Understanding Biology, one cell at a time

The Single Cell Stage explores how single-cell technologies are uncovering disease mechanisms, development and cell states, the latest advances in approaches to integrate spatial, multi-modal analysis and computational approaches as well as researchers scaling single-cell to population and atlas-level studies 

We also have a range of networking activities and workshops for people working in Single-Cell, please see here for more information.

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11:30
  1. Single-Cell DNA Sequencing: Balancing Sensitivity, Throughput and Biological Insight
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Jan-Philipp Mallm
    Jan-Philipp Mallm, Group Leader, Single Cell Open Lab, DKFZ German Cancer Research Center
12:00
  1. Sponsored by SeekGene. More details to be announced shortly.
    Single-Cell Stage
    30 mins
12:30
  1. Taking Single Cell mRNA Sequencing to the Bedside
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Sam Behjati
    Sam Behjati, Group Leader, Wellcome Sanger Institute
13:00
  1. Networking Lunch Break
    Single-Cell Stage
    90 mins
14:30
  1. Progress in Spatially Resolved, Single and Sub-Cellular Omics at the SEISMIC Facility
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Melanie Bailey
    Melanie Bailey, Professor, King's College London and University of Surrey
15:00
  1. Sponsored slot available
    Single-Cell Stage
    30 mins
15:30
  1. Single-Cell for Studying Rare Leukaemia Stem Cells
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Sophie Kellaway
    Sophie Kellaway, Assistant Professor, University of Nottingham
16:00
  1. Networking Break
    Single-Cell Stage
    30 mins
16:30
  1. Single-Cell & Spatial to Decode Tissue Biology Through the Lens of Women's Health
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Roser Vento-Tormo
    Roser Vento-Tormo, Group Leader, Wellcome Sanger Institute
17:00
  1. Sponsored slot available
    Single-Cell Stage
    30 mins
17:30
  1. From Stem Cell States to Stem Cell Flux: Navigating Cellular Landscapes Using scRNA Seq
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Nicola Wilson
    Nicola Wilson, Professor, University of Cambridge
11:30
  1. Dissecting Metabolic Vulnerabilities in Chronic Myeloid Leukemia Using Single-Cell
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Bodhayan Prasad
    Bodhayan Prasad, Bioinformatician, University of Glasgow
12:00
  1. Sponsored slot available
    Single-Cell Stage
    30 mins
12:30
  1. Deciphering Mammalian Morphogenesis - A Single-Cell Phenomic Perspective
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Shankar Srinivas
    Shankar Srinivas, Professor of Developmental Biology, University of Oxford
13:00
  1. Networking Lunch Break
    Single-Cell Stage
    70 mins
14:10
  1. Single-Cell Dissection of Sarcomas Reveals Therapeutic Vulnerabilities in Cancer Cells and Their Microenvironment
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Deena Gendoo
    Deena Gendoo, Associate Professor in Computational Biology, University of Birmingham
14:40
  1. Sponsored slot available
    Single-Cell Stage
    30 mins
15:10
  1. Building Cytokine Signalling Networks from Single-Cell Data to Explain Inflammation & Treatment Response
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Marton Olbei
    Marton Olbei, Teaching Fellow, Imperial College London
15:40
  1. Networking Break
    Single-Cell Stage
    30 mins
16:10
  1. Single-Cell & Spatial Multi-Omics to Decrypt Intestinal Development
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Agne Antanaviciute
    Agne Antanaviciute, Group Leader in Computational Biology, University of Oxford
16:40
  1. Human in vivo Perturb Seq: New Insights into Human Inflammatory Disease
    Single-Cell Stage
    30 mins
    Speaker(s)
    Speaker image for Mark Coles
    Mark Coles, Professor of Immunology, University of Oxford