Ian D. Driver

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 examines how menstrual-related ovarian hormones affect dynamic cerebrovascular function using MRI and hormone measurements, finding significant neuroendocrine influences on vascular reactivity and hemodynamic response.

This study examines how ovarian hormones affect cerebral and retinal blood flow across the menstrual cycle, finding that estrogen increases blood flow in both the brain and eye, while progesterone affects the brain alone.

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 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 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 shows vascular regulation influences fMRI signals in specific brain networks, with some networks dominated by neuronal stimuli and others by vascular stimuli.

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 study measures CBF-CBV coupling in different vascular compartments during neural activation and reports coupling constants for total and arterial CBV.