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  • Reprogramming

    Researchers took skin samples from healthy volunteers and patients diagnosed with Alzheimer's or Parkinson's disease. They then undertook processes known as reprogramming to cause them to become iPSC stem cells.

  • Genome editing

    Scientists are able to modify genetic code and investigate the effects in induced pluripotent stem cells (iPSCs) – living cells derived from human skin and blood. Research teams in Oxford, Cardiff and Edinburgh are working in this area.

  • Differentiation – brain cells

    Using the iPSC stem cells, many groups in the Stem Cells Network are focused on the development of several types of brain cells via a complex set of processes known as 'differentiation'.

  • Compound screening

    Using state-of-the-art equipment and the newly developed iPSC stem cell resource, scientists are investigating the behaviour of industry-developed drugs in new contexts.

  • High throughput cell imaging

    DPUK technology allows scientists to get a detailed picture of the workings of brain cells on a scale that enables joined up programmes of research with industry.