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A pan-cancer characterisation of the hypoxic extracellular matrix identifies a gene signature predictive of radiotherapy benefit

Quiles, C. G.
; 
Abalos, J. G.
; 
Foussat, A. S.
; 
Reardon, M.
; 
Lodhi, T.
; 
Smith, V.
; 
Shabbi, R.
; 
Lunj, S.
; 
Reeves, K.
; 
Baker, A.
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Abstract
Authors
Quiles, C. G.
Abalos, J. G.
Foussat, A. S.
Reardon, M.
Lodhi, T.
Smith, V.
Shabbi, R.
Lunj, S.
Reeves, K.
Baker, A.
Eyers, M.
Marshall, G.
Smith, T.
Hoskin, P.
James, N.
Huddart, R.
Hall, E.
Porta, N.
Humphries, J.
Humphries, M.
Choudhury, A.
West, C.
Affiliation
Univ Manchester, Canc Sci, Manchester, England Inst Curie, immun & Canc, Paris, France Sorbonne Nouvelle, Phonet & Phonol, Paris, France Manchester Inst, Canc Res UK, Manchester, England Med Discovery Catapult, Alderley Pk, Manchester, England Inst Canc Res, Prostate & Bladder Canc Researc, London, England Manchester Metropolitan Univ, Life Sci, Manchester, England Univ Manchester, Welcome Ctr Matrix Res, Manchester, England
Description
Date
2025
Publisher
Collections
All Paterson Institute for Cancer Research
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Keywords
Type
Meetings and Proceedings
Citation
Quiles CG, Abalos JG, Foussat AS, Reardon M, Lodhi T, Smith V, et al. A pan-cancer characterisation of the hypoxic extracellular matrix identifies a gene signature predictive of radiotherapy benefit. RADIOTHERAPY AND ONCOLOGY. 2025 MAY;206:S3991-S3. PubMed PMID: WOS:001521587100027. English.
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Volume Title
URI
https://christie.openrepository.com/handle/10541/627447
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