Genomics at Scale 2026
St John's College, Cambridge 23 October 2026
| Start | End | Session Details |
|---|---|---|
| 08:30 | 09:00 | Registration |
| 09:00 | 09:10 | Introduction |
| 09:10 | 09:50 |
Mapping the Human Body One Cell at a Time
- Keynotes
MOCD
The 37 trillion cells of the human body have a remarkable array of specialised functions, and must cooperate and collaborate in time and space to construct a functioning human. Harnessing cutting-edge single cell genomics and spatial technologies, my lab has been attempting to understand this cellular diversity, how it is generated during development and how it goes wrong in disease. My talk will illustrate how cell atlasing in three spatial dimensions and across developmental time can accelerate our understanding of how functioning tissues and organs are formed in the body. |
| 09:50 | 10:20 |
A comprehensive analysis of inhibitory signalling pathways in T cells
- Early Career Talks
MOCD
|
| 10:20 | 10:50 |
Student Talks
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| 10:50 | 11:10 | Break (Coffee and networking) |
| 11:10 | 11:50 |
"From bytes to Bedside"
- Keynotes
MOCD
In this talk, I will provide an overview of how we use whole genome sequencing data to explore cancer biology. I will describe the process from discovery through to translation to extend the field of mutational signatures. |
| 11:50 | 12:20 |
Student Talks
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| 12:20 | 12:50 |
Sponsor Talks
SPONSOR TALK: THERMO FISHER SCIENTIFIC
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SPONSOR TALK: COSMIC
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| 12:50 | 14:00 | Poster + lunch + networking |
| 14:00 | 14:30 |
Ecology in Every Cell: somatic evolution across the tree of life
- Early Career Talks
MOCD
In this talk I will describe projects in the group that use ultra-accurate duplex sequencing methods to explore somatic evolution across species and how these approaches can provide insights into evolution, healthy ageing and be leveraged for environmental monitoring. |
| 14:30 | 15:15 |
Student Talks
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| 15:15 | 15:35 | Break (Coffee and networking) |
| 15:35 | 16:05 |
Image-based profiling to investigate how environmental contaminants impact cell function
- Early Career Talks
MLAI
Chemical exposures are a major determinant of human health, yet we still know remarkably little about which environmental chemicals perturb human cells or how the perturbations that we have observed contribute to human disease. Two central questions motivate my work in this area: 1) which real-world chemical exposures are capable of altering cellular state in human populations? and 2) what specific phenotypic and functional changes do those exposures induce in cells? To address these questions at scale, we use high-content imaging approaches, particularly Cell Painting, to generate rich single-cell readouts across diverse chemical and exposure contexts. Imaging offers three key advantages for large-scale exposure biology: it is highly scalable, enabling datasets large enough for supervised machine learning; it is non-destructive, allowing dynamic measurements that are critical for understanding exposure responses over time; and it captures information content comparable to other omics modalities, creating opportunities for tiered screening strategies that prioritise samples for deeper molecular profiling. This talk will present recent work on mode-of-action prediction and reference mapping using imaging data, live-cell imaging datasets capturing exposure dynamics, and integrated Cell Painting–proteomics analyses. Finally, it will outline emerging efforts in my group focused on environmental contaminants, including large-scale profiling of pesticides and carcinogens, with the broader goal of enabling “reverse drug discovery” for harmful chemical exposures. |
| 16:05 | 16:45 |
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- Keynotes
MLAI
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| 16:45 | 17:00 | Closing + awards |
MOCD - Multi-omics approaches to understand complex diseases
MLAI - Machine learning and AI for health care & translational medicine