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Véronique Fortier
Véronique Fortier
MRI Physicist, McGill University Health Centre
Bestätigte E-Mail-Adresse bei muhc.mcgill.ca
Titel
Zitiert von
Zitiert von
Jahr
Phase processing for quantitative susceptibility mapping of regions with large susceptibility and lack of signal
V Fortier, IR Levesque
Magnetic resonance in medicine 79 (6), 3103-3113, 2018
502018
Results of the ISMRM 2020 joint Reproducible Research & Quantitative MR study groups reproducibility challenge on phantom and human brain T1 mapping
M Boudreau, A Karakuzu, J Cohen-Adad, E Bozkurt, M Carr, M Castellaro, ...
Zenodo, 2023
22023
A role for magnetic susceptibility in synthetic computed tomography
V Fortier, MA Fortin, P Pater, L Souhami, IR Levesque
Physica Medica 85, 137-146, 2021
22021
Evaluation of tumor hypoxia with magnetic resonance imaging
V Fortier
McGill University (Canada), 2021
22021
Longitudinal relaxation in fat‐water mixtures and its dependence on fat content at 3 T
V Fortier, IR Levesque
NMR in Biomedicine 35 (2), e4629, 2022
12022
MR-oximetry with fat DESPOT
V Fortier, IR Levesque
Magnetic Resonance Imaging 97, 112-121, 2023
2023
Phantom results of the ISMRM Joint RRSG-qMRSG reproducibility challenge on T1 mapping
M Boudreau, A Karakuzu, J Cohen-Adad, M Carr, M Doneva, SA Dual, ...
2023
Dissolved oxygen minimally affects magnetic susceptibility in biologically relevant conditions
V Fortier, IR Levesque
bioRxiv, 2021.03. 13.434266, 2021
2021
Pseudo-CT generation from 3D multi-echo gradient-echo MRI
V Fortier, IR Levesque
Proceedings of the 26th Annual Meeting of ISMRM, Abstract #2829, 2018
2018
Implementation and Validation of a Quantitative Susceptibility Mapping Approach
V Fortier
McGill University, 2017
2017
Accuracy of a commercial high-speed T 2-corrected multi-echo single voxel sequence at 3T as a function of R 2 for measurement of liver fat content
V Fortier, E McNabb, A Mohamed, R Zakarian, IR Levesque, C Reinhold
Further insight on T relaxation in fat-water mixtures
V Fortier, IR Levesque
Feature and voxel fidelity constraints improve the accuracy of direct inversion quantitative susceptibility mapping in deep gray matter
JC Pazmiño, V Fortier, I Levesque
Fat-water separated T1 mapping with multi-echo MP2RAGE
MA Fortin, V Fortier, JC Pazmino, A van der Kouwe, IR Levesque
Robust spatial and temporal unwrapping for accurate quantitative susceptibility mapping
A Ensworth, V Fortier, JC Pazmino, IR Levesque
Fat DESPOT for MR-oximetry validated by STEAM MRS
V Fortier, IR Levesque
T relaxation in fat and its dependence on fat content
V Fortier, IR Levesque
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