Search Results - "McCarroll, Edward"

Drug-eluting, balloon-expandable, bioresorbable vascular scaffolds reduce neointimal thickness and stenosis in an animal model of percutaneous peripheral intervention by El Khoury, Rym, Tzvetanov, Ivan, Estrada, Edward A., McCarroll, Edward, Goor, Jared B., Guy, Louis-Georges, Laflamme, Martin, Schwartz, Lewis B.

“…Recanalization with balloon angioplasty and/or self-expanding stents (SES) has become the endovascular treatment of choice for symptomatic femoropopliteal…”
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Intravascular treatment of long segments of experimental peripheral arteries with multiple, serial, balloon-expandable, resorbable scaffolds by El Khoury, Rym, Tzvetanov, Ivan, Estrada, Edward A., McCarroll, Edward, Michal, Eugene, Blumeyer, Jack, Guy, Louis-Georges, Laflamme, Martin, Schwartz, Lewis B.

“…Symptomatic femoropopliteal occlusive disease has been increasingly treated using endovascular methods. However, restenosis, especially after implantation of…”
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Drug-Eluting, Balloon-Expandable, Bioresorbable Vascular Scaffolds Reduce Neointimal Thickness and Stenosis in an Animal Model of Percutaneous Peripheral Intervention by El Khoury, Rym, Tzvetanov, Ivan, Estrada, Edward A., McCarroll, Edward, Guy, Louis-Georges, Laflamme, Martin, Schwartz, Lewis B.

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The Efemoral Vascular Scaffold System (EVSS): A Novel, Resorbable, Sirolimus-eluting Device for Percutaneous Peripheral Intervention (PPI) by El Khoury, Rym, Tzvetanov, Ivan, Goor, Jared, Estrada, Edward A., Michal, Eugene, McCarroll, Edward, St-Jacques, Pascal, Guy, Louis-Georges, Schwartz, Lewis

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A New Paradigm for Endovascular Treatment of Long Peripheral Arteries by El Khoury, Rym, Tzvetanov, Ivan, Estrada, Edward, McCarroll, Edward, Blumeyer, Jack, Laflamme, Martin, Guy, Louis-Georges, Schwartz, Lewis B.

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An Animal Model of Human Peripheral Arterial Bending and Deformation by El Khoury, Rym, Nikanorov, Alexander, McCarroll, Edward, LeClerc, Guy, Guy, Louis-Georges, Laflamme, Martin, Mailloux, Audrey, Schwartz, Lewis B.

“…Designing peripheral arterial stents has proved challenging, as implanted devices will repetitively and unpredictably deform and fatigue during movement…”
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