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Accelerating The Study Of Viral Infections & Therapeutics

Webinar

Thursday, 3rd September, 2020  
16:00 to 17:00 CEST (Berlin, Paris, Madrid)

Replay

Learn how you can use microplate readers and imaging solutions in your viral research – from antibody binding assays to viral detection, and from viral neutralisation and infectivity assays to elucidating viral mechanisms of action. Across a wide range of workflows, microplate readers, automated imaging systems and high content imaging systems can be used to screen potential therapies, determine viral infectivity, and understand more about how a virus interacts and attacks cells. This webinar will consist of a pre-recorded presentation, followed by a live Q+A session with members of the Molecular Devices Field Application Scientist Team.
 

In this webinar, you will learn:

•How to integrate microplate reader detection and high content screening solutions into a single workflow, for detection of viral infectivity, investigation of viral mechanism of action, and screening of anti-viral therapies
•How to determine viral infectivity with fluorescence, luminescence, or absorbance-based microplate detection platforms
•How to establish robust assays across multiple platforms for high throughput detection of viral infectivity with microplate detection and high content imaging applications

Presented by:

Kayla Hill

Kayla Hill is a Field Applications Scientist with Molecular Devices. She received her Ph.D. in biomedical sciences from the Medical University of South Carolina, and has over 10 years of technical experience in cellular imaging. Young Mee Yoon graduated from the University of Florida with a Ph.D. in Immunology and joined Molecular Devices in 2016.