Improve Bioprocess Freezing Outcomes with Analytics and Testing Services 

Recorded Webinar

Freeze/thaw can be a bottleneck in terms of getting new biotech and life sciences products to market. This has led to a wave of manufacturers looking for ways to optimize their processes by minimizing use of consumables, improving equipment performance, and increasing productivity – all without sacrificing quality. In this on-demand webinar from Entegris and BioProcess Online, we’ll provide some of our latest insights on optimizing freeze/thaw. 

You’ll learn: 

  • How various treatments affect homogeneity and particulate generation
  • How different equipment produces results in first point to last point freeze
  • How to test and validate surrogate materials to achieve advantages

In addition, Entegris will present several real-world case studies to help you understand how to create more stable formulations by testing alternate materials, equipment, and methods. As a result, you’ll be able to take the first further steps toward optimizing your workflows for an even faster development pipeline.

 

Presenters:

Donnie Beers,Manager, Applications Engineering, Entegris, Inc.

Donnie Beers New_image

Donnie has nearly 15 years’ experience working in single-use and automation technology in biopharma. He joined Entegris in 2019 as senior product manager for single-use products and has since taken a lead role in helping customers overcome unique challenges in cell and gene therapies. He has previously held roles in engineering management, project management, and manufacturing within a cGMP environment. Donnie earned his Bachelor of Science in biochemistry from the University of Wisconsin – Madison.


Lilian Judy Adeyemi, Applications Engineer, Entegris, Inc.

Lilian PhotoLilian Judy Adeyemi has over 3 years’ experience in life sciences, focusing on single-use technology and cold chain solutions. She joined the Entegris team in 2020. As an applications engineer, she plays a critical role in driving the execution of real-world application studies and helps drive product development projects. Lilian earned her bachelor’s degree  in plastics engineering from the University of Massachusetts – Lowell.