Comparison display method for different dyed sections, electronic equipment and readable medium

Abstract

The invention relates to a comparison display method for different dyed slices, which comprises the following steps: acquiring n + 1 continuous slices, dyeing the n + 1 continuous slices by adopting different dyeing methods respectively, and acquiring digital slice full-field images of the n + 1 dyed slices; displaying the thumbnails of the n + 1 digital slice full-field images in the first display area; selecting one thumbnail from the thumbnails of the n + 1 digital slice full-field images as a model slice, and taking other thumbnails as target slices; displaying the model slice in the second display area; k target slices are selected as reference slices, the reference slices are displayed in a third display area of the display device, and k is smaller than or equal to n; scaling and labeling the images of the second display area and the third display area independently or synchronously. According to the invention, a doctor can be helped to compare and observe a plurality of slices,synchronous operation of contents of the plurality of slices is realized, image differences of the same image content in different dyed slices can be conveniently marked, and observation and judgmentof the doctor are facilitated.

Description

technical field [0001] The invention relates to the field of medical image processing, in particular to a method for comparing and displaying different stained sections, electronic equipment and a readable medium. Background technique [0002] In scientific research work, in order to observe the results of various stainings in the same area (usually the expression of multiple antigens or genes), multiple consecutive sections are often stained with multiple stains (immunohistochemical staining, fluorescent staining, etc.). staining), but when a general web application (such as Aireading) is diagnosing slices, a case can only view one slice at the same time, which makes it very inconvenient for doctors to compare slice images, and needs to change stained slices back and forth , There is also a method of performing multiple stains on one section at the same time to achieve the above purpose, but this requires special staining schemes and staining reagents, which means higher co...

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Problems solved by technology

[0002] In scientific research work, in order to observe the results of various stainings in the same area (usually the expression of multiple antigens or genes), multiple consecutive sections are often stained with multiple stains (immunohistochemical staining, fluorescent staining, etc.). staining), but when a general web application (such as Aireading) is diagnosing slices, a case can only view one slice at the same time, which makes it very inconvenient for doctors to compare slice images, and needs to change stained slices back and forth , there is also a method of performing multiple stains on one slice at the same time to achieve the above purpose, but this requires special staining schemes and staining reagents, which means higher costs

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