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

Several new concepts have emerged recently regarding the effects of chronic hypertension
on cerebral blood vessels. First, hypertrophy of large cerebral arteries in chronic …

The present work deals with effects of high blood pressure on cerebrovascular
autoregulation, ie the mechanism that ensures a constant blood flow in the brain tissue by …

Several mechanisms impair cerebral vasodilatation during chronic hypertension. First, the
external diameter of cerebral arterioles is reduced during chronic hypertension by structural …

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

Aim: To examine new concepts concerning structural changes in cerebral blood vessels
during chronic hypertension, and to examine mechanisms that lead to cerebral vascular …

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

Cerebral blood flow (CBF) autoregulation was studied in renal hypertensive rats receiving
chronic antihypertensive treatment. Young Wistar Kyoto rats (WKY) were made hypertensive …

Chronic hypertension impairs dilatation of cerebral arterioles. Impairment of dilatation
generally has been attributed to hypertrophy of the vessel wall with encroachment on the …

Although the primary emphasis of research on spontaneously hypertensive rats (SHR) tends
to be on adult animals, the young SHR can have a mean arterial pressure that is elevated …