Mass photometry and macro mass photometry are powerful bioanalytical techniques that are being adopted across the life sciences. From academic researchers to CDMOs and leading biopharma companies, many have harnessed […]
Mass photometry is a novel way to measure the mass of biomolecules. It works by quantifying the light scattered by an individual molecule in solution, which is directly proportional to the molecule’s mass [1], [2] (read more about how mass photometry works).
Adenoviral vectors (AdV) are widely used as effective delivery platforms for vaccines, gene therapies and cancer treatments. In order to ensure these therapeutic products are safe and effective, critical quality […]
Antibodies are powerful therapeutics used to treat a range of diseases, which is being expanded thanks to the development of new engineered formats like bispecifics. However, developing new antibodies comes […]
Adeno‐associated viruses (AAVs) are small, non-pathogenic viruses commonly used as vehicles for gene-therapy delivery. With an increasing number of clinical studies and success stories in the treatment of genetic disorders, […]
Explore how mass photometry compares to traditional pre-screening tools—and how recent studies reveal its growing role and applications in pre-cryo-EM workflows. The impact of cryo-electron microscopy (cryo-EM) on structural biology […]
USP employs mass photometry as key orthogonal method for empty/full characterization of AAV capsids Refeyn’s SamuxMP mass photometer for AAV analytics – used for characterizing the U.S. Pharmacopeia’s new adeno-associated […]
Mass photometry measures the mass of single particles in solution without disruptive preparation or labels. This powerful simplicity makes it a versatile technique, with a role to play in a […]
The new Refeyn brochure is your complete guide to mass photometry solutions and services This brochure includes: A brief explanation of how mass photometry and macro mass photometry work […]
Form I Rubisco is one of the most abundant enzymes on Earth. It is responsible for assimilating atmospheric CO2 into organic matter, but how it obtained its high CO2 specificity is unknown.
