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Capital Hilton

Oct 28, 2024 7:00 AM - Oct 30, 2024 7:00 PM

1001 16th Street NW, , Washington, DC 20036-5794 , USA

DIA/FDA Oligonucleotide-Based Therapeutics Conference

Call for Posters and Roundtables Ends

DAYS

HOURS

MINUTES

SECONDS

Session 6 Track 2: Off Target Safety Assessment

Session Chair(s)

Patrik  Andersson, PhD

Patrik Andersson, PhD

Senior Director, RNA Therapeutics Safety

AstraZeneca R&D, Sweden

James  Wild, PhD

James Wild, PhD

Pharmacologist, CDER

FDA, United States

Hybridization-dependent off-target effects are a potential safety concern for both oligonucleotide and gene editing therapeutics. This session will start with updated recommendations from Industry on identification, verification and risk assessment of off-target sites for oligonucleotides. This will be followed by a presentation with concrete examples illustrating how the recommendations could be used. The final presentation will focus on assessment of off-target editing for in vivo gene editing approaches.

Learning Objective : At the conclusion of this session, participants should be able to:
  • Describe the different steps in the recommended approach to identify and evaluate potential off-target effects
  • Compare and contrast off-target assessments for oligonucleotides and gene editing applications
  • Discuss specific considerations for different oligonucleotide and gene editing applications, classes, and delivery systems

Speaker(s)

Patrik  Andersson, PhD

Assessing hybridization Dependent Off-Targets for Oligo Therapeutics – Updated Industry Recommendations

Patrik Andersson, PhD

AstraZeneca R&D, Sweden

Senior Director, RNA Therapeutics Safety

Representative Invited

Discerning the Off-target Effects of RNase H-Dependent Antisense Oligonucleotides by Sequence Analysis and Transcriptomics

Representative Invited

Contera Pharma, Denmark

Representative Invited

Assessing the Potential for Off-target Editing with in Vivo Liver-directed Base Editing Therapies

Representative Invited

Verve Therapeutics, United States

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