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Flow cytometry analysis of microspheres phagocytosis by alveolar macrophages

机译:肺泡巨噬细胞对微球吞噬作用的流式细胞仪分析

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Recent developments in oral vaccination systems focused on the interest of biodegradable microspheres. So, prior to invivo targeting studies, the use of an ex-vivo model, to characterize their potentialities, based on particles uptake is an important tool. Phagocytosis study has been essentially focused to understand specific aspects of phagocytosis process in host defense. Among the methods, microscopic study has often been used, but according to our previous works based on culture plates, this method presented drawbacks: small proportion of the population can be evaluated and hetergeneous distribution of particles was observed. In order to avoid these problems, another model has been based on suspension cells culture with a flow cytometry evaluation.
机译:口服疫苗接种系统的最新发展集中在可生物降解的微球的兴趣上。因此,在进行体内靶向研究之前,基于颗粒摄取,使用体外模型表征其潜能是一项重要的工具。吞噬作用研究主要集中于理解宿主防御中吞噬作用过程的特定方面。在这些方法中,经常使用显微镜研究,但是根据我们以前基于培养板的工作,该方法存在缺陷:可以评估人口的小比例,并观察到颗粒的异质分布。为了避免这些问题,另一个模型是基于悬浮细胞培养和流式细胞仪评估的。

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