- Biacore - Cytiva
Biacore™ systems were designed to deliver true, real-time, and label-free interaction analysis data –measuring the affinity or kinetics of analyte-ligand binding – even for the smallest organic compound
- Handbook Biacore™ sensor surface - Cytiva
Biacore™ systems allow you to monitor the interaction between molecules in real time using the phenomenon of surface plasmon resonance (SPR) This involves attaching one interacting
- What is Biacore and How Does it Work? A Complete Guide to SPR . . .
The Biacore system, synonymous with surface plasmon resonance SPR technology, is a real-time translator of this microscopic conversation It abandons the interference of traditional labeling technology, and transforms the instantaneous dynamics of molecular binding into quantifiable data curves through the precise "dance" of light and electrons
- Cytiva Biacore 1 series
Biacore 1 series ― next generation one needle, six flow cell Surface Plasmon Resonance (SPR) platform We offer three system configurations that can grow with your group’s needs for sample capacity, sensitivity, and throughput
- Biacore SPR – surface plasmon resonance - Cytiva
Learn the essentials of assay development today Biacore™ systems and consumables help you to generate information-rich affinity, kinetics, concentration, specificity, and comparability data in real-time
- Biacore Data Analysis and Interpretation - Creative Proteomics
Explore Biacore data generation, experimental setup, kinetic modeling, and interpretation of sensorgrams for accurate affinity and concentration measurements
- Biosensor Core
Biacore ® sensor technology provides a versatile, highly sensitive, easy-to-use, and quantitative approach to study the kinetics and affinity of binding interactions under exquisitely controlled conditions
- Application guides Kinetics and affinity measurements with Biacore - Cytiva
The range of kinetic and affinity constants that can be determined with Biacore systems covers much of the range found in biomolecular interactions The precise range varies with both system performance and experimental conditions
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