The core reason for using low adsorption magnetic fluorescence encoded microspheres is to reduce non-specific adsorption, ensure detection accuracy and stability, and meet the core requirements of biological analysis scenarios such as nucleic acid or protein detection. 1. Avoid non-specific binding interference Reduce the adsorption of irrelevant molecules such as miscellaneous proteins, non target nucleic acids, and probes on the surface of microspheres. Reduce background signal interference, concentrate detection signals more on target binding reactions, and improve result accuracy. 2. Optimize detection repeatability and reliability The randomness of non-specific adsorption can lead to fluctuations in detection results, and low adsorption characteristics can reduce this risk. Make the testing data between batches and samples more consistent, meeting the strict requirements for repeatability in clinical diagnosis and other scenarios.

Such as autoimmune diseases, chronic inflammation, cardiovascular diseases, cancer, etc