Medical microorganism continuous culture device

Abstract

The invention discloses a medical microorganism continuous culture device which comprises a shell mechanism, culture mechanisms, a constant pressure mechanism, a ventilation mechanism, a humidification mechanism and a heating mechanism. The culture mechanisms are arranged inside and outside the shell mechanism respectively, the culture mechanism located inside the shell mechanism is in fluid communication with the culture mechanism located outside the shell mechanism, the constant pressure mechanism is in fluid communication with the culture mechanisms, the ventilation mechanism is arranged inside the shell mechanism, the humidification mechanism is located in the shell mechanism, and the heating mechanism is located in the shell mechanism. According to the device, the shell mechanism, the culture mechanisms, the constant pressure mechanism, the ventilation mechanism, the humidification mechanism and the heating mechanism are arranged, so that the device can be used for carrying out aerobic culture on microorganisms and can be used for carrying out vacuum anaerobic culture on the microorganisms, and the device is suitable for culturing most aerobic and anaerobic microorganisms and is wide in application range.

Description

technical field [0001] The invention relates to the technical field of microorganism cultivation. Specifically, it is a continuous culture device for medical microorganisms. Background technique [0002] Microorganisms in medicine can help doctors treat diseases better. Different microorganisms require different cultivation environments during the cultivation process. In order to achieve better cultivation success, the environment in which microorganisms are usually located is very conducive to their growth and is completely comfortable. growth environment. [0003] Commonly used microbial culture methods are divided into batch culture and continuous culture. The basic principle of continuous culture is to continuously supplement nutrients and remove cultures at the same rate during the microbial culture process, and the culture environment of microorganisms is divided into aerobic and Anaerobic, while the existing devices used for continuous microbial culture have simple ...

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Problems solved by technology

[0003] Commonly used microbial culture methods are divided into batch culture and continuous culture. The basic principle of continuous culture is to continuously supplement nutrients and remove cultures at the same rate during the microbial culture process, and the culture environment of microorganisms is divided into aerobic and Anaerobic, while the existing devices used for continuous microbial culture have simple functions, and basically can only perform aerobic culture and anaerobic culture alone. Such a culture device has a relatively small scope of application and cannot adjust the culture according to the needs of microorganisms surroundings

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