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Episode 5 Next-generation sequencing

Emerging biomarkers in thyroid and non-small cell lung cancers

Guest:
Prof. Andrew Beggs

Next-generation sequencing is a powerful tool that can identify mutations or fusions in a wide range of cancers, enabling physicians to provide targeted therapy to patients and improve outcomes. In this podcast, Professor Andrew Beggs discusses practical aspects of this technique from the clinical viewpoint.

To delve further into the subject matter with added slides and supplementary information, we invite you to explore the video version.

00:55 – Introduction from Prof Beggs “setting the scene”
03:05 – Biopsy types for NGS
07:50 – DNA versus RNA for analysis
13:30 – Processing considerations – an NHS case study
16:20 – Integrating genomic profiling into patient care and management
22:50 – Conclusions

Speaker disclosures

  • Grant funding: AstraZeneca Plc, Incyte Inc, MSD, Moderna, Oxford Nanopore, Thermo Scientific, Illumina, BioNano, Innova Medical
  • Travel & conference funding: Oxford Nanopore, Thermo Scientific, Illumina, Bayer
  • Consultancy: Oxford Nanopore, Check4Cancer, Kiffik Biomedical, 2CureX Ag
  • In kind support: MGITech, Illumina, Congenica, Qiagen 
  • Salary support: MRC Senior Clinical Fellowship

This content is intended only for healthcare providers, excluding UK, and was made possible by educational funding provided by Illumina, Inc., and Eli Lilly and Company.

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Case simulations: Biomarker-driven management of NSCLC (Link opens in a new window)

Do you want to assess your biomarker testing skills and management decisions? Use these simulation-based case studies based on realistic NSCLC scenarios to do so in a practical and secure environment.

Independent Medical Education Grant:
  • Bayer HealthCare Pharmaceuticals Inc.
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COMMISSIONED

How-to guide for healthcare professionals: understanding genomic reports

This educational activity was initiated, funded and co-developed by Boehringer Ingelheim and is intended for healthcare professionals in the UK and Ireland only. 

Genomic testing helps inform cancer diagnosis, prognosis, and treatment. A genomic report is generated by the laboratory carrying out next-generation sequencing to analyze biopsy samples. Access this educational microsite to learn more about typical genomic report content and how to interpret test results for patients with cancer.

NP-GB-106631 | Jan 2026

Commissioned by:
  • Boehringer Ingelheim
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Image Credits
Medicine Matters partner podcast promo image/© Springer Medizin GmbH, Biomarker-driven management of NSCLC logo/© Springer Health+ IME, DNA double helix structure on a purple background/© 2025 Adobe