Surface Plasmon Resonance imaging (SPRi)
- The Basics of label-free biomolecular interactions
- Surface chemistries
- What is a SPRi-Biochip, SPRi-Slide?
- Why is it necessary to use gold?
- What kind of molecules can be immobilized on a SPRi-Biochip?
- How do I choose my surface chemistry?
- Which SAM surface chemistry is more suitable for my application?
- What is a CO surface chemistry?
- What is a COe surface chemistry?
- What is a CS surface chemistry?
- What is a CH surface chemistry?
- What is a CSe surface chemistry?
- What is a CTg surface chemistry?
- What is a 3D surface chemistry?
- What is a CPY surface chemistry?
- What is a CDZ surface chemistry?
- Ligand immobilization
- The theory of SPRi
- Applications
- What are the applications of SPRi?
- How do I choose the running buffer?
- Is there any preparation needed before injecting the samples to the flow cell?
- Is it possible to inject crude samples?
- Is it possible to detect small molecules?
- Can I reuse the SPRi-Biochip?
- What are the different phases of a kinetic curve?
- How can I recover affinity values from the kinetic curves?
- How can I recover thermodynamics coefficients from affinity values?
- What is the advantage of multiplexing?
- SPRi coupled with mass spectrometry
- Comparison with channel systems
