Cells in culture, stained for Eomes (green) or Blimp1 (red), and RNA staining of trophoblasts invading maternal endometrium.
Infected leaf cells
Leaf cells infected along the hyphal highway of the invading pathogen Hyaloperonospora arabidopsidis visualised with blue GUS staining.
Enveloping tissue dynamics to protect beetle embryos differ between control (orange) and genetic perturbation (red) treatments
Zebrafish 55 hours post-fertilisation expressing green and red fluorescent proteins to label a diversity of tissues.
Investigating the rules of multicellular life at all scales from the subcellular to whole organisms
Cluster Leads: Dr Andrew Nelson, Professor Alex Jones
We apply collaborative and interdisciplinary approaches to investigate the biological principles controlling normal cellular functions, and how cells combine to produce tissues, organs, and organisms. We investigate how genetic and environmental changes influence these processes and can lead to disorders and disease. We have a wealth of expertise spanning both plant and animal kingdoms.
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