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Detection of Silver Nanoparticles Internalization into Petunia, Petunia Hybrida, Isolated Protoplasts

机译:检测喇叭花,喇叭花Hybrida,孤立原生质体的银纳米粒子内化

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The use of nanoparticles has spannded many divisions of biological fields including sensors, drug delivery and clinical diagnosis. These functions all based on the most important action in cells called Endocytosis. The study of endocytosis in higher order plants remained inactive for a long period of time. In this work we use Silver Nano Particles (S.N.Ps) as a endocytosic substances were incubated by isolated protoplast of petunia. Concurrently, with the study of internalization, their appear aggregation inter and intracellular were investigated by Transmissions Electron Microscopy (TEM). Results and observations showed that the S.N.Ps crossed the cell membrane and internalized in to the cells. It can be assumed that the particles with the organic functionality - PEG coated - were internalized by the petunia protoplasts.
机译:使用纳米粒子的使用是存在的许多生物领域的分裂,包括传感器,药物递送和临床诊断。这些功能全部基于称为内吞作用的细胞中最重要的作用。高阶植物中的内吞作用的研究持续了很长一段时间。在这项工作中,我们使用银纳米颗粒(S.PS)作为细胞质物质被培养物质的分离的原生质体孵育。同时,随着内化的研究,通过透射电子显微镜(TEM)研究了它们的显得聚集和细胞内。结果和观察结果表明,S.N.PS越过细胞膜并内化到细胞中。可以假设具有有机官能度 - PEG涂覆的颗粒由喇叭花原生质体内化。

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