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Distinguishing Structure Change of Cells Based on Analysis of Light Scattering Patterns

机译:基于光散射图样的细胞结构变化判别

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摘要

We develop a new method to distinguish structural change of cells based on light scattering and Fourier spectra analysis. The light scattering detection systemis composed of a laser source, an optical microscope, a CCD with high resolution and low distortion. After the scattering patterns of cells are recorded by the CCD, the Fourier spectra are obtained by the intensity distribution of scattered light. In the experiment, the change of cell structure is designed by sonication treatment. It is found that different typical peaks can be shown in the Fourier spectra of MCF7 cells with and without sonication treatment, which indicates that this method can be used to distinguish the structural change of cells.
机译:我们开发了一种基于光散射和傅立叶光谱分析来区分细胞结构变化的新方法。光散射检测系统由激光源,光学显微镜,高分辨率和低畸变的CCD组成。通过CCD记录细胞的散射图案后,通过散射光的强度分布获得傅立叶光谱。在实验中,通过超声处理设计细胞结构的变化。发现在有和没有超声处理的MCF7细胞的傅里叶光谱中可以显示不同的典型峰,这表明该方法可以用于区分细胞的结构变化。

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