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Genotox Screening Strategies: Picking the Right Assay at the Right Stage

Choosing the right genotoxicity assay early in drug development can save significant time, compound, and cost, yet many programs still reach IND with gaps that could have been avoided. Compound-sparing screening tools now make it possible to generate high-quality genotoxicity data from as little as 5 mg of material, removing one of the traditional barriers to earlier testing.

Join Lucinda Lilliford, Head of Genetic Toxicology, and Mark Murphy, Senior Scientist, at Scantox for "Genotox Screening Strategies: Picking the Right Assay at the Right Stage" on October 13, 2026 at 15:00 CET / 1 4:00 BST / 09:00 AM ET, followed by a Q&A session.

This session maps Scantox's compound-sparing genotox portfolio - Ames MPF and II, BlueScreen HC, MicroFlow MNT, and MultiFlow - to the drug development timeline from hit-to-lead through IND. Lucinda and Mark will cover how to match assay format to compound availability, program stage, mechanism, and decision need, helping attendees build a practical screening cascade for early-stage development.

Whether you are a discovery scientist navigating your first genotox decision or a program manager building a recurring screening strategy, this session provides a decision framework you can apply immediately.

Key Learning Objectives

  • Understand which genotoxicity assays are appropriate at each stage of drug development, from hit-to-lead through IND-enabling studies.
  • Identify the right Ames format for your compound type and quantity - MPF, Ames II, 24-well, 6-well, or full plate.
  • Select the most appropriate MNT format - MicroFlow, 96-well, or with FISH - based on mechanism and program needs.
  • Apply a compound-sparing cascade logic to generate maximum genotox intelligence from limited material.
  • Recognize when each biomarker in the MultiFlow assay adds mechanistic insight beyond standard screening.
  • Build a practical early-stage genotox strategy aligned to your development timeline and regulatory expectations.

Who Should Attend

  • Discovery scientists and medicinal chemists seeking early genotoxicity guidance during hit-to-lead and lead optimization.
  • Program managers overseeing IND-enabling plans who need to sequence genotox testing efficiently.
  • Nonclinical safety and toxicology leads evaluating outsourced genotox screening partners.
  • Regulatory affairs professionals wanting to understand the scientific basis for early screening decisions.
  • Outsourcing and external innovation managers responsible for CRO selection and study placement.

Register For The Webinar

Meet The Presenters

Lucinda Lilliford leads the genetic toxicology practice across GLP and non-GLP genotoxicity studies, including the full OECD regulatory battery and compound-sparing screening portfolio. She brings extensive experience advising pharmaceutical and biotech sponsors on assay selection, study design, and regulatory strategy across frameworks including ICH S2(R1) and ICH M7. Final bio to be confirmed before campaign launch.

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Lucinda Lilliford

Head of Genetic Toxicology
Scantox

Mark Murphy is a Senior Scientist with Scantox's Manchester genetic toxicology team, where his work includes non-GLP in vitro micronucleus testing. His scientific background includes research on cellular responses to oxidative stress and DNA damage. Before his current role, Mark conducted research at the Sheffield Institute for Translational Neuroscience, University of Sheffield, examining oxidative DNA damage responses in human astrocytes. He is a joint first author of peer-reviewed research published in Glia on metallothionein expression and the astrocyte DNA damage response in the aging brain.

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Mark Murphy

Senior Scientist
Scantox