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Syntese af Phase-shift nanoemulsions med smalle størrelse distributioner til Akustisk Droplet fordampning og Bubble-forstærket Ultralyd-medieret Ablation
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Chapters
- 00:05Title
- 01:32Preparation of Phase-shift Nanoemulsion (PSNE)
- 03:55Nanoemulsion Vaporization and Bubble-enhanced Ablation in Hydrogel
- 06:24Results: Vaporizing PSNE Droplets in Hydrogels
- 07:54Conclusion
Phase-shift nanoemulsions (PSNE) kan fordampes ved hjælp af høj intensitet fokuseret ultralyd til at forbedre lokal opvarmning og forbedre termisk ablation i tumorer. I denne rapport, er fremstillingen af stabile PSNE med en snæver størrelsesfordeling beskrevet. Endvidere er effekten af fordampet PSNE på ultralyd-medieret ablation påvist i væv der efterligner fantomer.
Tags
SynthesisPhase-shift NanoemulsionsNarrow Size DistributionsAcoustic Droplet VaporizationBubble-enhanced Ultrasound-mediated AblationHigh-intensity Focused Ultrasound (HIFU)Lipid-coated Perfluorocarbon DropletsLocalized HeatingThermal AblationTumorsVasculatureNanoparticlesFenestrationsPassive AccumulationDroplet Size ControlPreparationStable DropletsSonicatingLiquid PerfluorocarbonExtrusionFiltersPore SizesSize Distribution MeasurementDynamic Light ScatteringPolyacrylamide HydrogelsIn Vitro Experiments
