Biological cell lysis preparation workstation

Abstract

The invention discloses a biological cell lysis preparation workstation. The biological cell lysis preparation workstation comprises a box body assembly, a feeding and discharging device, a horizontal liquid shaking device, a vertical liquid shaking device and a power transmission device, wherein the feeding and discharging device is in fastening connection with the box body assembly; the box body assembly comprises a mounting plate; the horizontal liquid shaking device is mounted at one side of the upper end of the mounting plate; the vertical liquid shaking device is mounted at one side, far away from the horizontal liquid shaking device, of the upper end of the mounting plate; the power transmission device is in fastening connection with the mounting plate; the bottom end of a liquid removing mechanical arm is in fastening connection with the mounting plate; the mounting plate is provided with a plurality of liquid injection mechanical arms; the liquid injection mechanical arms are in fastening connection with the mounting plate; a plurality of screwing mechanical arms are arranged at one side of a rotary disc along the peripheral direction; and the bottom ends of the screwing mechanical arms are in fastening connection with the rotary disc.

Description

technical field [0001] The invention relates to the technical field of biological cell lysis, in particular to a biological cell lysis preparation workstation. Background technique [0002] At present, most of the lysing of biological cells on the market uses manual nutrient solution configuration, especially for laboratory configuration, but when mass production is required, it often requires a lot of manpower to participate, and the work efficiency is low. Due to differences in individual levels, there will be Deviations in the configuration of the culture medium will affect the final experimental results. In addition, in order to simulate the special living environment of fungi, some special substances are often added to the culture medium, and these special substances will cause harm to human health if they are directly exposed to the air. , and wearing protective clothing is not conducive to the experimental operation. It is also necessary to provide a separate airtight...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the lysing of biological cells on the market uses manual nutrient solution configuration, especially for laboratory configuration, but when mass production is required, it often requires a lot of manpower to participate, and the work efficiency is low. Due to differences in individual levels, there will be Deviations in the configuration of the culture medium will affect the final experimental results. In addition, in order to simulate the special living environment of fungi, some special substances are often added to the culture medium, and these special substances will cause harm to human health if they are directly exposed to the air. , and wearing protective clothing is not conducive to the experimental operation. It is also necessary to provide a separate airtight laboratory to prevent leakage and increase the cost of the experiment. Especially when performing mass configuration, a large number of personnel are required to participate in order to improve efficiency, and the space is small , which is not conducive to the operation and development. In addition, due to the large gap in the density of some culture fluids, simple filling will lead to stratification of the culture fluid, which is not conducive to the later lysis generation. Manual mixing in large-scale experiments increases the difficulty of configuration.

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