Mass photometry is an analytical technique used to investigate biomolecules at the single-particle level. It is able to analyze these particles in their native state and without the need for labels.

Biochemical and structural studies of membrane proteins have long been restricted to their isolated soluble domains. This limitation has prevented the study of complexes involving full-length membrane ...

Mass photometry adoption is growing across CROs and CDMOs, enabling rapid, label-free analysis of proteins, mRNA, antibodies, ...

Protein oligomerization is central to many cellular processes; however, capturing and characterizing native protein behaviors in solution can be challenging. Mass photometry is especially suited for ...

mRNA is central to modern therapeutics like vaccines. But the development of mRNA therapeutics requires the robust assessment of critical quality attributes (CQAs), including purity and integrity, to ...

Automated mass photometry combines the unparalleled simplicity and sensitivity of Refeyn’s molecular mass measurement technology with the efficiency and ease of automation. This approach offers ...

A recently-developed technique for measuring the mass of single molecules in solution has the potential to help companies using adeno-associated viruses (AAV) as a vector for gene therapies. That’s ...

The variability in electrochemical activity within a battery electrode plays a critical role in defining its overall performance and lifespan. This can be determined by investigating bulk structural ...