Manufacturing method of blood glass slide

Abstract

The invention relates to a manufacturing method of a blood glass slide. The manufacturing method comprises the following operation steps of S1 enabling a detected person to wait at a blood sample taking position after the detected person drinks the purified water according to regulations; S2, enabling the detected person to wait after the detected person is wiped with alcohol and disinfected at the blood sample taking position, and checking whether the alcohol is dry or not ; S3, puncturing a ring finger to take a blood sample, and sequentially and slightly touching the glass slides for sampling; S4, after the blood sample is taken from the glass slide, defining the first drop of blood as a blood-activating sample, when the blood-activating sample is covered with a cover glass, pressing downwards the inner end of the cover glass slowly and naturally after the outer ends of the two glass sheets are aligned, covering the blood sample, and fulling the inner end of the cover glass with the blood sample; S5, after covering the cover glass, paying attention to storage without touching the blood sample; and S6, immediately observing and detecting. According to the present invention, the pictures made according to the operation specification can completely and vividly reflect the human organ layout, the needed health information, such as pathogens of various diseases, the positions of the diseases, etc., can be distinguished, and the holographic detection pictures made according to the method have stable reproducibility.

Description

technical field [0001] The invention relates to the technical field of making blood slides, in particular to a method for making blood slides. Background technique [0002] Through the pictures made of human blood: the distribution of human body positions in traditional Chinese medicine and the exploration method of human body structure in western medicine to detect health status. The main problem with this method before is that the disease distribution and various human organs reflected on the live blood slides prepared after blood sampling do not match the reality or the pictures made here are not repeated with the previous ones. In short: the produced pictures have no Reproducibility cannot be used as a routine method that can simply detect the health status of the human body and the distribution of diseases. Contents of the invention [0003] The technical problem to be solved by the present invention is to overcome the disadvantages of the prior art and provide a met...

AI Technical Summary

Problems solved by technology

The main problem with this method before is that the disease distribution and various human organs reflected on the live blood slides prepared after blood sampling do not match the reality or the pictures made here are not repeated with the previous ones. In short: the produced pictures have no Reproducibility, it cannot be used as a routine method that can simply detect the health status of the human body and the distribution of diseases

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