Join us from 6-8 October 2026 in Edinburgh, UK, for the latest scientific developments, engaging discussions, posters and lightning talks, and opportunities to network with experts from across the globe. We’ll also see the return of our Great Debates as our speakers go head-to-head to debate early detection challenges.
SESSION THEMES
- Emerging trends in cancer risk
This session will consider the shifts in patterns of cancer risk and diagnosis, including the rise in early onset cancer and the increasing burden of cancer globally, and what this means for developing new approaches to risk stratification and early detection. It will examine how these approaches can be designed and delivered in ways that are impactful and equitable in clinical settings.
- Digital technology and multimodal integration
This session will explore how digital technologies, such as AI, wearables, electronic health records (EHRs), and other detection modalities can drive earlier and more accurate cancer detection. It will consider how such multimodal data can be combined to strengthen individual signals and generate clinically meaningful insights, and will examine how these advances can be translated into tools that could improve patient outcomes.
- Cancer screening and the role of multi-cancer early detection (MCED) tests
This session will highlight the current and emerging approaches to cancer screening, such as liquid biopsies, MCEDs and novel imaging modalities, and explore what research is needed to translate new early detection ideas into clinical use. It will consider the evidence required to demonstrate clinical utility and cost effectiveness, as well as the data, infrastructure and trial designs needed to evaluate these tools. This session will also explore the behavioural and health system factors that influence whether they can be adopted widely and equitably.
- Biology and models of early cancer
This session will examine the biology of the earliest stages of cancer development, including the role of the tumour microenvironment and immune system, and discuss how that knowledge can be used to define and detect measurable, clinically meaningful signals of consequential disease. It will highlight emerging basic, engineering and applied early detection models that are enabling this research in a way that translate to impactful early detection and diagnosis markers.
SCIENTIFIC PROGRAMME COMMITTEE
We are pleased to have Nitzan Rosenfeld (Barts Cancer Institute, QMUL), Alexander Davies (Oregon Health & Science University) and Sigrid Carlsson (German Cancer Research Center, DKFZ), on our scientific programme committee for 2026.



