Per measurement, from sample to results
At nM concentration – minimal sample required
Suitable for a braod range of proteins and compleses
Reveals low-abundance species other methods miss
This e-book introduces mass photometry and the MyMassMP instrument. It explains how the technology works, what it can tell you about your sample, and where it fits alongside techniques you already use.
Download it to learn:
What mass photometry can tell you:
How mass distributions reveal sample purity, heterogeneity, and complex formation.
What your gel or column might be missing:
How mass photometry compares to SDS-PAGE, SEC, and DLS.
What results look like and how to interpret them:
Examples show how mass photometry reveals differences between protein preparations and the effects of experimental conditions.
Where MyMassMP could fit into your workflow:
From protein purification and buffer screening to preparing for cryo-EM, SPR and BLI.
What you need to get started:
Sample requirements, compatible buffers, and how to run a measurement.
Successful experiments start with mass photometry. MyMassMP can help you understand what’s in your tube – and decide what to do next. It helps answer questions like:
Check whether the mass distribution matches your expected protein or complex, and spot additional populations worth investigating.
Compare buffers and experimental conditions to see how they affect the balance of protein assemblies in your sample.
Get a clear view of your sample before committing to cryo-EM, SPR, BLI or other demanding experiments.
Watch a short demo to see how easy it is to measure protein mass and assess sample quality in just a few steps.
Meet MyMass: See why successful experiments begin with mass photometry
