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Conventional vs Digital SPR: Comparing label-free tools for biologics discovery and development
In this blog, we break down the difference between conventional and digital surface plasmon resonance (SPR) systems to help you select the right solution for your lab. Introduction Biomolecular ...
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Analyzing binding kinetics: Which method is best for your next SPR experiment?
Read on to learn about the two most common approaches for measuring binding kinetics, multi-cycle kinetics (MCK) and single-cycle kinetics (SCK), and how to select the right one for your interaction....
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How Preconcentration can save your Protein Samples in SPR Experiments
Your protein is precious. The more sample that you can save, the less time you need to spend on expressing and purifying proteins. This saves you money, and gives you more time to spend on other criti...
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App Note: Binding Kinetics of a Virus-Like Particle using OpenSPR-XT™
Virus-like particles (VLPs) are complex molecules composed of multiple protein subunits that resemble a specific virus without its genetic material. VLPs allow researchers to safely study viruses with...
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New Publication – OpenSPR™ Binding Data Reveals Novel Mechanisms of Alzheimer’s Disease
Over 50 million people worldwide have been diagnosed with Alzheimer’s Disease (AD) or another form of dementia, according to the World Alzheimer Report 2018 (Patterson, 2018). This totals an estimat...
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Technical Guide: Epitope Mapping Techniques
Whether you’re developing a novel vaccine or designing antibody therapeutics, chances are you have used several epitope mapping techniques to learn more about how your antibodies are behaving. Howev...
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App Note: Binding Kinetics of Protein-Protein Interactions using OpenSPR™
Are protein binding kinetics important for your research? Benchtop SPR is a user-friendly tool that allows researchers to characterize biomolecular interactions in real-time measurements. Forget CO-IP...
