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Chapters
- 00:05Title
- 01:59Designing a Bare Metal Stent using CAD
- 02:40Finite Element Analysis for Stent Models
- 04:06Stent Fabrication and Testing for Crimping and Expansion
- 05:07Characterization of Stent for Retained Magnetic Field
- 06:04Obtaining Cells , Labeling with SPION and Staining with Fluorescent Dye
- 07:33In vitro Cell Studies and Stent Implantation
- 09:01Results: Ferromagnetic Stent Modeling and Analysis of Function
- 10:01Conclusion
Nuestros objetivos eran para diseñar, fabricar y probar los stents ferromagnéticos para la captura de las células endoteliales. Diez stents fueron probados para la fractura y 10 más stents se ensayaron para determinar el magnetismo retenido. Finalmente, 10 stents se probaron in vitro y 8 más stents fueron implantados en 4 cerdos para mostrar la captura de células y la retención.
Tags
FerromagneticBare Metal StentEndothelial CellCaptureRetentionSuper Paramagnetic Iron Oxide NanoparticlesSPIONStent ThrombosisAnti-platelet Therapy2205 Duplex Stainless SteelComputer Aided DesignFinite Element AnalysisMechanical TestingMagnetic FieldIn-vitroIn-vivoLarge Animal ModelEndothelialization
