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Contact information

Email
wenchuan.wu@ndcn.ox.ac.uk

Telephone
+44 (0) 18656 11294

ORCID
https://orcid.org/0000-0002-5020-5165

Research groups

Colleges

Wolfson College

Wenchuan Wu

DPhil

Associate Professor

Research Fellow, Wolfson College

My research focuses on the development of new magnetic resonance imaging (MRI) acquisition and reconstruction methods, with the goal of helping better understand the brain structure and function. My research is supported by funding from the Royal Academy of Engineering and Wellcome Trust.

My current research program has several key themes:

Novel strategies for acquiring in vivo diffusion MRI at submillimeter resolution
Rapid mapping of brain connectivity and microstructure with joint k-q diffusion acceleration and reconstruction
Computational methods to reduce image artefacts in diffusion and functional MRI
Ultra-high field brain imaging
Post-mortem MRI of unfixed human brain

Research group and collaborators

Key publications

Self-Navigated 3D Diffusion MRI Using an Optimized CAIPI Sampling and Structured Low-Rank Reconstruction Estimated Navigator

Li Z. et al, (2025), IEEE Transactions on Medical Imaging, 44, 632 - 644

High-resolution diffusion imaging in the unfixed post-mortem infant brain at 7 T

Wu W. et al, (2024), Imaging Neuroscience, 2

Dynamic field mapping and distortion correction using single-shot blip-rewound EPI (rEPI) and joint multi-echo reconstruction

Wu W., (2024), Magnetic Resonance in Medicine

Sampling strategies and integrated reconstruction for reducing distortion and boundary slice aliasing in high‐resolution 3D diffusion MRI

Li Z. et al, (2023), Magnetic Resonance in Medicine, 90, 1484 - 1501

Diffusion Acceleration with Gaussian process Estimated Reconstruction (DAGER)

Wu W. et al, (2019), Magnetic Resonance in Medicine, 82, 107 - 125

High-resolution diffusion MRI at 7T using a three-dimensional multi-slab acquisition

Wu W. et al, (2016), NeuroImage, 143, 1 - 14

Reducing slab boundary artifacts in three‐dimensional multislab diffusion MRI using nonlinear inversion for slab profile encoding (NPEN)

Wu W. et al, (2016), Magnetic Resonance in Medicine, 76, 1183 - 1195

Recent publications

Submillimeter diffusion MRI using an in-plane segmented 3D multi-slab acquisition and denoiser-regularized reconstruction

Li Z. et al, (2026), Medical Image Analysis, 107, 103834 - 103834

Diffusion-weighted steady-state free precession imaging in the ex vivo macaque brain on a 10.5T human MRI scanner.

Tendler BC. et al, (2025), bioRxiv

An RF coil array system for in vivo & ex vivo non-human primate brain studies at 10.5 Tesla.

Waks M. et al, (2025), bioRxiv

Ultra‐high temporal resolution 4D angiography using arterial spin labeling with subspace reconstruction

Shen Q. et al, (2025), Magnetic Resonance in Medicine, 93, 1924 - 1941

Accelerated multi-shell diffusion MRI with Gaussian process estimated reconstruction of multi-band imaging

Ye X. et al, (2025), Magnetic Resonance in Medicine

Self-Navigated 3D Diffusion MRI Using an Optimized CAIPI Sampling and Structured Low-Rank Reconstruction Estimated Navigator

Li Z. et al, (2025), IEEE Transactions on Medical Imaging, 44, 632 - 644

More publications