Environment safety detection assessment method and system based on environment microorganism data

Abstract

The invention discloses an environment safety detection assessment method and system based on environment microorganism data and belongs to microorganism detection technologies. The assessment methodcomprises a detection step and an assessment step, wherein according to the detection step, sampling is performed on a to-be-assessed environment, and high-throughput undifferentiated biological detection is performed on samples obtained through sampling to obtain environment microorganism detection data; and the assessment step is executed in a calculation system, wherein the calculation system contains a database storage medium storing a database, a storage device and a processor. Through sampling and undifferentiated comprehensive detection on the environment of organisms, the biological safety level of the environment is assessed based on a microorganism data model, a biological disease data model and a biological internal and external microorganism environment correlation data model,and the technology is a noninvasive, efficient, comprehensive and accurate biological disease / epidemic prevention and early-warning technology.

Description

technical field [0001] The invention relates to environmental microorganism detection technology, in particular to an environmental safety detection and evaluation method and system based on environmental microorganism data. Background technique [0002] For humans, animals and plants, most microorganisms are harmless. For example, many normal and beneficial flora live on the outer surface (such as skin) and inner surface (such as intestinal tract) of the human body. They occupy these surfaces and produce natural bacteria. Antibiotics inhibit the colonization and growth of harmful bacteria; they also assist in the absorption or manufacture of some essential nutrients, such as vitamins and amino acids, and the imbalance of these flora (such as antibiotic abuse) can lead to infection or nutritional deficiency; however On the one hand, many diseases of humans, animals and plants are also caused by microorganisms, such as infection of pathogenic microorganisms (bacteria, viruses...

AI Technical Summary

Problems solved by technology

However, the detection of microorganisms in the existing reports mostly focuses on the detection of specific species of microorganisms or diseases, and there is a phenomenon that the detection samples need to be pre-judged and screened. Due to the diversity and variability of microbial populations, it is easy to Leading to misjudgment, so that certain pathogenic risks cannot be quickly detected; and during the detection process, it is necessary to take samples from infected individuals to complete detection and analysis. For some specific individuals or populations, such as high-value aquatic organisms , there is no mature and available method; it is impossible to assess the potential risk of viral and microbial infection and its development changes faced by aquatic organisms in closed environments

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