Analyzing Subvisible Particles and Cells in Biotherapeutics

 

Monitoring particles in biotherapeutics is critical to assess product quality, meet regulatory guidelines, and ensure product safety and efficacy. Often, flow imaging microscopy (FIM) is used to measure the concentration, sizes, and morphologies of subvisible particles in biotherapeutics. 

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Flow Imaging microscopy is a highly sensitive, orthogonal technique to light obscuration to analyze translucent particles per USP <1788>. The high-quality microscopic images of particles help identify and control particle sources to maximize the quality of drug products from development to manufacturing. Learn more about how flow imaging microscopy can work alongside other complementary and orthogonal analytical particle monitoring techniques by downloading our ebook, "The Ultimate Guide to Flow Imaging Microscopy for Biotherapeutics".

FlowCam, a flow imaging microscope, is used in the development of many biotherapeutic platforms from traditional protein-based biologics to advanced therapies. Learn more below about how FlowCam can help you optimize your biotherapeutic formulation and stability.

 

 

 
Use this form to access a variety of content, including:

  • Ebook   |   The Ultimate Guide to Flow Imaging Microscopy for Biotherapeutics

  • White Paper   |   Characterizing Protein Aggregation With Orthogonal and Complementary Analytical Techniques

  • White Paper   |   Robust AI Methods for Protein Biotherapeutics: VisualAITM software for sample-agnostic image analysis with FlowCam 

  • White Paper  |   Flow Imaging Microscopy for Biopharmaceuticals: Five Important Considerations

Thumbnail - FlowCam white paper        Thumbnail - FlowCam white paper        Thumbnail - FlowCam white paper


 

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