• Molecular Interaction Analyses

    In solution, nanomolar concentrations and small volumes…
  • Fluorescent labelled molecules

    Simultaneous multicolor detection and competition assays…
  • Microscale Thermophoresis

    reveals details of any kind of molecular interaction…
  • binding affinities and stoichiometries

    With great precision…
  • Binding studies

    Flexible, fast, direct ……

We analyze your molecular interaction fast, cost-efficient and with low sample consumption

2bind – The provider for MicroScale Thermophoresis (MST) services

MicroScale Thermophoresis (MST) is a powerful tool used to analyze molecular interactions. This technology allows our experts to study any kind of molecular interaction in solution, with free choice of buffer, allowing close to native measurements in sera and lysates. Our semi-automated MicroScale Thermophoresis platform is optimized in terms of speed, sample consumption, and cost-efficiency. Meanwhile, several integrated quality controls enables us to easily identify sticking and aggregation effects and to directly improving the reaction conditions, ensuring high quality data. Besides the low sample consumption our customers benefit from the broad application range of our MicroScale Thermophoresis services such as screening assays, binding assays, competition assays, stoichiometry assays, buffer optimization assays, or assays with multiple binding partners, which all provide a high information content. Therefore, our MicroScale Thermophoresis Services are perfectly suited for the identification and characterization of molecular interactions. Our customers and collaborators mainly work in the fields of drug development, aptamer generation, and antibody discovery.

For more information on the MST technology please read 2bind MicroScale Thermophoresis information booklet. For more information on our MST services please read the flyer 2bind – MicroScale Thermophoresis services

Please contact us if you are interested in our Services.

Check out our Microscale Thermophoresis analyses mapping the precise binding site of an aptamer directed against AMP/ATP: 2bind-AMP-mapping Read more about the MicroScale Thermophoresis aptamer-small molecule study