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Fluorescence microscope by using computational ghost imaging

机译:通过计算重影成像的荧光显微镜

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We propose a fluorescence microscope by using the computational Ghost imaging (CGI) for observing a living cell for a long duration over an hour. There is a problem for observing a cell about light-induced bleaching fora ling-term observation.Toover come the problem, we focused on an advantageof sensitivityof the CGI as second order colleration for an imaging with weak intensity excitation light. Setting for the CGI, a DMD projector was installed at an eye-piece part of a microscope and fluorescent light was detected using a bucket detectorofa photo-multiplier tube.Asaresults,wehaveshownthe imagingadvantageoftheCGI under weak light intensity, in addition, we have demonstrated to detect fluorescence images of biological samples for one day.
机译:我们建议使用荧光Ghost成像(CGI)荧光显微镜观察一个小时内长时间的活细胞。对于光致漂白的长期观察,存在观察细胞的问题。为了解决这个问题,我们集中讨论了CGI作为弱激发光成像的二阶协作的灵敏度优势。设置CGI的方法是,在显微镜的目镜部分安装DMD投影仪,并使用倍增管的桶形检测器检测荧光。一天的生物样品的荧光图像。

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