Oxygen enhanced-MRI for hypoxia imaging in head and neck cancer
Dubec, Michael|Gaffney, John Datta, Anubhav Buckley, David L Little, Ross A Clough, Abigael Hague, Christina Berks, Michael Cheung, Susan Salah, Amal Eccles, Cynthia L
Dubec, Michael|Gaffney, John
Datta, Anubhav
Buckley, David L
Little, Ross A
Clough, Abigael
Hague, Christina
Berks, Michael
Cheung, Susan
Salah, Amal
Eccles, Cynthia L
Citations
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Abstract
Authors
Dubec, Michael|Gaffney, John
Datta, Anubhav
Buckley, David L
Little, Ross A
Clough, Abigael
Hague, Christina
Berks, Michael
Cheung, Susan
Salah, Amal
Eccles, Cynthia L
Bristow, Robert G
Higgins, D.
Naish, J. H.
Matthews, J.
van Herk, M.
Parker, G. J.
Choudhury, Ananya
O'Connor, James P B
McPartlin, Andrew J
Datta, Anubhav
Buckley, David L
Little, Ross A
Clough, Abigael
Hague, Christina
Berks, Michael
Cheung, Susan
Salah, Amal
Eccles, Cynthia L
Bristow, Robert G
Higgins, D.
Naish, J. H.
Matthews, J.
van Herk, M.
Parker, G. J.
Choudhury, Ananya
O'Connor, James P B
McPartlin, Andrew J
Description
Date
2022
Publisher
Collections
Keywords
Type
Meetings and Proceedings
Citation
Dubec MJ, Gaffney J, Datta A, Buckley DL, Little R, Clough A, et al. Oxygen Enhanced-MRI for Hypoxia Imaging in Head and Neck Cancer. International Journal of Radiation Oncology Biology Physics. 2022 Nov;114(3):S48-S9. PubMed PMID: WOS:000892639302124.