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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). Gravity Medical Technology’s SuperNova Stent-retriever was the device under investigation. Further studies are required to better understand the scope and potential of this technology.

Stent 40
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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.

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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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