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Abstract TP214: In-Silico versus In-Vitro Evaluation of a New Stent-Retriever Design: A Novel Approach to Pre-Clinical Device Development

Stroke Journal

Neurovascular anatomy of the virtual model was built based on digital subtraction angiography of an in-vitro model (Sim Agility, Mentice, Inc). The figure below demonstrates a pictorial representation of the first scenario- 1 cm red blood clot in M1 artery followed by mechanical thrombectomy simulation using the SuperNova stent-retriever.

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Penumbra Launches Indigo System CAT RX Catheter in Europe to Address Acute Coronary Syndrome

DAIC

Now commercially available in Europe, CAT RX is designed to navigate tortuous coronary anatomy while maintaining sustained mechanical aspiration with the Penumbra ENGINE. In what is often a race against time, CAT RX designed for speed, safety and simplicity will allow physicians to restore blood flow in acute MI patients.”

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Abstract 249: In?silico Versus In?Vitro Evaluation of a New Stent?Retriever Design: A Novel Approach to Pre?clinical Development

Stroke: Vascular and Interventional Neurology

Neurovascular anatomy of the virtual model was built based on digital subtraction angiography of an in‐vitro model (Sim Agility, Mentice, Inc). The figure below demonstrates a pictorial representation of the first scenario‐ 1 cm red blood clot in M1 artery followed by mechanical thrombectomy simulation using the SuperNova stent‐retriever.

Stent 40
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Self-Expanding Valve Outperforms Balloon-Expandable Valve for TAVR in Patients with Small Valve Annulus

DAIC

Patients had a valve annulus of 430 mm2 or less and anatomy suitable for either the Evolut PRO/PRO+/FX or the SAPIEN 3/3 Ultra. The trial enrolled 716 patients who underwent TAVR at 83 international sites in North America, Europe and the Middle East. of patients who received the Evolut valve and 10.6% of those receiving the SAPIEN valve.

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Philips launches Duo Venous Stent System for Treatment of Symptomatic Venous Outflow Obstruction

DAIC

Impacting 25 million people globally [1], deep venous disease results from venous thromboembolism, a condition that occurs when a blood clot forms in the vein [2]. Deep venous anatomy and obstructions can present a multitude of complexities and mechanical challenges. It is the third most common cardiovascular disease [2].

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