The MP-SPR Navi™ 410A KAURIS provides fully automated, simultaneous four-channel measurements on a single sensor, offering exceptional sensitivity for interaction studies and life science research. This powerful instrument excels in analyzing molecular interactions, exploring biophysical phenomena, investigating living cell behavior, and assessing biocompatibility. Its design enables high-throughput data acquisition, streamlining research workflows. The KAURIS's precision and efficiency make it ideal for applications requiring detailed analysis of complex biological systems. By measuring multiple interactions concurrently, it delivers comprehensive insights, accelerating discoveries in various scientific fields. Its automated nature ensures consistent and reliable results.
Features:
- 4 fluidic channels for high throughput
- Automated liquid handling of up to 7 different samples for unattended runs
- Software switch for serial and individual injections
- Partial loop injections enabling minimized sample consumption
- KineticTitration for faster interaction affinity and kinetic measurements
- Two independent wavelength measurements in each fluidic channel, enabling detection of thickness and refractive index or conformation changes
- Exceptionally wide angular range 40˚ - 78˚ enables measurements of small organic molecules and large proteins, but also nanoparticles and cells. Most importantly, it enables in line bulk effect separation PureKinetics™
- Controlled buffer flow conditions with precise syringe pumps and integrated degasser
- Software package for convenient control of the instrument and easy analysis of the results. The instrument comes with TraceDrawer for MP-SPR Navi™, a powerful software for concentration analysis and determination of affinity and kinetics of interactions. MP-SPR Navi™ LayerSolver is optional and enables to determine thickness and refractive index from multiple wavelength measurements
- MP-SPR Navi™ instruments utilize optical RI matching elastomer and therefore, sensors are very easy to exchange and also to further analyze with other methods such as AFM or microscopy
- Open design enables convenient access to the easily removable flow cell, as well as to tubing, pump and injection valves