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Why Detecting Particles at Each Lifecycle Step Is Vital

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"Why Detecting Particles at Each Lifecycle Step Is Vital"

Stability and particle formation are key variables across the lifecycle. New instruments that improve measurement are transforming testing and becoming necessary.

Protein stability and particle formation are vital variables across the biologics lifecycle. By understanding these potentially fatal variables at each step, companies avoid problems and maximize their chances of success. Yet, the biopharma industry remains reliant on flawed technologies that are unable to detect all particles that could harm patients.

In this infographic, we discuss the role particle detection plays at each step in the lifecycle, from cell line development through to lot release, and explain the transformative impact of new technologies tailored to the task. The infographic covers:

  • Why it is crucial to assess protein stability early in cell line development 
  • How the high sample volumes used by traditional techniques hinder R&D 
  • The need for high-throughput formulation development equipment
  • The value of simultaneously assessing protein, excipient degradation, and other subvisible particles

The infographic is essential reading for biopharma companies that want to understand how particle detection is evolving and the value new technologies provide across the lifecycle.

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