46 process-simulation "UCL" positions

  • University of Glasgow | Glasgow, Scotland | United Kingdom | about 12 hours ago

    of innate immunity. The results will be highly relevant to understanding the regulation of inflammation as well as the development of new therapeutic strategies to treat inflammatory disease. Summary

  • University of Glasgow | Glasgow, Scotland | United Kingdom | about 12 hours ago

    controls almost every cellular process in humans, including targeting poorly folded proteins for destruction to prevent them harming the cell. When ubiquitin signalling goes wrong, many different disease

  • University of Glasgow | Glasgow, Scotland | United Kingdom | about 12 hours ago

    , our incomplete understanding of the molecular mechanisms of stroke is severely hindering the ability to devise treatments that target the disease process that leads to stroke. Over the past decade

  • University of Glasgow | Glasgow, Scotland | United Kingdom | about 12 hours ago

    and cellular mechanisms shaping spatial and temporal trajectories of liver regeneration and cancer. Linking computer simulations with experimental observations will further uncover intrinsic and

  • University of Glasgow | Glasgow, Scotland | United Kingdom | about 12 hours ago

    . Peripheral vertebrate nerves show an amazing capability to regenerate, crossing scar tissue and following the guidance of Schwann cells in the process. By extending a hand-like structure, a growth cone that

  • University of Glasgow | Glasgow, Scotland | United Kingdom | about 12 hours ago

    , within each N. perurans cell is an endosymbiotic kinetoplastid, named Perkinsela, on which it relies for essential metabolic processes [6, 7]. This is a secondary endosymbiosis that is unique among

Enter an email to receive alerts for process-simulation "UCL" positions