Innovative Arterial Pulsation System for Superior Hemocompatibility in Endovascular Devices
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Intracranial aneurysm stents. Septal defect closure devices. IVC filters. Pediatric heart valves. Advantages.
Fenestrated endovascular grafts are the next generation of stent grafts used to repair aortic aneurysms. E-mag, available as a cuff inserted around the fenestration, will enable easier, quicker cannulation of fenestrated endovascular grafts and reduce the health risks associated with prolonged exposure to radiation or contrast agents.
This reversal flow repels platelets, preventing their activation and aggregation on the device surface. University of Pittsburgh researchers have developed an innovative self-cleaning porous layer designed to minimize thrombus (blood clot) formation on blood-contacting medical devices. By utilizing the blood's natural flow to create a self-cleaning effect, this porous layer could significantly enhance the safety and longevity of devices such as vascular grafts, stents, and other blood-contacting instruments.
- 13Medical Device
- 6Engineering Technology
- 5Therapeutic Modality
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- 6Implantable Medical Device
- 6Surgical Medical Device
- 3Drug Delivery / Formulation
- 2Material Science
- 2Other Engineering Technology
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- 15Cardiovascular
- 3Hematology
- 1Hepatology
- 1Musculoskeletal
- 1Oncology
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- 4Atherosclerotic disease
- 2Other
- 2Thrombosis
- 1Myocardial infarction
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- 2Biomaterial
- 2Coating
- 2Platform Technology
- 2Tissue engineering
- 1Cardiovascular Disease
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- 3Catalin Toma
- 3Jonathan Vande Geest
- 2Bryan Tillman
- 2David Vorp
- 2Stephen Weber
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- 5Bioengineering
- 4Med-Medicine
- 4Med-Surgery
- 2Chemistry
- 2Engr-Dept Chairperson's Office
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- 8William R. Wagner PhD
- 3Catalin Toma
- 3Flordeliza S. Villanueva M.D.
- 3Jonathan P. Vande Geest
- 3Youngjae Jae Chun
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