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From droplets to kinetics: Exploring the fundamentals of digital microfluidics and SPR
Alto™ leverages digital microfluidics technology to streamline SPR workflows by automating and miniaturizing kinetics assays. Not too long ago, the idea of digitizing lab experiments like we digitiz...
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Become an SPR expert with our 10 tips for success
From assay design to optimization, our top 10 tips will guide you to success! After months of researching various technologies, evaluating surface plasmon resonance (SPR) instruments on the market, an...
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How does Digital SPR fit into early drug discovery?
Digital surface plasmon resonance (SPR) offers a more automated and versatile method for studying binding properties that determine lead quality and drug efficacy. Biomolecular interactions are at the...
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Shaping the future of therapeutic antibodies with Digital SPR
We spent a week with innovators of antibody therapeutics to learn how we can enhance development from bench to bedside By Mike Piazza, Associate Director of Applications Development We recently had th...
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The future of biosimilars: How emerging technologies are paving the way
Next-generation methods that streamline biosimilar expression and characterization are imperative to lowering the cost of development and maximizing market growth. Biosimilars have delivered on their ...
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Keeping up with viral evolution: How SPR streamlines prevention and treatment of influenza
Our next generation SPR platforms provide high-quality data and streamline research workflows to give you an edge in the fight against influenza. Influenza viruses cause respiratory infections in huma...
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SPR vs ELISA: Comparing techniques for biomolecular detection
Binding analysis with surface plasmon resonance (SPR) provides both affinity and kinetics data, giving you the bigger picture. As one of the most standardized and well-characterized immunoassays perfo...