Culture medium production process

Abstract

The invention discloses a culture medium production process which comprises the following steps: premixing, namely primarily mixing multiple materials for producing a culture medium; carrying out grinding, namely grinding the primarily mixed materials; carrying out after-mixing, namely premixing the grinded materials for another time; carrying out spectrum detection, namely detecting the materialsafter the after-mixing step by using spectrum detection equipment, namely radiating materials in a same range in the culture medium with detection light of different wavelengths when detection is carried out, and respectively confirming contents of different materials within the radiation range. By adopting the culture medium production process disclosed by the invention, key quality property accuracy of the culture medium can be ensured.

Description

technical field [0001] The invention relates to the field of medium production, in particular to a medium production process. Background technique [0002] In the existing medium production process, usually after the production of the medium is completed, the medium is detected by spectral detection equipment, so as to judge the key quality attributes of the medium (such as component concentration, etc.), and then analyze whether the components of the medium are Mix evenly. When judging the concentration of each component of the medium, the existing spectral detection technology only performs comprehensive average processing on the different components of the medium to form a single image, and can only observe the image after the average content of all components , did not quantify each component, resulting in the failure to quantify and accurately evaluate the key quality attributes of the medium. Therefore, the existing spectral detection technology cannot be used to eval...

AI Technical Summary

Problems solved by technology

[0002] In the existing medium production process, usually after the production of the medium is completed, the medium is detected by spectral detection equipment, so as to judge the key quality attributes of the medium (such as component concentration, etc.), and then analyze whether the components of the medium are Mix evenly. When judging the concentration of each component of the medium, the existing spectral detection technology only performs comprehensive average processing on the different components of the medium to form a single image, and can only observe the image after the average content of all components , did not quantify each component, resulting in the failure to quantify and accurately evaluate the key quality attributes of the medium

Therefore, the existing spectral detection technology cannot be used to evaluate whether the concentration of each component of the medium meets the standard

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