Abstract CEREBRAL AUTOREGULATION, THE physiological regulatory mechanism that
maintains a constant cerebral blood flow (CBF) over wide ranges of arterial blood pressure …

SUMMARY We studied:(1) the effects of an abrupt, moderate increase in arterial pressure on
total and regional cerebral blood flow (CBF) and (2) whether sympathetic stimulation …

Abstract 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 …

Hypertension and antihypertensive therapy have clinically important effects on cerebral
blood flow. The autoregulatory changes that occur with chronic arterial hypertension should …

Objectives We hypothesized that the loss of cerebral blood flow (CBF) auto-regulation under
hypertensive conditions could promote cerebrovascular over-perfusion and haemorrhage …

The regional response of brain vasculature to moderate hypertension was investigated
using two hypertensive drugs, norepinephrine (NE) and angiotensin II (ANG II), infused …

The relationship between systemic arterial pressure (SAP) and neocortical microcirculatory
blood-flow (CBF) in areas of focal cerebral ischemia was studied in 15 spontaneously …

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 …

This study was performed to determine whether, in hypertensive and normotensive rats,
chronic sympathetic denervation impairs cerebral vasodilator responses during …

Autoregulation of cerebral blood flow is heterogeneous in several ways: regional,
segmental, and temporal. We have found regional heterogeneity of the autoregulatory …