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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

Stroke, Volume 55, Issue Suppl_1 , Page ATP214-ATP214, February 1, 2024. In-silico evaluation (computer simulated analysis in a virtual stroke model) has the potential to test and optimize large number of stent-retriever design variations in a relatively time and cost-effective manner.

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

Stroke: Vascular and Interventional Neurology, Volume 3, Issue S2 , November 1, 2023. In‐silico evaluation (computer simulated analysis in a virtual stroke model) has the potential to test and optimize large number of stent‐retriever design variations in a relatively time and cost‐effective manner.

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. Researchers found no significant difference between groups in terms of a composite of death, disabling stroke or rehospitalization for heart failure—which occurred in 9.4% of those receiving the SAPIEN valve.

TAVR 59