Tissue culture medium nutrition detection system based on big data analysis

Abstract

The invention provides a tissue culture medium nutrition detection system based on big data analysis and belongs to the technical field of informatized tissue culture. The tissue culture medium nutrition detection system comprises a central processing unit, a storage module, an ion detection module, a nutrition analysis module, a biological species analysis module, an information database, an alarm reminding module and a tissue culture management module. The central processing unit controls operation of each system, the culture medium ion concentration is detected and then is converted into a culture medium nutritional ingredient content, whether a culture medium needs to be replaced is then determined according to the analysis on species information and growth status of tissue culture plants, reminding is performed to remind technicians to replace the culture medium; the tissue culture standard is updated by utilizing big data analysis of Internet, the dependence on the technicians is reduced, requirements for informatization and modern agriculture are met, and the effect of reducing planting cost is achieved.

Description

technical field [0001] The invention belongs to the technical field of information-based tissue culture, and in particular relates to a tissue culture medium nutrition detection system based on big data analysis. Background technique [0002] Plant tissue culture (broad sense) is also called in vitro culture, which refers to the separation of the required tissues, organs, cells or protoplasts from the plant body, and through aseptic operation, they are cultivated under artificial control conditions to obtain regenerated complete plants or Technology for the production of other products of economic value. Plant tissue culture (narrow sense) refers to the cultivation of regenerated plants by using various parts of plant tissues, such as cambium, parenchyma, mesophyll tissue, endosperm, etc., and also refers to the cultivation of callus produced from various organs during the cultivation process. The wounded tissue then undergoes redifferentiation to form a regenerated plant. ...

AI Technical Summary

Problems solved by technology

However, due to the lack of detection methods for the nutrient components of the medium in the current tissue culture, the medium is replaced at a fixed time for the plants. Slower plants waste

Some components in the medium, especially biohormones, generally have a high price, and wasting the medium greatly increases the cost of tissue culture