An anaerobe incubator

Abstract

An anaerobe incubator is disclosed, including a tank body the front surface of which is hinged with a tank door. A layer isolating rack is disposed in the tank body and provided with a plurality of microbe culture trays the tops of which are provided with a plurality of tray holes for receiving culture. Deoxygenizing plates are disposed in the tank body and include fixing plates for matched installation with the tank body. The fixing plates are provided with drug bins containing deoxygenizing agents. The bottom side surface of the tank body is hermetically connected to a nitrogen source through a pipe provided with a control valve. The tank body is provided with a temperature and humidity control device. The anaerobe incubator can provide a sealed anaerobic environment for anaerobe, is simple in structure, flexible to operate and low in cost, can improve timeliness of samples to be detected and achieve in-time accurate on-site detection of the anaerobe.

Description

technical field [0001] The invention relates to the technical field of microorganism cultivation, in particular to an anaerobic microorganism cultivation box. Background technique [0002] Anaerobic microorganisms are a class of microorganisms that live in low-oxygen or anaerobic environments and are widely distributed in nature. Anaerobic microorganisms have been studied for a long time, and now they are used in many fields such as the utilization of petroleum resources, the development and utilization of new energy, the research and development of new materials, the prevention and control of epidemics, the diagnosis of special infectious diseases, the development of antibiotics, and the fermentation of special organic substances. to anaerobic microorganisms. [0003] Since oxygen is detrimental to the growth of anaerobic microorganisms, specialized methods or equipment are required for culturing anaerobic microorganisms. At present, the main principles of anaerobic cultu...

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Problems solved by technology

[0004] The above-mentioned traditional methods and equipment for cultivating anaerobic microorganisms are difficult to popularize at the grassroots level. Often anaerobic microorganism detection items need to be submitted for inspection, and the timeliness of the samples submitted for inspection is very poor.

At present, in China, both testing departments and authoritative laboratories are still using traditional anaerobic devices for detection, and there is no commercialized simple anaerobic culture device. The requirements for environmental and biological safety are getting higher and higher. In order to achieve anaerobic The timely and accurate on-site detection of aerobic microorganisms requires the development of a portable, small anaerobic microorganism incubator

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