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Combined atomic force microscopy and optical microscopy measurements as a method of erythrocyte investigation

机译:组合原子力显微镜和光学显微镜测量作为红细胞调查的方法

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A specially developed complex, combining functions of optical and force microscopy, was used for investigation human blood cells, namely erythrocytes. The evaluation of the red blood cells form has a significant practical interest, so far as it determines the functional states of these cells and may change under the influence of many external factors and also in the case of some pathology. We received erythrocytes surface topography recorded by atomic force microscopy in the air conditions comparing two methods of simples' preparation. Also we derived the contrast image of cytoskeleton spatial structure of intact red blood cells and made the quantitative analysis of their elastic properties using the techniques of force spectroscopy. The possibility of the investigations of these biological objects using atomic force microscopy gives wide opportunities for the future research.
机译:专门开发的复合物,结合光学和力显微镜的功能,用于研究人体血细胞,即红细胞。迄今为止,红细胞形式的评价具有显着的实际兴趣,因此确定了这些细胞的功能状态,并且可能在许多外部因素的影响下变化,并且在某些病理学的情况下也可能发生变化。我们接受了在空气条件下通过原子力显微镜记录的红细胞表面形貌,比较了两种模拟制备方法。此外,我们还衍生出完整红细胞的细胞骨架空间结构的对比图像,并利用力光谱技术进行了弹性性能的定量分析。使用原子力显微镜调查这些生物物体的可能性为未来的研究提供了广泛的机会。

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