Female reproductive tract microecology evaluation and detection system

Abstract

The present invention discloses a female reproductive tract microecology evaluation and detection system. The system includes a full-automatic intelligent stainer, a vaginitis automatic detection workstation, a morphology full-automatic microscopic detection platform, a computer, an input device and an output device. The full-automatic intelligent stainer is used for automatic staining on a sample of vaginal secretions; the vaginitis automatic detection workstation is used for biochemical detection on preformed enzymes and metabolites in the vaginal secretions to obtain the functional assessment result data; the morphology full-automatic microscopic detection platform is connected to the computer and used for the detection of a smear formed after staining by the full- automatic intelligent stainer, and the morphology full-automatic microscopic detection platform detects and analyzes the visible components in the vaginal secretions to obtain morphological pattern data; the computer is used for controlling the full-automatic intelligent stainer, the vaginitis automatic detection workstation, the morphology full-automatic microscopic detection platform, the input device and the output device; the computer is equipped with application software and pathological knowledge base; and the input device is connected to the computer.

Description

technical field [0001] The invention relates to the technical field of medical clinical testing, in particular to a female lower reproductive tract microecological evaluation and detection system. Background technique [0002] The female lower reproductive tract is an open cavity, which is an important micro-ecological area in the human body. Under normal circumstances, Lactobacillus accounts for more than 95% of the parasitic bacteria in the vagina, and the dominant bacteria such as Lactobacillus form the micro-ecological dynamic balance system. Lactobacilli normally present in the vagina play a key role in maintaining normal vaginal flora. The glycogen in the vaginal squamous epithelial cells is decomposed into lactic acid by the action of Lactobacillus, forming a weakly acidic environment in the vagina, which can inhibit the excessive growth of other parasitic bacteria, and at the same time secrete hydrogen peroxide, bacteriocin, etc. to inhibit the growth of pathogenic m...

AI Technical Summary

Problems solved by technology

[0009] The invention provides a female lower reproductive tract micro-ecological evaluation and detection system, which is used to solve the problems of low detection efficiency and poor reliability of detection results in the current vaginal secretion detection system

Images