Vaginal secretion analysis system

Abstract

The invention discloses a vaginal secretion analysis system. The system includes a morphological detection unit for detecting formed elements of vaginal secretions, a biochemical detection unit for biochemical detection of the vaginal secretions, a human-computer interaction device for data interaction with a data processing unit, and the data processing unit for processing data obtained through the morphological detection unit, the biochemical detection unit and the human-computer interaction device to obtain analysis results of the vaginal secretions. The vaginal secretions are subjected to a morphological microscopic examination, and synchronous detection and synchronous analysis of pre-produced enzyme spectra and metabolite spectra of normal bacteria and pathogenic bacteria, so that morphological results and biochemical results are combined and supplemented with each other, and thus misdiagnosis, such as a missed diagnosis, caused by no completeness, no comprehension and no systematicness of only consideration of the physics or biochemical test results is avoided. The vaginal secretion analysis system can accurately evaluate the vaginal micro ecology, and finds out all common vaginitis and vaginal infection pathogenic microorganisms.

Description

technical field [0001] The invention relates to the technical field of medical clinical testing, in particular to a vaginal secretion analysis system. Background technique [0002] At present, the prevention and treatment of vaginal infection clinically faces the problems of low cure rate and high recurrence rate. The main reason for this phenomenon is that clinicians are often eager to treat without first identifying the pathogenic microorganism, which is the most common cause of treatment failure. [0003] Routine detection of vaginal discharge (referred to as leucorrhea routine) is an important medical examination item that is widely used clinically. The methods for routine detection of vaginal discharge in clinical practice are divided into two categories: [0004] The first type is the morphological wet film examination method using a microscope, which can directly observe the formed components of vaginal secretions, and detect normal bacteria, trichomonas, fungi and ot...

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Problems solved by technology

[0004] The first type is the morphological wet film examination method using a microscope, which can directly observe the formed components of vaginal secretions, and detect normal bacteria, trichomonas, fungi and other miscellaneous bacteria, epithelial cells, and white blood cells in vaginal secretions. , but the antibacterial function of normal dominant bacteria cannot be detected, the pathogenicity of miscellaneous bacteria, aerobic bacteria or anaerobic bacteria cannot be distinguished, and the pathogenicity of fungi cannot be distinguished, etc.

[0005] The other is to use biochemical methods to conduct dry chemical detection of vaginal secretions, mainly through the detection of indicators such as preformed enzymes and metabolites of normal dominant bacteria and pathogenic bacteria, which can reflect the functionality of normal vaginal bacteria and pathogenic bacteria However, this method has poor reliability and poor specificity for trichomonas and fungus test results, and cannot reflect the cleanliness. Moreover, due to the strong subjectivity and heavy workload of manual interpretation, the detection speed will be affected

[0006] At present, clinically, vaginal secretions are mostly tested in one way. The results of the test are not systematic and comprehensive, which may easily lead to misdiagnosis and missed diagnosis, which is not conducive to clinical treatment.

[0007] In summary, the existing vaginal secretion detection system has problems such as low detection efficiency and poor reliability of detection results.

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