SPR can monitor molecular binding processes in real-time (such as protein-protein, protein DNA, antigen antibody, etc.), reflecting binding kinetics through changes in refractive index.

Study the binding kinetics (affinity, binding rate, and dissociation rate) between drugs and target proteins.
Detecting biomarkers (such as cancer markers, inflammatory factors, etc.).

SPR sensors specifically recognize molecules (such as antibodies, aptamers, etc.) through surface modification. When the target molecule binds, the refractive index changes, causing the resonance angle or resonance wavelength to shift.

Disease diagnosis: Detecting disease-related biomarkers (such as viruses, bacteria, cancer markers).
Environmental monitoring: detecting pathogens or toxins in water or air.
Food safety: Detecting harmful substances (such as pesticide residues and pathogens) in food.

Use SPR technology to monitor the interaction of cells with surfaces or molecules in real time.

Cell adhesion studies: Analyze the interaction between cells and material surfaces.
Cell signaling: Study the response of cells to external stimuli.
Drug screening: Evaluate the effect of drugs on cell behavior.

Use SPR technology to analyze protein interactions with high throughput.

Protein interaction network: Study the interaction between proteins.
Protein function research: Analyze the relationship between protein structure and function.