An intelligent chromosome abnormal karyotype image database control system and control method

Abstract

The invention belongs to the technical field of medical equipment, and discloses an intelligent chromosome abnormal karyotype image base control system and control method thereof. The intelligent chromosome abnormal karyotype image base control system comprises an image acquisition module, a central control module, an image processing module, an image base construction module, an information extraction module, a storage module and a display module. The invention can improve the image processing speed of chromosomes through the image processing module. At the same time, the invention can prepare the chromosome abnormal karyotype images of more chromosome abnormal combination type through the image base construction module, specimens are easily available and waste excess cells can be transformed into useful materials for chromosome karyotype analysis, such as teaching demonstration, technical assessment, interlaboratory quality assessment and resource sharing, which will have unexpectedeffects on improving diagnostic level and strengthening quality management. The probability of misdiagnosis is reduced.

Description

technical field [0001] The invention belongs to the technical field of medical equipment, and in particular relates to an intelligent chromosome abnormality karyotype image library control system and control method. Background technique [0002] At present, the existing technology commonly used in the industry is as follows [0003] Chromosomes are substances that carry genetic information in the nucleus. They are cylindrical or rod-shaped under the microscope. They are mainly composed of DNA and proteins. They are easily stained by basic dyes (such as gentian violet and acetate carmine) during mitosis. Therefore, And got its name. In asexually reproducing species, all cells in the organism have the same number of chromosomes; in most sexually reproducing species, the somatic chromosomes of the organism are distributed in pairs and contain two sets of chromosomes, called diploids. Sex cells such as sperm, eggs, etc. are haploid, and the number of chromosomes is only half o...

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Problems solved by technology

This also leads to the third defect of the filtering method: it cannot be applied to the harmonic elimination of continuous video images

Due to the large amount of calculation of the Fourier transform, it takes a lot of computing time to perform two Fourier transforms for each image. Even if it is a Fourier transform, it usually cannot reach the speed of video playback.

[0008] Existing hologram preprocessing technology has cumbersome filter design process, high cost, and difficulty in finding the spectrum; it is difficult to determine the range of filtering; it is difficult to determine the filtering amplitude; it is easy to lose useful object-light information; The processed hologram obtained by Lie transform doubles the amount of calculation; it cannot be applied to online continuous image processing

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