Surface plasmon resonance (SPR) is an optical methodology used to detect and quantify molecular interactions. Although SPR is widely used and considered by many researchers to be the gold standard for quantification of protein interactions, assay optimization can be technically challenging, time-consuming and costly. The Tycho NT.6 system quickly analyzes different conditions typically tested when optimizing an SPR assay. It utilizes very small amounts of sample and provides dramatic time and cost savings compared to standard SPR assay development procedures. Tycho NT.6 is simple to use and enables researchers to make better educated decisions in developing and optimizing their binding interaction assays.
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Most recent content
Monitoring the impact of storage-dependent denaturation on protein quality using Tycho NT.6
Repeatability assessment of Tycho NT.6 for better protein quality checks
Validation of protein complex functionality with Tycho NT.6
Quick protein binding analysis by label-free thermal shift analysis on the Tycho NT.6
Protein labeling – improved quantitation of biomolecular interactions by MST using the His-Tag labeling kit RED-tris-NTA 2nd generation
Evaluation of slow equilibration kinetics in antibody chemical denaturation experiments
Evaluating unfolding reversibility using temperature cycle measurements
Precision of measurements with the Prometheus NT.48