Tag Archives: PED

Pipeline® Embolization Device Features Improved Delivery System

Since the Food and Drug Administration (FDA) approved the Pipeline® Embolization Device (PED) for flow diversion in large or giant wide-necked aneurysms in 2011 after the multicenter Pipeline for Uncoilable or Failed Aneurysms (PUFs) trial proved its safety and efficacy1, the revolutionary device continues to improve treatment of the most complex aneurysms. The latest version, the Pipeline™ Flex, features a vastly improved delivery system. According to Kevin Cockroft, M.D., M.Sc., co-director, Penn State Comprehensive Stroke Center, “We now have the ability to reposition the device, which allows for more precise placement instead of always needing to hit the exact target on the first attempt, and this appears to have shortened the learning curve for clinicians.” Hershey Medical Center was one of the first in the country to offer treatment with the PED, and has performed close to 70 of the procedures to date.

Digital subtraction angiogram

Digital subtraction angiogram in lateral view before and six months after treatment.

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Pipeline Embolic Device for the treatment of complex aneurysms

Pipeline EmbolicPenn State Milton S. Hershey Medical Center is one of the first hospitals in the area to use a new, minimally invasive tool to treat brain aneurysms and prevent stroke. The Pipeline Embolic Device (PED) is part of a new class of devices called flow-diverters, which treat brain aneurysms in an endovascular fashion, without the need to access the aneurysm itself.

Brain aneurysms are typically sack-like out-pouchings that arise from cerebral arteries. A subarachnoid hemorrhage, the type of stroke that results when an aneurysm ruptures, is particularly devastating, carrying a 40-50 percent thirty-day mortality rate and leaving approximately one-third of the survivors disabled. The Pipeline Embolic Device is used to prevent such a stroke. The device, a mesh-like Nitinol tube—similar to a stent—is placed in the parent artery across the base of the aneurysm outpouching. Over time, blood flow into the aneurysm is reduced, or diverted, allowing the aneurysm to clot off. The clotting prevents the aneurysm from rupturing, and eventually leads to shrinkage of the aneurysm. Continue reading

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