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In vivo lymph dynamic monitoring using speckle-correlation technique and light microscopy

机译:使用斑点相关技术和光学显微镜进行体内淋巴动力学监测

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In this work we described the new modification of experimental setup designed on the basis of transmission microscopy and high-resolution speckle-correlation technique. This combined technique provides the simultaneous speckle and video registration of lymph dynamics that allows one to calibrate the speckle-correlation velocity sensor and to determine an absolute flow velocity and its direction. As a result many parameters of lymph dynamic were measured quickly, conveniently and simultaneously and a new data about the lymph flow velocity and other functions of microcirculation were received. The results of the experimental study of lymph microcirculation in small intestine mesentery of rat in vivo are presented.
机译:在这项工作中,我们描述了基于透射显微镜和高分辨率散斑相关技术设计的实验装置的新变型。这种组合技术提供了淋巴动力学的斑点和视频同步记录,使人们可以校准斑点相关速度传感器并确定绝对流速及其方向。结果,快速,方便,同时地测量了淋巴动力学的许多参数,并获得了有关淋巴流速和微循环其他功能的新数据。提出了大鼠小肠系膜淋巴微循环的体内实验研究结果。

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