Medical apparatus for quick diagnosis of pathogens

Abstract

The invention relates to a medical apparatus for quick diagnosis of pathogens. The medical apparatus comprises a box and a cover hinged to the box, the box is internally provided with a storage cavityand a testing cavity, and the storage cavity and the testing cavity are in abreast distribution and partitioned through a heat-preservation partition plate. The middle of the heat-preservation partition plate is provided with a partition hole, the storage cavity and the testing cavity are provided with a storage heat preservation layer and a testing heat preservation layer respectively, and a quick positioning mechanism is arranged between the box and the storage heat preservation layer and the testing heat preservation layer. The medical apparatus has advantages that by the partition hole inthe heat-preservation partition plate, due to large temperature differences of two sides of the heat-preservation partition plate during cooling storage in the storage cavity and heating testing in the testing cavity, the heat-preservation partition plate is partitioned from the middle by the partition hole to avoid temperature influences of the two sides, and smoothness in cooling and heating isguaranteed.

Description

technical field [0001] The invention relates to a medical device, in particular to a medical device for rapid diagnosis of pathogens. Background technique [0002] A zoonotic pathogen, Listeria monocytogenes can cause Listeria monocytogenes infectious diseases in humans and animals, mainly manifested as meningitis, sepsis and abortion, etc. Listeria monocytogenes exists in a wide range. It has been detected in a variety of foods. It does not require high ambient temperature and can survive at low temperatures. Therefore, it is also detected in refrigerated foods. In recent years, there have been frequent Listeria monocytogenes infections in various countries, and even caused many Human casualties have been widely concerned by all walks of life. At present, molecular biology detection technologies based on nucleic acid amplification, such as RTPCR, PCR, and real-time fluorescent quantitative PCR, play a huge role in the diagnosis and detection of animal epidemics. It require...

AI Technical Summary

Problems solved by technology

It has been detected in a variety of foods. It does not require high ambient temperature and can survive at low temperatures. Therefore, it is also detected in refrigerated foods. In recent years, there have been frequent Listeria monocytogenes infections in various countries, and even caused many Human casualties have been widely concerned by all walks of life. At present, molecular biology detection technologies based on nucleic acid amplification, such as RTPCR, PCR, and real-time fluorescent quantitative PCR, play a huge role in the diagnosis and detection of animal epidemics. It requires high degree of precision and professional level, and requires precise temperature control equipment and sophisticated and expensive analytical instruments. It takes a long time and is not suitable for on-site detection or large-scale use at the grassroots level. Early, accurate and rapid detection of pathogenic microorganisms

Images