At present, the commonly used detection methods are mainly enzyme-linked immunosorbent assay, but this method requires a long analysis time, and the sensitivity is low, and the test results can only be negative or positive, which is relatively limited. Chemiluminescence analysis is one of the most widely used techniques in the medical field in recent years. It has broken through numerous medical bottlenecks with the advantages of high sensitivity and rapid detection.
As a high-incidence area of ​​hepatitis B virus in China, the use of chemical imaging technology to detect hepatitis B virus is an absolute technological advancement. Chemical imaging technology can measure hepatitis B surface antigen antibodies, e antigen antibodies, and core antibodies in human serum. Photonic Science cameras have high sensitivity and high signal-to-noise ratio. They can clearly detect the problem of hepatitis B surface antigen antibody and e antigen antibody in human serum. Therefore, in order to ensure the measurement effect, the choice of CCD is very important.
In addition to the performance advantages of the technology itself, chemical imaging technology has a very important feature, that is, its non-destructive nature. The chemical imaging technology is combined with the chemiluminescence technology and the imaging technology of the CCD . It is only necessary to obtain the illuminating image to make the discriminant measurement, and it is not necessary to take some surgical means on the body organs as before. Photonic Science cameras range from X-ray to neutron detection and offer a wide range of camera applications such as CCD , CMOS , EMCCD and image enhancement technology. PSL has excellent design and manufacturing capabilities and is widely used in the medical field .
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