Hannah Louise Chandler

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

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 uses MEG and pharmacological intervention to map GABAA receptor distribution by analyzing changes in brain oscillations induced by tiagabine.

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.