude Medical PressureWire FFR measurement technology can improve patient outcomes and reduce costs in patients with stable coronary artery disease.
The multicenter ILUMIEN III: OPTIMIZE PCI clinical trial is currently underway to further develop the body of clinical evidence supporting OCT technology in relation to first generation imaging tools.
Source: St Jude Medical
E-mail: via web site
Web Site: www.sjm.com
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