Microbiological specimen preservation and transportation device

Abstract

The invention discloses a microbial specimen preservation and conveying device which comprises a double-layer preservation and conveying frame, a non-corrosion-resistant microbial specimen conveying and preservation container, a direct culture medium cultured microbial specimen conveying and preservation container, an anaerobic conveying culture medium microbial specimen conveying and preservationcontainer and an aerobic conveying culture medium microbial specimen preservation container; the transverse center and the longitudinal center of the lower-layer preservation and conveying frame of the double-layer preservation and conveying frame are provided with anaerobic conveying culture medium microbial specimen conveying and preservation container channels respectively; a sliding rail is arranged in each anaerobic conveying culture medium microbial specimen conveying and preservation container channel; and the ends of the sliding rails are provided with switches respectively. By adopting the microbial specimen preservation and conveying device, microbial specimen can be placed in specimen preservation containers with different storage conditions in a classifying manner, so that medical workers can quickly collect and convey specimens, the survival rate of the specimens is high, and pain of the patients caused by sampling again is relieved.

Description

technical field [0001] The invention relates to the technical field of microorganism preservation containers. Specifically, it is a microbial specimen storage and transportation device. Background technique [0002] Clinically, the correct collection, transportation, preservation and processing of microbiological test specimens are crucial to ensuring the quality of clinical microbiological testing. After the medical staff collect the specimens according to the characteristics of the collected specimens, they need to transport the specimens to the laboratory for examination. During the transportation of clinical specimens, regardless of the distance, strict attention should be paid to the preservation requirements of the specimens, and safety protection measures should be taken during the transportation. [0003] At present, according to the different requirements for microbial preservation, it can be divided into non-preservative microbial specimens, direct medium culture...

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Problems solved by technology

[0006] For example, the storage containers of direct culture medium microbial samples are usually made of glass, and the temperature of the hand will affect the growth of microorganisms when holding them, and the growth of microorganisms requires regular light, which is conducive to their healthy growth, but the outside of traditional storage containers Directly cover the shade cloth, easy to lose after use

[0007] For example, during the transport of anaerobic microorganisms, the container is prone to shaking or collision, and the microbial specimen collides with the inner wall of the container, causing damage to the medium inside and affecting the transport quality of the microbial specimen; and when the transport of the microbial specimen is completed, the container Put it in the position to be preserved, due to the function of the universal wheel, the container is easy to shake, cannot be effectively fixed, the microbial specimen is easy to be damaged, and the use effect is poor

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