How can the sensitivity and specificity of a molecular diagnosis platform be balanced through technical optimization?

Primers and probes are key elements for identifying target nucleic acid sequences in the molecular diagnosis platform.

How does the AccordQuick system ensure a precise balance between high sensitivity and high specificity when detecting nucleic acids of different types of pathogens?

The detection reagents used in the system have been carefully optimized, and specific primers and probes have been designed for different types of pathogen nucleic acids.

What is the application status and development prospect of molecular diagnosis platform in the diagnosis of rare diseases?

In terms of application status, various technologies of the molecular diagnosis platform have played a key role in the diagnosis of rare diseases.

Compared with traditional veterinary diagnostic methods, what significant improvements does the AccordQuick system have in diagnostic efficiency and accuracy?

In actual veterinary clinical practice, animal samples are often complex in composition and contain a large amount of impurities, which poses a challenge to detection accuracy.

When conducting joint testing for multiple pathogens, how does the Accordedge System avoid cross-interference between different testing items and ensure the reliability of the results?

In the field of medical diagnosis, joint testing of multiple pathogens can efficiently determine the source of infection in patients and provide a basis for precise treatment.

How does the rapidpcak system ensure high sensitivity and accuracy?

As an important component of the modern chemiluminescent immunoassay platform, the rapidpcak system plays a key role in improving detection sensitivity and accuracy.