Biological digital microscope with double ccd (charge coupled device) light sensitive elements and photographic image processing method thereof

Abstract

The invention discloses a biological digital microscope with double ccd (charge coupled device) light sensitive elements and a photographic image processing method thereof, wherein a colour ccd light sensitive element and a black and white ccd light sensitive element are used for collecting image information; the black and white ccd light sensitive element collects a gray scale and integrating optical density information of a specimen cell nucleus; the colour ccd light sensitive element collects a colour characteristic signal of a specimen image; the three-dimensional split joint of a specimen picture is performed by the gray scale of a specimen cell nucleus, the integrating optical density information and colour characteristic signal of a specimen image, so as to form a multi-focal planeholographic three-dimensional image; simultaneously, a film reading conclusion is output according to the integrating optical density information of a cell nucleus; finally a graphics context report of the specimen to be examined is output; therefore the biological digital microscope disclosed by the invention can perform conventional morphological observation for the specimen, as well as can perform digital photographing for the dyed DNA (deoxyribonucleic acid) for forming a multi-focal plane holographic three-dimensional image which is convenient for observing all the information of the cell in a multilayer and multi-focal plane mode; and the accuracy of early diagnosis is greatly improved.

Description

Technical field [0001] The invention relates to a digital microscope, in particular to a double ccd photosensitive element biological digital microscope and a photographic image processing method thereof, which is mainly applied to microscopic examination of tissue sections stained by HE-Feulgen. Background technique [0002] The development of medicine, especially the development of pathology, mainly relies on the magnification of optical microscopes to provide a hardware basis for doctors and researchers to make detailed observations of tissue samples. In the field of pathology research and daily medical practice, there is an increasing demand for the processing of complex data, the application of record keeping or filing systems, and the possibility of interactive consultation on examination results. [0003] At present, the most advanced microscope simply adds a camera interface outside the eyepiece to collect images and place them on the display. Almost all medical pathology ...

AI Technical Summary

Problems solved by technology

At the same time, since pathological diagnosis is based on the experience of doctors, the so-called gold standard of pathological diagnosis is also based on the premise of individual experience, which is not objective and standardized.

Also working under the microscope for long hours is tiring and inefficient

In addition, the lack of a large number of pathologists in medical institutions has also resulted in an extreme shortage of social medical resources, especially pathologist resources.

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