The Aura® suite of instruments was released onto the market in 2020. Since then, this platform has seen significant growth in adoption and with whole well imaging and increased resolution. Compared to the legacy HORIZON systems, the introduction of Fluorescence Membrane Microscopy (FMM) enhances particle counting and identification.

Continuous software development of Particle Vue, specific to Aura systems, brings additional features to support detailed and improved particle analysis. The latest software enables improved particle characterization and measurement accuracy.

Key Learning Objectives:

  • Benefits of Fluorescence Membrane Microscopy for particle identification
  • Walk through some of the advanced features found in the latest Particle Vue
  • How to achieve improved particle count, resolution, and accuracy

About the Speaker:
Paul Dyer obtained his PhD in Cell Biology and Drug Delivery Strategies from the University of Greenwich. Following a period in academic research, Paul joined Halo Labs as an application scientist covering UK and Europe. Building upon his extensive background in medical science, he has been focusing on the development of new applications of particle analysis within the area of biologics, in particular cell therapies, resulting in the release of a new product, the Aura® CL.

Recommended Courses:

Halo U: FMM 201 and SMI 301: Subvisible Particle Identification using Side-Illumination and Fluorescence Membrane Microscopy on Protein Therapeutic Formulations