Jessica J. Steventon

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 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.

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.