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    Mapping hypoxia in renal carcinoma with oxygen-enhanced MRI: comparison with intrinsic susceptibility MRI and pathology.

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    Authors
    Little, R
    Jamin, Y
    Boult, J
    Naish, J
    Watson, Y
    Cheung, S
    Holliday, K
    Lu, H
    McHugh, D
    Irlam, Joely J
    West, Catharine M L
    Betts, G
    Ashton, Garry
    Reynolds, A
    Maddineni, S
    Clarke, Noel W
    Parker, G
    Waterton, J
    Robinson, S
    O'Connor, James P B
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    Affiliation
    Centre for Imaging Sciences and Division of Cancer Sciences University of Manchester, Manchester
    Issue Date
    2018-06-05
    
    Metadata
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    Abstract
    Purpose To cross-validate T1-weighted oxygen-enhanced (OE) MRI measurements of tumor hypoxia with intrinsic susceptibility MRI measurements and to demonstrate the feasibility of translation of the technique for patients. Materials and Methods Preclinical studies in nine 786-0-R renal cell carcinoma (RCC) xenografts and prospective clinical studies in eight patients with RCC were performed. Longitudinal relaxation rate changes (∆R1) after 100% oxygen inhalation were quantified, reflecting the paramagnetic effect on tissue protons because of the presence of molecular oxygen. Native transverse relaxation rate (R2*) and oxygen-induced R2* change (∆R2*) were measured, reflecting presence of deoxygenated hemoglobin molecules. Median and voxel-wise values of ∆R1 were compared with values of R2* and ∆R2*. Tumor regions with dynamic contrast agent-enhanced MRI perfusion, refractory to signal change at OE MRI (referred to as perfused Oxy-R), were distinguished from perfused oxygen-enhancing (perfused Oxy-E) and nonperfused regions. R2* and ∆R2* values in each tumor subregion were compared by using one-way analysis of variance. Results Tumor-wise and voxel-wise ∆R1 and ∆R2* comparisons did not show correlative relationships. In xenografts, parcellation analysis revealed that perfused Oxy-R regions had faster native R2* (102.4 sec-1 vs 81.7 sec-1) and greater negative ∆R2* (-22.9 sec-1 vs -5.4 sec-1), compared with perfused Oxy-E and nonperfused subregions (all P < .001), respectively. Similar findings were present in human tumors (P < .001). Further, perfused Oxy-R helped identify tumor hypoxia, measured at pathologic analysis, in both xenografts (P = .002) and human tumors (P = .003). Conclusion Intrinsic susceptibility biomarkers provide cross validation of the OE MRI biomarker perfused Oxy-R. Consistent relationship to pathologic analyses was found in xenografts and human tumors, demonstrating biomarker translation. © RSNA, 2018 Online supplemental material is available for this article.
    Citation
    Mapping hypoxia in renal carcinoma with oxygen-enhanced MRI: comparison with intrinsic susceptibility MRI and pathology. 2018,171531 Radiology
    Journal
    Radiology
    URI
    http://hdl.handle.net/10541/621084
    DOI
    10.1148/radiol.2018171531
    PubMed ID
    29869970
    Type
    Article
    Language
    en
    ISSN
    1527-1315
    ae974a485f413a2113503eed53cd6c53
    10.1148/radiol.2018171531
    Scopus Count
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    All Christie Publications

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