release time:2022-09-27 15:39:30
The technology platform integrates the three core technologies of glass capillary coating, micro-antigen antibody labeling and chemiluminescence detection. The capillary tube with 0.7mm inner diameter, 1.2mm outer diameter and 25mm length is the highlight of the platform. The capillary tube is coated with the participating antigen or antibody and is the "reaction chamber" of the whole reaction system. At the same time, it is the device that controls the precise addition of the sample. At the same time, the capillary uses a tree-structured amination iteration technique for the amination process.
The amino groups available for antibody attachment in the capillary are multiplied to ensure that there are enough antibodies in the capillary for the reaction. The number of amino groups available for antibody attachment within the capillary is multiplied. This ensures that there are enough antibodies in the capillary to carry out the reaction. Both the sensitivity of the assay is improved and the signal value is enhanced. This ensures that stable results can be obtained even with very small blood samples. The application of this technology can achieve the perfect combination of the high throughput and accuracy of large chemiluminescence and the low cost, maintenance-free, and convenient ease of use of POCT.
2022-09-23
Hematology analyzer is one of the most widely used instruments for clinical testing in hospitals. Automated hematology analyzers are often used in doctor's office laboratories, small independent laboratories and clinics to perform CBC tests
2022-05-23
More than ever, the medical equipments industry is focusing on usability. And people tend to think that "fewer steps" always equates to "easier to use" and "better user experience". However, this is not always the case, and in some cases can even cause more harm than good.
2021-11-10
Blood is the most common sample used in medical testing, as it is the most readily available and effective sample for monitoring body conditions. Many fully automated analyzers have been developed based on blood sample testing. Such as chemiluminescent immunoassay analyzers, fully automated biochemical analyzers, etc. Blood samples on the machine before the processing of good or bad has a vital role in the detection of results.
