Intelligent and efficient | AI-powered automated testing of reproductive tract secretions

Publication Time:

2022-05-17 16:07

Source:

High incidence, high misdiagnosis rate, and low rate of rational drug use in female reproductive tract infections

Statistics show that the incidence of infectious diseases in obstetrics and gynecology in China accounts for about 40%, with more than 300 million people suffering from reproductive tract infectious diseases every year. Reproductive tract infections are extremely harmful, not only affecting women's normal lives and reducing their quality of life, but also easily causing menstrual disorders, infertility, etc., and may also increase the incidence of HPV infection and cervical cancer due to vaginal microecological imbalance. Common reproductive tract infections include various types such as bacterial, fungal, trichomonas, and aerobic vaginitis. Different types have different treatment methods. Non-standard diagnosis easily leads to non-standard treatment and irrational drug use. The abuse of antibiotics is widespread, with poor efficacy or obvious recurrence of treatment. Therefore, it is crucial to correctly determine the type of vaginitis.

Vaginal microecosystem detection includes morphology and function

The "Clinical Application Expert Consensus on Vaginal Microecological Evaluation" points out that vaginal microecosystem detection includes functional and morphological detection. The two complement each other and comprehensively evaluate the vaginal microecological status. Currently, reproductive tract secretion tests, especially morphological tests, still mainly rely on manual operation, which is cumbersome and complex, and is easily affected by subjective factors of the inspectors, making it difficult to standardize, and unable to save images for traceability, research, and teaching. Aiwei Technology has deeply understood user needs and innovatively developed the AVE-321 fully automatic reproductive tract secretion analyzer, which integrates functional and morphological detection, providing a more intelligent and efficient comprehensive solution for clinical applications.

Comprehensive functions & Abundant indicators

AVE-321 adopts an integrated design, and one sample can complete functional and morphological detection to comprehensively evaluate the vaginal microecology, avoiding misdiagnosis and missed diagnosis caused by single detection methods. Functional detection items cover pH, hydrogen peroxide (H2O2), leukocyte esterase (LE), lactic acid (LA), oxidase (OX), sialidase (SNA), β-glucuronidase (β-G), N-acetylglucosaminidase (NAG), proline aminopeptidase (PLD), alkaline phosphatase (ALP), and coagulase (CG), 11 items in total. They can be flexibly combined as needed to meet diversified needs. Morphological detection includes all formed components under the microscope, such as cells, trichomonas, bacteria, and fungi. It automatically reports cleanliness and automatically performs reproductive tract microecological assessment. Through comprehensive functional and morphological testing, different types of vaginitis such as bacterial, fungal, trichomonas, aerobic, and mixed types can be effectively identified.

Fully automated pretreatment & Labor saving

It is equipped with a high-position breakable nylon flocked sampling swab, which has stronger adsorption capacity and facilitates the collection of pathological components, improving sample quality. The sample pretreatment module is highly integrated with the host, small and exquisite, easy to operate, occupies less space, and the sample is directly tested after collection. The instrument automatically adds cell preservation solution, automatically washes, automatically dehydrates, and automatically opens the lid. The sample pretreatment is fully automated, and no personnel are required for the entire process.

Automatic staining & High-definition images

The instrument automatically adds dye, automatically stains, automatically scans precisely through the microscope, automatically focuses quickly, and intelligently acquires images under high and low magnification, ensuring image clarity and stability. It can effectively distinguish nucleated cells, clue cells, miscellaneous bacteria, bacilli, fungi, etc., providing a good basis for reproductive tract microecological assessment. It can also provide microscopic real-scene images and trichomonas dynamic videos for manual review, traceability, research, and teaching.

Accurate identification & Accurate and reliable

The AVE-321 reproductive tract secretion analyzer is equipped with a new AI identification system, based on a massive database, it can accurately identify various formed components such as white blood cells, epithelial cells, clue cells, trichomonas, fungi, and bacteria, with an accuracy rate exceeding 95%, significantly reducing the burden of manual review.

Perfect quality control and after-sales service system

The AVE-321 reproductive tract secretion analyzer has a complete quality control system, with supporting vaginitis eleven-in-one test and formed component detection quality control products to fully ensure testing quality. At the same time, it is equipped with a professional after-sales service team and an intelligent service system, providing real-time online services, including WeChat scan code repair, online fault diagnosis, remote technical support, etc., to improve service efficiency and quality, and escort the efficient operation of the instrument.

Focus creates quality, craftsmanship creates excellence. The AVE-321 series reproductive tract secretion analyzer integrates more than 30 innovative designs and patented technologies to help improve testing efficiency and quality, inject AI new power into gynecological disease diagnosis, better meet the needs of patients and clinical practice, and open a new model of intelligent leukorrhea testing.