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Nano-imprint Lithography for the Fabrication of Injectable Stimuli-Responsive Drug Delivery Devices

机译:用于制备可注射刺激响应药物输送装置的纳米印记光刻

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We have developed top-down fabrication techniques to create highly monosdisperse biocompatible nano-devices and nano-particles. The top-down nano manufacturing approach could ensure nearly rnonodisperse population of drug carriers and precise control of triggered drug release. This could provide significantly improved alternatives to currently available diffusion/degradation controlled systems. We will develop methods to load drugs in the nano-containers, to incorporate stimuli sensitive polymeric "lids" with the nano-containers and to utilize our quartz template to use S-FIL to imprint polymer nano-particles.
机译:我们开发了自上而下的制造技术,可以创建高度单级生物相容性纳米装置和纳米颗粒。自上而下的纳米制造方法可以确保近乎rNonodperspers的药物载体群和触发药物释放的精确控制。这可以为目前可用的扩散/退化控制系统提供显着改进的替代方案。我们将制定在纳米容器中加载药物的方法,将刺激敏感聚合物“盖子”用纳米容器掺入并利用我们的石英模板来使用S-FIL以压印聚合物纳米颗粒。

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