This body of work served to investigate the mechanisms driving chemoresistance in a series of in vitro TNBC cell line models. Molecular characterisation and comparison of drug resistant models allowed for the identification of promising druggable targets, whose efficacy in restoring chemosensitivity was assessed via a number of methods, including RNAi, CRISPR, and targeted inhibition. In all, the preliminary identification of a means to sensitise an otherwise highly aggressive cancer to chemotherapeutics, represents an essential step in order to improve current standard of care practices of an otherwise intractable disease.
Date of Award | Jul 2022 |
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Original language | English |
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Awarding Institution | - Queen's University Belfast
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Sponsors | Northern Ireland Department for the Economy |
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Supervisor | Niamh Buckley (Supervisor) & Paul Mullan (Supervisor) |
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- Oncology
- breast cancer
- chemoresistance
- triple negative breast cancer
- CDKN1A
- ABCB1
- TP63
- molecular biology
- cell signalling
- RNAi
- drug resistance
- chemotherapy
Characterising pathways driving aggressive biology and chemoresistance in triple negative breast cancers biology and chemoresistance in triple negative breast cancers
McBrien, C. (Author). Jul 2022
Student thesis: Doctoral Thesis › Doctor of Philosophy