用于细胞图像处理的自动显微镜系统

Yimo Zhang
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引用次数: 2

摘要

显微镜下细胞特别是异常细胞的筛选是细胞学诊断的一种非常有用的方法。由于显微镜检查细胞病理变化的速度很慢,因此研究一种具有图像处理功能的新型自动显微镜系统是非常有必要的。该系统具有以下功能:1)对显微镜台进行x、y方向扫描,扫描的步距对应显微镜的一个视场。2)对于自动对焦,首先微观结构对比度低,否则聚焦深度很小。因此,生物显微镜的自动调焦不同于普通工业显微镜,具有低时间、高对比度的特点。3)显微镜必须具有图像处理功能,以识别和筛选细胞。4)系统具有自动拍照功能。由于显微镜的视场非常小,如果将所有视场逐一拍摄,那么将拍摄几十万甚至几百万个视场。但在大多数视场中都没有目标,只有少数是有用的,因此有必要对其进行筛选和自动拍摄。另一方面,不同目标的透过率不同,因此必须自动调整曝光时间。此外,这种相机必须装足够的胶卷,即必须设计一个大的卡带。具有这些功能的显微镜系统是一个复杂的自动控制系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An automated microscope system for cell image processing
The screening out of cells specially abnormal cells by microscope is a very useful method for cytology diagnosing. Since inspecting pathological changes of cells by microscope is very slow, thereby study a new auto-microscope system with function of image processing is very necessary. This system has the following functions: 1) the microscope stage should be scanned in x and y directions, and a step distance of scanning is corresponded to a field of view of the microscope. 2) For autofocusing, first the micro-structure is low contrast, otherwise focus depth is very small. Therefore, autofocusing for biological microscope is different to common industrial microscope with low time and high contrast. 3) The microscope must possess image processing functions to recognize and screen out cells. 4) The system possesses function for auto-photograph. Because the field of view of the microscope is very small, if all fields of view are photographed one by one, then several hundred thousands or several millions fields of view will be photographed. But there is no target in most of fields of view, i. e. , only a few is useful, so, it is necessary to screen out and auto- photograph them automatically. On the other hand, transmissivity of different targets is different, so the exposure time must be adjusted automatically. Besides that, this kind of camera must hold sufficient film, i. e. a large cassette must be disigned. The micrscope system with these functions is a complex auto-controlling system.
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