Novel antibody split charging storage box

Abstract

The invention discloses a novel antibody split charging storage box. The novel antibody split charging storage box comprises an outer box and inner boxes made of black materials; multiple inner boxesare provided, and are placed in the outer box side by side; the inner boxes comprise inner box bodies and inner box covers; the outer box comprises an outer box body and an outer box cover; positioning clamping pieces are arranged in the inner box bodies, and are provided with first positioning grooves and second positioning grooves; split charging pipes for antibody storage are placed on a pipe rack; and placing tanks are formed between two adjacent rows of inner boxes. Through the storage box, antibodies are managed and used in a centralized manner; the exposure time of the antibodies in non-low-temperature environment is shortened; the multigelation is reduced; the valance of the antibodies is preferably maintained; the working efficiency of antibody preparation is improved; the markingof the antibodies and the management of the storage temperature are convenient; meanwhile, an excellent shading effect is achieved to bring more convenience to scientific researches using the antibodies; and the antibody split charging storage box not only can be used for scientific research experiments, but also can be used for antibody transportation and storage between medical examination, experiment and scientific research institutions and medical examination mechanisms.

Description

technical field [0001] The invention relates to the technical field of antibody packaging, in particular to a novel antibody packaging storage box. Background technique [0002] Antibodies are important reagents commonly used in biomedical experiments such as cell immunofluorescence, ELISA and Western blot. Due to historical reasons, most of the antibodies (especially primary antibodies) used in scientific research and experiments in my country are imported. In order to maintain its titer, antibodies usually need to be stored at low temperature (-20 or 4°C) in the dark and avoid repeated freezing and thawing. At present, most of the methods for experimenters to store antibodies are to divide the purchased antibodies into microcentrifuge tubes or PCR tubes according to their own needs, then pack them in aluminum foil paper and place them in small plastic bags or small boxes, and then store them in low temperature refrigerator. Although this sub-package storage method also ...

AI Technical Summary

Problems solved by technology

Although this sub-package storage method also achieves the effect of avoiding light and refrigerating, it is very inconvenient in operation: one is that the antibody placed in a small plastic bag is inconvenient to take out when the antibody is to be prepared; the other is to take out and open the plastic bag. Bags and aluminum foil paper take a long time, resulting in the antibody being exposed to a non-low temperature (room temperature) environment for a long time, especially if multiple antibodies need to be prepared at the same time

It takes a long time, resulting in repeated freezing and thawing of the antibody, affecting the titer of the antibody, inconvenient operation, heavy workload, and low work efficiency; in addition, the aluminum foil used for packaging is easily damaged and often needs to be replaced, and the plastic bag packaging is not good enough to mark the name and source of the antibody and matching ratio; if the antibody is packaged in a box, it is often impossible to find a suitable and sufficient number of boxes, and the transparent box does not have the effect of protecting from light-these are the problems existing in the current antibody packaging and storage

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