From Multi-OMICs to mechanism: understanding the links between protein turnover and therapy resistance in glioblastoma stem cells

Project Code

NMH27Ca Siebzehnrubl

Project Type

Other

Research Theme

Neuroscience and Mental Health

Project Summary Download

Summary

How do glioblastoma stem cells evade therapy and drive tumour recurrence? This project will address this question by investigating how FGF2-FGFR1 signalling regulates protein homeostasis in these highly aggressive cells. Using patient-derived models, multi-OMICs datasets, proteomics and functional laboratory assays, you will identify novel molecular mechanisms underlying stemness and treatment resistance. The project combines computational and experimental approaches, providing broad training in cancer biology, bioinformatics and molecular techniques. You will have the opportunity to develop your own analytical strategies, help prioritise candidate genes for validation, and contribute directly to discovering new therapeutic opportunities for brain cancer.

Can the project be completed part time?

Yes

Lead Supervisor

Dr Florian Siebzehnrubl

Lead Supervisor Email

fas@cardiff.ac.uk

University Affiliation

Cardiff University

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