Finally free! Characterizing binding affinity directly in cell lysates speeds up understanding of tumor immunology
Binding assays are the primary windows for elucidating protein interactions associated with cancer and are…
Monolith
Why being highly sensitive is a good thing – Measuring RNA-ligand binding interactions using less sample
RNA molecules come in different shapes and sizes and regulate all kinds of biological processes.…
Using Monolith, Axolabs overcomes 3 downsides of traditional methods to measure CRISPR/Cas9 interactions
Optimizing CRISPR/Cas9 interactions for therapeutic approaches requires that the binding affinities of diverse RNA constructs…
Overcoming hurdles to study Fc and Fab binding interactions
Characterizing high affinity interactions between antibodies and their binding partners can bring up technical challenges.…
Out with the old, in with the new – top signs it’s time to buy new lab equipment
Performing cutting-edge research requires the most advanced tools and technologies. Laboratories are filled with essential…
Binding affinity and binding kinetics. What do you really need?
What measurements are most important for studying how proteins interact? The answer depends on your…
Top 6 ways to optimize your MST assay
Determining binding interactions between molecules is the goal of an MST assay and using optimal…
The Destination Characterization Roadshow Speaker Highlight: Mariano Cardenas, PhD
Join us at The Destination Characterization Roadshow on June 5th in Cambridge, MA. Learn about…
How MST fast tracked our insight into ribosome assembly
Brett Thurlow, Ph.D. (front left) describes his and his colleagues experience at McMaster University characterizing…