Convenient microorganism culture inoculating tube

Abstract

The invention relates to a convenient microorganism culture inoculating tube. The convenient microorganism culture inoculating tube comprises a tube body and a cover body, wherein an internal portion of the tube body is used for storing agar for culturing microorganisms. The convenient microorganism culture inoculating tube is characterized in that an outer surface of the tube body is a smooth surface, an inner surface of the tube body is divided into a frosted portion and a smooth transparent portion along an axis direction, and a supporting plate which facilitates oblique placement of the tube body is arranged on the outer surface of a top portion of the tube body on one side of the frosted portion; after the tube body in which the agar is stored is obliquely placed, formation of an oblique surface for culturing microorganism colony is facilitated. By using the microorganism culture inoculating tube provided by the invention, the agar does not easily turn over after the agar is solidified on one side of the frosted portion, and the culture and growth of the microorganisms are facilitated. By arranging the supporting plate at the upper portion of one side of the frosted portion, the tube body can be obliquely placed without using other objects to form the agar oblique surface for culturing the colony, and the inoculation of the colony is facilitated. Inoculation can be performed by using a sterilized toothpick, the waste of time caused by repetitive burning of an inoculating needle in the past is avoided, and the inoculating efficiency is high.

Description

technical field [0001] The invention relates to a convenient microbial culture inoculum, more specifically, to a convenient microbial culture inoculum which is convenient for inoculation and saves medium. Background technique [0002] The general inoculation tubes are all glass jars, usually 180mm in length and 18mm in diameter. After pouring the slope, a large amount of agar medium is consumed, and the inoculation needle is burned repeatedly during inoculation, which consumes a lot of time. And because the inner wall of the inoculated glass tank is smooth, the culture medium is easy to slide after the agar solidifies, which is not conducive to the growth and cultivation of microorganisms. And the front portion of the glass test tube will be placed on a high place to form a slope, and the glass test tube placed on a high place is prone to rotation, which is unfavorable for the formation of the slope. Contents of the invention [0003] In order to overcome the shortcomings...

AI Technical Summary

Problems solved by technology

[0002] The general inoculation tubes are glass jars, usually 180mm in length and 18mm in diameter. After pouring the slope, a large amount of agar medium is consumed, and the inoculation needle is burned repeatedly during inoculation, which consumes a lot of time.

Moreover, because the inner wall of the inoculated glass tank is smooth, the medium is easy to slide after the agar solidifies, which is not conducive to the growth and cultivation of microorganisms.

And the front part of the glass test tube should be placed at a high place to form a bevel, and the glass test tube placed at a high place is prone to rotation, which is not conducive to the formation of the bevel

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