Cultivation apparatus for microorganism culture

Abstract

The invention discloses a cultivation apparatus for microorganism cultivation. The apparatus comprises an outer box body, an oxygen control cavity is arranged above the outer box body, a left moving cavity is arranged at the lower left of the oxygen control cavity, a right moving cavity is arranged at the lower right of the oxygen control cavity, an oxygen control assembly is arranged in the oxygen control cavity, an oxygen discharge cavity is arranged at the lower left of the oxygen control cavity, an oxygen compression tank is arranged in the oxygen discharge cavity, a left connecting pipe is arranged above the oxygen compression tank, a left threaded pipe is fixedly connected above the upper right side of the left connecting pipe, and an oxygen discharge pipe is arranged at the right side of the left threaded pipe. The apparatus has high automation degree, and can automatically control the microorganisms to be always in a state of a proper oxygen content to ensure better cultivationof the microorganisms, and the survival rate of microorganism culture is high. In addition, a contact area between an inoculation surface and a film is large during inoculation, an inoculation amountof strains is increased in a disguised way, and the microorganism culture efficiency is high.

Description

technical field [0001] The invention relates to the field of microorganism cultivation, in particular to a cultivation device for microorganism cultivation. Background technique [0002] As we all know, the metabolites of certain microorganisms on organic culture media are one of the main components of certain products, such as certain pharmaceuticals, food additives, etc. In order to produce these metabolites more efficiently, people often need to culture microorganisms; [0003] At this stage, most microorganisms need to be cultivated in a sterile vacuum environment, which makes it difficult to control the change of oxygen content during the cultivation process in traditional microorganism cultivation, resulting in poor cultivation effect and low survival rate of microorganisms. In addition, traditional Most of the microbial cultures require manual inoculation of microorganisms, which is complicated and inefficient. Contents of the invention [0004] The technical probl...

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Problems solved by technology

[0003] At this stage, most microorganisms need to be cultivated in a sterile vacuum environment, which makes it difficult to control the change of oxygen content during the cultivation process in traditional microorganism cultivation, resulting in poor cultivation effect and low survival rate of microorganisms. In addition, traditional Most of the microbial cultures require manual inoculation of microorganisms, which is complicated and inefficient.

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