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Flow Imaging Microscopy

for Subvisible Particle Analysis in Biotherapeutics

■ Date: Thursday, Nov 21st

■ Time: 9:00 - 10:00 (CET)　13:30 - 14:30 (IST)　16:00 - 17:00 (SGT)

■ Venue: ONLINE 
　*Webinar platform ON24 will be used, but No need to download.

■ Fee: Free of Charge

■ Registration:
After completing the application, the URL will be sent to you.

■ Webinar Introduction:
Strategies for monitoring subvisible particles in Biopharmaceutical formulations are central to developing and manufacturing safe,effective drug products. This webinar introduces flow imaging microscopy, an analytical technique commonly used to characterize subvisible particle content in Biotherapeutic samples. We describe how the technique works and relates to other particle characterization methods, and how FlowCam can support the development of safe, high-quality Biotherapeutics. We also review examples for protein and cell & gene therapy applications.

Who should register?

  • Workers and researchers in BioPharma-related jobs
  • Those who have an interest in flow imaging microscopy (FIM)
  • Those who have an interest in building their knowledge and proficiency with this technique

What will I learn?

  • The importance of monitoring subvisible particles in Biotherapeutic drug products to improve product quality
  • Advantages of flow imaging microscopy over other particle analysis techniques
  • How FlowCam works and can be used to characterize protein stability in formulations

■ Outline

  • Monitoring subvisible particles in Biopharmaceuticals
  • FlowCam and flow imaging microscopy
  • Advantages over other particle analysis techniques
  • Application examples

■ Related Products:

Flow Imaging Microscopy
FlowCam LO

FlowCam is a particle analyzer that captures high-quality images of particles in a flowing liquid sample. These images can be processed to give us information about the concentration, size distribution, and morphology of particles in our Biotherapeutic samples. This is a recommended orthogonal technique for subvisible particle characterization via USP <1788>.

Speaker

Bhushan Anil Pandit

Yokogawa India Limited

Registration