Scientists choose Monolith as their primary tool to measure binding interactions

Prometheus has been tested, validated and chosen by leading researchers around the world as the go to instrument for characterizing protein stability. Rapidly get the most precise results on stability

As you become an expert in analysis with your Prometheus data, you will start to streamline your analysis process. Building large datasets is important for many workflows, whether you work on biosimil

PR.Stability Analysis offers a great feature to dramatically reduce the amount of time you spend processing your Prometheus data. With Key Parameters, it is possible to quickly and reliably calculate

PR.Stability Analysis software offers a great new feature—Percent Similarity— that is used to analyze how your formulations and preparations compare to earlier experiments. It enables you to get quant

Data analysis is a challenging process—researchers have mountains of data to go through—and expediting analysis with automated software solutions is a crucial tool to save you time and effort. However

Personalize your data by adding and removing markers in your datasets using PR.Stability Analysis software When looking at large data sets, it is not easy to go through each individual unfolding curv

Anyone who has ever worked in a lab has heard the same refrain in some context or another – “We need more data!" No matter how many experiments you do, it feels like reviewers, regulators, or even you

Working with difficult targets like GPCRs and other membrane proteins? Because they live in the cell membrane, are hydrophobic and insoluble, have low expression levels, and require particular deter

The scientific method can be a long, arduous process, but there are many tools available to researchers to make data analysis less daunting. PR.Stability Analysis software was designed to enable Prom

In this short video, you will learn: -How labs are able to measure binding affinity in complex systems -Why it's important to look at binding affinity in complex bioliquids or in vivo -How to study mo

Learn about Professor Sebastian Springer’s research on MHC class I molecules. He’s a professor of Biochemistry and Cell Biology at Jacobs University. He received NanoTemper Technologies’ first ever Ex

One of the challenges many scientists face is how to best present their data. No matter how stunning and ground-breaking your conclusions are, you’re not going to convince anyone your hypothesis holds

Dianthus removes the complexity of binding interaction measurements for drug discovery screening. Find hits for any target type in any buffer or bioliquid, measure the tightest interactions down to pi

Finding out the quality of your protein sample upfront will help you figure out if it’s functional, similar to a previous batch you made or if it’s been properly stored. With very little effort and a

3 reasons OncoArendi Therapeutics chose Monolith MST for measuring binding affinities: 1. They needed a tool that was able to detect the binding of small molecules 2. They wanted an immobilization-fr

Know protein quality first and stop doing unnecessary experiments. Wonder why you’re having trouble reproducing your own results even though you followed that trusted protocol? Finding out the qual

Effortless chemical unfolding data acquisition and analysis in seconds, with fully automatic ΔGapp and Cm determination! Perform chemical denaturation analyses with maximum simplicity in minimal time

Easy and convenient thermal unfolding experiments with high-precision automatic Tm and Tagg determination! Measure all your samples - virtually independent of concentration, type of protein, number o

Sophisticated experiments with high information content for advanced protein stability testing, right at your fingertips! Measure all your samples - virtually independent of concentration, type of pr