Contact information
+44 (0) 18656 11294
Research groups
Colleges
Wenchuan Wu
DPhil
Associate Professor
- Royal Academy of Engineering Research Fellow
- Junior 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 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
Key publications
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Self-navigated 3D diffusion MRI using an optimized CAIPI sampling and structured low-rank reconstruction estimated navigator.
Journal article
Li Z. et al, (2024), IEEE Trans Med Imaging, PP
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Dynamic field mapping and distortion correction using single-shot blip-rewound EPI (rEPI) and joint multi-echo reconstruction
Journal article
Wu W., (2024), Magnetic Resonance in Medicine
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High resolution diffusion imaging in the unfixed post-mortem infant brain at 7T
Journal article
Wu W. et al, (2024), Imaging Neuroscience
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A temperature-controlled cooling system for accurate quantitative post-mortem MRI.
Journal article
Rieger SW. et al, (2023), Magn Reson Med
Recent publications
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Accelerated multi-shell diffusion MRI with Gaussian process estimated reconstruction of multi-band imaging
Journal article
Ye X. et al, (2025), Magnetic Resonance in Medicine
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Self-navigated 3D diffusion MRI using an optimized CAIPI sampling and structured low-rank reconstruction estimated navigator.
Journal article
Li Z. et al, (2024), IEEE Trans Med Imaging, PP
-
Efficient 3D cone trajectory design for improved combined angiographic and perfusion imaging using arterial spin labeling
Journal article
Shen Q., (2024), Magnetic Resonance in Medicine
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Dynamic field mapping and distortion correction using single-shot blip-rewound EPI (rEPI) and joint multi-echo reconstruction
Journal article
Wu W., (2024), Magnetic Resonance in Medicine
-
High resolution diffusion imaging in the unfixed post-mortem infant brain at 7T
Journal article
Wu W. et al, (2024), Imaging Neuroscience
-
Motion Compensated Structured Low-rank Reconstruction for 3D Multi-shot EPI
Journal article
Chen X. et al, (2024), Magnetic Resonance in Medicine