Richard G. Wise

This study uses 3D T1 mapping to show oxygen transfer into cerebrospinal fluid during hyperoxia, revealing regional differences in oxygen diffusion dynamics.

The paper links cerebral oxygen metabolism to gray matter microstructural features in humans using non-invasive MRI methods, finding positive associations between oxygen consumption and soma surface area density.

This study compares continuous-wave fNIRS with fMRI-derived indices in the visual cortex, finding strong cross-modal agreement and state-dependent relationships between haemoglobin modulations and fMRI signals.

This study uses MRI to examine brain blood flow and oxygen metabolism in patients with cystic fibrosis, finding elevated cerebral metabolic rate of oxygen consumption compared to healthy controls.

This study shows body size parameters significantly correlate with brain and spinal cord MRI metrics and should be included in neuroimaging studies.

This paper measures bolus duration in VSASL MRI and shows that imaging after the trailing edge arrives can underestimate perfusion, suggesting adjustments to experimental design.

This study compares the effects of GABA-ergic propofol and non-GABA-ergic dexmedetomidine on visual and motor cortical oscillations using MEG, finding distinct impacts on gamma-band responses and post-movement beta rebound.

This paper introduces a breath-hold calibrated fMRI method to map cerebral oxygen metabolism without requiring respiratory equipment or long acquisition times.

This study assesses the reproducibility of 7 Tesla fMRI hand digit representation across multiple sites and within sites, finding lower inter-site than intra-site reproducibility but overall feasibility for multi-site studies.

This study uses dual-calibrated fMRI to show reduced oxygen supply and consumption in MS patients without changes in oxygen extraction, suggesting impaired oxygen utilization or transfer.

This study shows that Alzheimer's genetic risk reduces cerebral blood flow consistently across age groups and is linked to nearby gene expression.

This study evaluates the reproducibility of 7T quantitative susceptibility mapping (QSM) and R2* at multiple sites using a harmonized protocol, finding improved consistency compared to 3T.

This study uses calibrated fMRI to examine metabolic and blood flow changes during visuomotor adaptation in healthy humans, finding that CMRO2 decreases faster than BOLD or CBF but the flow-metabolism coupling ratio remains stable.

The paper uses phase contrast MRI at 7T to show that most small cerebral cortical veins have significant flow pulsatility, introducing an automated method to detect this.

This paper introduces a machine learning method for dual-calibrated fMRI to estimate OEF and CMRO2, showing reduced computation time, error, and bias compared to existing methods.

This study examines the relationship between aerobic fitness and cerebrovascular function in young adults, finding lower cerebral blood flow and higher cerebrovascular reactivity with higher fitness levels.

This paper models dynamic cerebrovascular reactivity to CO2 fluctuations using BOLD-fMRI, revealing regional variability and distinct dCVR patterns under different conditions.