The goal of this study was to examine hemodynamic mechanisms that contribute to regional
differences in autoregulation during acute hypertension. We measured blood flow …

The purpose of this study was to examine regional autoregulation of blood flow in the brain
during acute hypertension. In anesthetized cats severe hypertension increased blood flow …

Cerebral blood vessels undergo profound alterations in function and structure during
chronic hypertension. The pressure-flow relationship in cerebral circulation is altered in …

The purpose of this study was to examine hemodynamic mechanisms of protection of the
blood-brain barrier in the brain stem during acute hypertension. We used a new method to …

Our goal was to determine whether sympathetic stimulation during acute hypertension
constricts large cerebral arteries and attenuates increases in cerebral microvascular …

Resistance of large arteries appears to be greater in the cerebral circulation than in other
vascular beds. Large arteries contribute importantly to total cerebral vascular resistance and …

Changes in vascular structure contribute to vascular events and loss of brain health. We
examined changes in cerebral arterioles at the onset of hypertension and the hypothesis …

The local influence of sympathetic stimulation on the cerebral circulation during acute
hypertension was investigated in anesthetized rats. From initial studies, intravenously …

The goal of this study was to determine whether endothelium-dependent responses are
impaired in the cerebral microcirculation of stroke-prone spontaneously hypertensive rats …

The purpose of this study was to determine the microvascular characteristics that cause
cerebral cortical blood flow autoregulation to shift to a higher range of arterial pressures …