Exosome Biotechnology Laboratory | Msc Derived Exosomes

The Ross Unit (Rᵤ)

Measurement of Exosomes for Scientific Research and Product Evaluation

Developed by Kimera Labs

Kimera Labs introduces the Ross Unit (Rᵤ), a new standard in exosome measurement and characterization—developed to advance exosome science beyond particle count alone.

Beyond Particle Count

Not Every Particle is an Exosome

Nanoparticle Tracking Analysis (NTA) is commonly used to measure the size and concentration of nanoparticles within a sample. But detecting a particle does not necessarily mean that particle is an exosome.

Other nanoparticles and biological material can contribute to a total particle count, making particle enumeration alone an incomplete representation of an exosome preparation.

Kimera Labs developed Rᵤ to establish a new standard for exosome characterization, measurement, and potency.

NTA

Measures all detectable nanoparticles

Rᵤ Characterization

Focuses on exosomal components

Different Measurement. Deeper Understanding.

Different Measurement.
Deeper Understanding.

A Different Approach

Rᵤ Measures What Matters

Rᵤ was developed to provide an additional analytical framework for exosome measurement and characterization. Rather than defining an exosome preparation solely by the number of detectable nanoparticles, Rᵤ incorporates measurable biological components associated with the preparation.

Advancing Exosome Science

A Measurement Designed for EXOSOME SCIENCE

Rᵤ was developed to help bridge the gap between detecting particles and understanding the biological components that define exosome potency and characterization.

Built for Scientific Evaluation

Designed for Scientific Research and Product Evaluation

Through Rᵤ, Kimera Labs is advancing how exosomes are measured, characterized, and evaluated—setting a new standard for scientific research and the future of exosome science.