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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
Our goals were to design, manufacture and test ferromagnetic stents for endothelial cell capture. Ten stents were tested for fracture and 10 more stents were tested for retained magnetism. Finally, 10 stents were tested in-vitro and 8 more stents were implanted in 4 pigs to show cell capture and retention.
Tags
Keywords: FerromagneticBare Metal StentEndothelial CellCaptureRetentionSuper Paramagnetic Iron Oxide NanoparticlesSPIONStent ThrombosisAnti-platelet Therapy2205 Duplex Stainless SteelComputer Aided DesignFinite Element AnalysisMechanical TestingMagnetic FieldIn-vitroIn-vivoLarge Animal ModelEndothelialization
