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Optically Sectioned Imaging by Oblique Plane Microscopy

机译:斜面显微镜光学切片成像

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摘要

An optically sectioning microscopy technique based on oblique selective plane illumination combined with oblique imaging is described. The same high numerical aperture lens is used to both illuminate and image the specimen and correction optics are employed to tilt the focal plane of the imaging system so that the imaged plane aligns with the illuminated plane in the specimen. An optically sectioned image is obtained without the use of moving parts or image processing and this technique therefore has the potential to be used for very high speed optically sectioned microscopy. As only the part of the specimen that is being imaged is illuminated then the photobleaching and phototoxicity of mis method is low compared to conventional microscopy techniques.
机译:描述了一种基于倾斜选择性平面照明与倾斜成像相结合的光学切片显微镜技术。相同的高数值孔径透镜用于照射和成像样本,并使用校正光学器件倾斜成像系统的焦平面,以使成像平面与样本中的照射平面对齐。无需使用运动部件或进行图像处理即可获得光学切片的图像,因此该技术具有用于超高速光学切片显微镜的潜力。与传统的显微镜技术相比,由于仅照亮了正在成像的标本的一部分,因此光漂白和误涂的光毒性方法较低。

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