Feature | May 16, 2013

St. Jude Medical Gains European Approval of PCI 3-D Vessel Reconstruction Technology

System provides real-time 360-degree panoramic view of the arteries in 3-D, integrated FFR

The Ilumien Optis can reconstruct 3-D images on vessels and stent placements using OCT technology.

May 16, 2013 — St. Jude Medical gained CE mark approval of its Ilumien Optis percutaneous coronary intervention (PCI) optimization system to better visualize stent planning and navigation. The system will be on display for the first time in Europe during EuroPCR.

The Ilumien Optis system provides enhancements to the Ilumien system, including first-of-its-kind stent planning software tools to aid in the treatment of coronary artery disease (CAD). The Ilumien platform integrates both fractional flow reserve (FFR) technology to measure pressure inside the coronary arteries and intravascular optical coherence tomography (OCT) imaging technology, in one system.

Featuring a faster, high-powered laser, the Ilumien Optis system offers twice the resolution for microscopic examination of disease inside the artery to assist with stent placement. The real-time, 3-D reconstruction offers a 360-degree panoramic view of the vessel, making it easier for physicians to visualize the area they are treating. St. Jude Medical is the only company to provide these tools together in an integrated platform.

“OCT technology has become increasingly important to help diagnose and treat patients with coronary artery disease. The Ilumien Optis system is a significant advancement in intravascular imaging technology allowing physicians to comprehensively assess more vessel in less time and more easily plan their PCI procedure. The three-dimensional format of the Ilumien Optis system provides a more true-to-life perspective of the arteries, which allows for individual decision making and precise guidance of stent placement to optimize coronary interventions, said Dr. Giulio Guagliumi, cardiovascular department of Ospedale Papa Giovanni XXIII, Bergamo, Italy.

The OCT technology in the new Ilumien Optis system uses the Dragonfly Duo Imaging Catheter to capture near-infrared light imaging and measure important vessel characteristics otherwise invisible or difficult to assess with older imaging technology. When used with the system, the Dragonfly Duo catheter offers faster, longer pull-backs, which allow the physician to assess more of the patient’s artery in less time.

The wireless PressureWire Aeris technology that is integrated into the platform measures pressure differences in blood flow within the coronary arteries leading to the heart, and determines the severity of any narrowings or blockages. The FFR pressure guidewire is directed along the vessel, taking measurements as the guidewire is pulled back through the artery. Knowing which specific blockages are causing the patient’s blood flow to be ineffective helps guide the interventional cardiologist in determining which lesions warrant stenting, resulting in improved patient outcomes and reduced health care costs.

The FFR and OCT measurements captured by the Ilumien Optis system allow physicians to more easily differentiate plaque build-up and determine if the narrowed arteries are causing ischemia, ultimately assisting in stent placement. The automated stent planning tools provide immediate information for assessment and real-time analysis, which is intended to streamline workflow, potentially helping physicians diagnose their patients more quickly.

For more information: sjm.com

 

Related Content

Edwards, Sapien 3 transcatheter heart valve, Canada, approval
News | Heart Valve Technology| July 27, 2016
Edwards Lifesciences Corp. announced that Health Canada has approved the Edwards Sapien 3 transcatheter heart valve for...
PCI outcomes, public reporting, high-risk patients, JAMA Cardiology, Beth Israel Deaconess Medical Center study
News | Cath Lab| July 27, 2016
July 27, 2016 — A number of states mandate public reporting of mortality outcomes following certain cardiac procedure
Abbott, Absorb bioresorbable stent, dissolving, UAB, University of Alabama at Birmingham, first in state
News | Stents Bioresorbable| July 26, 2016
On July 20, Massoud Leesar, M.D., of University of Alabama at Birmingham Hospital implanted a patient with Absorb, the...
CMS, Overall Hospital Quality Star Rating, national distribution, quailty of care
News | Business| July 26, 2016
July 25, 2016 — The Centers for Medicare and Medicaid Services (CMS) announced that it expects to launch its new Over
Stryker Sustainability Solutions, Angiodynamics Soft Vu Omni Flush Angiographic Catheters, recall
News | Angiographic Catheter| July 25, 2016
Stryker Sustainability Solutions (formerly Ascent Healthcare Solutions) is recalling Angiodynamics Soft Vu Omni Flush...
Million Hearts Cardiovascular Disease Risk Reduction Model, CMS, reduce heart attacks and strokes, participants
News | Patient Engagement| July 22, 2016
July 22, 2016 — The Centers for Medicare & Medicaid Services (CMS) recently announced 516 awardees in 47 states,
heart failure, after first heart attack, cancer risk, JACC study
News | Cardiac Diagnostics| July 21, 2016
People who develop heart failure after their first heart attack have a greater risk of developing cancer when compared...
Absorb, bioresorbable stent, BVS

The Abbott Absorb stent gained FDA clearance in July 2016. It has metallic markers at each end so it can be visualized for proper positioning under angiographic X-ray imaging. 

Feature | Stents Bioresorbable| July 21, 2016 | Alphonse Ambrosia, D.O.
Some have labeled bioresorbable scaffolds (BRS), also known as bioresorbable stents, as the fourth evolution of inter
Sponsored Content | Videos | Inventory Management| July 19, 2016
You have bigger priorities than managing inventory.
Abbott Absorb bioresorbable stent, dissolving BVS, first West Coast implant, Good Samaritan Hospital Los Angeles
News | Stents Bioresorbable| July 19, 2016
Good Samaritan Hospital, Los Angeles, is the first hospital on the West Coast to offer patients with coronary artery...
Overlay Init