Interactions between biomolecules are the key drivers of any biological process. For example, protein-protein interactions ensure signal transduction across membranes via G protein-coupled receptors (GPCRs) and maintain the structure of complexes by chaperones. Simplify research on protein-protein interactions using our SPR systems.
When you perform surface plasmon resonance (SPR)-based analyses with a high sensitivity instrument you can also have greater data precision and better confidence in your results interpretation. Explore how previously borderline kinetic data can now be confidently accepted.
Discover how SPR can be used to accelerate vaccine discovery and development by helping overcome analytical challenges that have plagued the industry for decades.
SPR technology provides robust results from difficult samples. Explore how 90% of responders are satisfied with the robustness and reproducibility of our systems.
Our Single Cycle Kinetics (SCK) regularly provides useful results on the first attempt, determines affinity and kinetics in a single analysis cycle, and has a faster result time compared to Multi Cycle Kinetics (MCK) experiments.
We are preparing for our virtual conference — Development in Protein Interaction Analysis. DiPIA 2022 will be held October 19th and 20th, with a focus on surface plasmon resonance. Learn the many ways to apply SPR technology — for small to large molecules in pure to complex samples. Reserve your spot.
This website uses cookies to ensure you get the best experience on our website. Learn more
