Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
sector leading projects with the construction of the Design and Digital Arts building which will open in 2024. Recent developments at our Clifton campus include a £23m Medical Technology Innovation
-
About the Role Supporting learners to navigate their specialist subject to maximise their academic and/or professional development, with relevant and engaging content, aligned to the subject and
-
damage response in human cancer cells and at the genetic level in Tauopathy (Human Tau overexpressing) models in Drosophila. This research programme will build on our recent data regarding the regulation
-
cancers. The PhD Programme The overarching aim is to explore available networks of online social support for people and families affected by rare cancers. Three inter-related studies employing a social
-
expertise in actin cytoskeleton remodelling, an important aspect for intracellular movement. The studentship provides a unique opportunity to develop core experimental skills in biochemistry, cell biology and
-
. This research programme will identify key MAMs influencing cancer cell survival and investigate any influence on chemotherapeutic response and other relevant stressors (e.g. hypoxia). Transcriptomic changes and
-
of bacteria, and explore the interactions of Sutterella and their metabolic by-products with intestinal cells. This project would suit a student keen to work in human microbiome research and wanting to develop