Endospore stainer

Abstract

The invention discloses an endospore stainer, which comprises a staining module and a supporting frame and also comprises a low-speed liquid staining funnel, a washing funnel and a waste liquid disk,wherein the low-speed liquid staining funnel and the washing funnel are installed on the top of the supporting frame; the waste liquid disk is installed on the bottom of the supporting frame; the staining module is used for a transition disk used for conducting heat in a staining and fixing operation, and a circulation slide frame installed on the surface of the transition disk; the low-speed liquid staining funnel and the washing funnel are both positioned above the circulation slide frame; the middle of a bottom disk is provided with an alcohol lamp groove used for fixing an alcohol lamp; and the alcohol lamp groove is positioned below the transition disk. The endospore stainer has a reasonable design structure, has bacteria staining universality, can simultaneously carry out staining operation processing on a plurality of slides, has a firm structure, has an anti-corrosion texture, is easy in cleaning, is durable in use and omits a great quantity of boring manual operation steps ina staining process. The endospore stainer is integrally convenient, clean and quick and can make the dosage of staining liquid clear, a situation that staining agent can be quickly dripped in an experiment process is guaranteed, and the endospore stainer can be conveniently cleaned after staining is finished.

Description

technical field [0001] The invention relates to an experimental detection device in the field of microbiology, in particular to a spore dyer. Background technique [0002] In the microbiology laboratory, because the morphological characteristics of bacteria need to be observed under a microscope to determine the infection status of patients, slide staining is required. The process of microbiological slide staining is extremely cumbersome, but staining is the only way to confirm the diagnosis. During the whole operation process, it takes time to dry for fixation and heating, no matter how long or short the time is, it takes manpower to hold the glass slide and dry it above the alcohol lamp. Such an operation is time-consuming and manpower-intensive. If the manpower consumption in the heating process can be liberated, it will save time to do other experimental operations, and in the dyeing operation, the spore dyeing needs to continuously drop the dye solution to prevent the ...

AI Technical Summary

Problems solved by technology

In this link, the amount of artificially added dyeing solution is more or less accurate enough. Too little dyeing solution during the dyeing process will cause the spores to fail to dye, and too much will cause the spores to overlap and the color is too thick, which will affect the observation under the microscope. Poor efficiency, thus unable to diagnose the patient's condition

Although the principle of spore staining is simple, the operation is cumbersome and complicated in mass production, and the error rate of operators will be greatly increased.

Artificially transferring slides will increase laboratory pollution, and the dye solution is toxic and may affect the health of operators

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