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From the measurement of AAVs to membrane proteins, nucleic acids and more, the applications of mass photometry are endless. Check out our library of application notes, tech notes, and whitepapers to learn more about label-free mass measurements for your biomolecule of choice. Upon submitting your contact details, you will be able to access our library of app notes and other mass photometry resources.
Application Note
Cover of HIV app note

Revealing retroviral integration complex assembly with mass photometry and MassFluidix™ HC

Application Note
Preview of the first page of this application note about measuring protein-DNA interaction with mass photometry

Measuring protein-nucleic acid interactions with mass photometry

Application Note
Cover Refeyn AppNote Bispecific antibody binding

Rapid analysis of bispecific antibody stability and target binding by mass photometry

Application Note
Comparing mass photometry and SEC for antibody aggregation assessment

Comparing mass photometry and SEC for antibody aggregation assessment

Application Note
Cover of app note and protocol for AAV characterization

Upstream AAV characterization with mass photometry: Application note and Protocol

Application Note
Cover of app note genome length

Measuring AAV genome length with mass photometry

Application Note
Cover for app note protein oligomerization

How to characterize protein oligomerization with mass photometry

Application Note
Cover of Analysis of GPCRs in copolymer-derived nanodiscs with mass photometry

Mass photometry analysis of GPCRs in copolymer nanodiscs

Application Note
Cover of app note adenovirus empty full

Quantifying adenovirus empty/full rapidly with macro mass photometry

Application Note
Cover of app note Characterization of nanodisc-embedded membrane protein samples

Mass photometry supports membrane protein purification protocols

Application Note
Cover of app note nucleic acid

Mass Photometry of Nucleic Acids

Application Note
Cover of app note MassFluidic HC

Mass photometry analysis of samples at micromolar concentration