Location: Webinar - Virtual
Start Date: Apr 09, 2025
Start Time: 05:00 CET | 20:00 PST | 23:00 EST | 04:00 BST
Type of Event: Webinars

This webinar has since taken place and is now available on-demand.

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About the Webinar

Antisense oligonucleotide (ASO) technology has accelerated drug discovery in the last few decades with several ASO-based drugs currently approved by FDA and many more being investigated in clinical trials. 

Chemical modifications to ASOs affect their physical and chemical properties, helping researchers design more efficient and potent ASO-based drugs.

This webinar will explore the most recent ASO chemical modification: locked nucleic acid (LNA), which confers high potency. Our expert speakers will provide insights into the critical in vitro and in vivo steps involved in the characterization of an oligonucleotide with LNA chemistry.

In this webinar, you will:

  • Learn about a pharmacokinetic/pharmacodynamic model for the main organs of oligonucleotide accumulation and elimination
  • Discover the screening cascade applied for selection of the optimal ASO
  • Learn how to evaluate the pharmacokinetic characteristics of a LNA ASO

Meet Our Speakers

Elisabetta De Filippo ORG
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Elisabetta De Filippo

Senior Research Scientist

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Latest update: March 2025

Biography 


Elisabetta received her PhD focused on the establishment of in vitro screening cascades and assays for small molecule selection and characterization from the University of Bonn. She is currently a Senior Research Scientist at Evotec, where she leads projects into metabolic and renal disease, including early drug discovery projects developing antisense oligonucleotide-based molecules.

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Annalisa Mercuri ORG
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Annalisa Mercuri

Research Expert

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Latest update: March 2025

Biography


Annalisa received her PhD in Pharmaceutics from the University of East Anglia, where she investigated the physico-chemical properties of self-emulsifying drug delivery systems. She is currently a research expert at Evotec, where she focuses on DMPK studies in drug discovery projects for small molecules and multimodalities.

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