Multi-Parametric Surface Plasmon Resonance System (MP-SPR System)
SPR utilizes light to excite electrons on a metal surface, creating a surface plasmon wave. Molecular binding changes the surface, shifting the resonance angle, which is measured to quantify interactions. MP-SPR enhances this by capturing a complete SPR curve via a goniometric arrangement. This provides richer data, crucial for live cell, crude sample, layer, and gas measurements, as well as reference channel-free operations. By tracking the shift in resonance, scientists gain real-time insights into molecular binding and surface changes. MP-SPR’s comprehensive approach offers a deeper understanding of complex interactions.
Key benefits of MP-SPR
- Real-time, label-free measurements of molecular interactions, including affinity and kinetics
- Thickness characterization, from Ångströms to several micrometers
- Effective in both gas and liquid environments
- Suitable for complex targets like nanoparticles, viruses, and live cells
- Compatible with various media, including cell cultures and serum
- Equipped with a wide range of unique surfaces
- Possibility of combining fluorescence and electrochemistry with dedicated flow-cells
- Flexible design, possible to combine with other analytical techniques
BioNavis MP-SPR delivers innovative solutions for cutting-edge molecular interaction and nanolayer characterization.
Available in: Singapore
