Yuriko Suzuki

Yuriko Suzuki is a Royal Academy of Engineering Research Fellow in the Nuffield Department of Clinical Neuroscience at the University of Oxford, leading the Neurovascular Imaging research group. Her work bridges biomedical engineering and clinical neuroimaging to develop advanced MRI methodologies.

Her research centers on non-invasive dynamic MR Angiography using Arterial Spin Labelling (ASL) MRI, with breakthroughs in vessel-selective visualization that enable exclusive imaging of vascular territories from specific arteries. This approach eliminates contrast agent requirements while achieving superior spatial and temporal resolution compared to conventional methods. Her work spans medical imaging physics, neurovascular diagnostics, and AI-enhanced reconstruction techniques.

Recent publications (2023-2025) reveal a strong trajectory in methodological standardization and translational innovation. She has driven community consensus through ISMRM OSIPI initiatives while advancing deep learning applications for intracranial artery visualization and quantitative perfusion mapping.

Scientific recognition includes:

• Royal Academy of Engineering Research Fellowship

Funding from her prestigious fellowship supports an active research program focused on clinical translation of non-contrast vascular imaging. The Neurovascular Imaging Group maintains strong international collaborations, particularly through the ISMRM OSIPI consortium, and seeks to transform diagnostic neuroimaging practices through reproducible, open-science methodologies.

Her laboratory pioneers techniques that could replace contrast-dependent procedures in cerebrovascular diagnostics, with emphasis on clinical applicability and rigorous methodological standards.