Published: 24 Nov 2025 353 views
This PhD project is an interdisciplinary approach to exploring mitotic spindle dynamics in growing blood vessels.
The main objective of this interdisciplinary PhD project will be to explore how the dynamic movement of the mitotic spindle is generated during both angiogenesis and in established vessels. This project will combine high spatial and temporal resolution live imaging of growing blood vessels in zebrafish larvae with innovative image analysis and novel mathematical modellin. In doing so it will explore how this key aspect of cell division works during the growth of the vasculature. It will build on recent work describing asymmetric cell division during angiogenesis (Lovegrove et al, Science, 2025 & Costa*, Harrington*, Lovegrove* et al, 2016) and preliminary data generated using computational modelling (collaboration with the Finegan-Bergstralh group, University of Missouri, USA). This has identified VE-Cadherin as a potential candidate that aids mitotic spindle positioning in endothelial cells, by binding to and directing the localisation of the force-generating molecular machinery capable of manoeuvring mitotic spindles.
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To learn more, visit University of Manchester Scholarship webpage
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