Refeyn Expands into AAV-based Gene Therapy Manufacturing with GMP Software

The new SamuxMP software package for GMP empowers AAV manufacturing facilities with advanced process optimization capabilities

 The SamuxMP software package for GMP

 
Oxford, UK (15 August, 2023) – Refeyn®, the leading global manufacturer of mass photometry instruments and technology, has unveiled its latest innovation, a software package designed to expand the use of the SamuxMP and SamuxMP Auto mass photometers in GMP-regulated environments. The SamuxMP range is optimized for AAV analytics and provides rapid and accurate measurements of empty:full AAV ratios with minimal sample required. The new software now enables the implementation of mass photometry within AAV-based gene therapy manufacturing facilities while adhering to the strict regulatory requirements of FDA 21 CFR 11 and EMA Annex 11.
 
As well as these FDA and EMA regulations, utilizing the speed and simplicity of SamuxMP mass photometers for AAV characterization in GMP-regulated environments depends on meeting the specific requirements for instrument and process validation.  The newly launched software package includes three different applications: AcquireMP, EvaluateMP, and ManageMP. These applications offer user access control, audit trails, standardized workflows, and electronic signatures for streamlined and controlled AAV analytics in manufacturing environments. This provides compliance to regulations around data traceability and integrity during acquisition, analysis, and export.

 

"Refeyn's new software package for GMP enables the seamless integration of mass photometry into AAV manufacturing processes, unlocking the efficiency that SamuxMP instruments bring to AAV analytical workflows," stated Matthias Langhorst, Chief Product Officer at Refeyn. "Our new software ensures easy and secure operation and administration, enabling manufacturers to uphold the highest standards of quality throughout their operations."
 
As the sole manufacturer of mass photometry instruments and technology worldwide, Refeyn leads the industry with its innovative solutions. Mass photometry excels in terms of speed, ease of use, cost-effectiveness, and high-precision molecular mass measurements at the single-molecule level. With the introduction of this software package, mass photometry is readily available for AAV sample characterization in manufacturing environments, providing unparalleled insights and accelerating the development of AAV-based gene therapies.
 
Refeyn remains committed to pushing the boundaries of mass photometry and supporting the biopharmaceutical industry to achieve groundbreaking advancements in AAV-based gene therapies. With the SamuxMP software package for GMP-regulated environments, Refeyn continues to pave the way for efficient and high-quality manufacturing processes, ultimately improving patient outcomes.
 
To find out more about the SamuxMP software package for GMP-regulated environments, please visit: https://www.refeyn.com/samuxmp-auto-mass-photometer

About Refeyn www.refeyn.com
Refeyn Ltd. specializes in the development, production, and distribution of mass photometry technology for industry and academia. Mass photometry is a unique bioanalytical technology pioneered by Refeyn that enables the measurement of molecular mass at the single-particle level by quantifying light scattering from biomolecules in solution. Spun out of Oxford University in 2018, the company aims to make mass photometry accessible to all in the scientific community, enabling users to achieve new and better outcomes. Refeyn has been recognized for its unique approach to biomolecular analysis through multiple awards, including the Royal Society of Chemistry Emerging Technologies Competition. Applications of mass photometry include: sample characterization and analysis of protein oligomerization, biomolecular interactions, and macromolecular assemblies. Utilizing the novel technology of mass photometry, Refeyn’s products are capable of accurate mass measurement of single molecules in solution, in their native state, and without the need for labels, opening up new possibilities for bioanalytic and research into biomolecular function.