Chronic hypertension profoundly alters the function and structure of cerebral blood vessels.
The pressure—flow relationship in the cerebral circulation is altered in chronic hypertension …

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

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

THE NEUROLOGY OF HYPERTENSION, A NEUROLOGIST VIEW Hypertension is usually
asymptomatic until it results in secondary organ damag Page 1 THE NEUROLOGY OF …

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 …

Cerebral blood flow (CBF) is normally auto-regulated, ie, by an intrinsic mechanism kept
constant during perfusion pressure changes. Autoregulation is modulated by chemical and …

Experimental advances during the last decade have greatly expanded our knowledge of
mechanisms that control cerebral blood flow. In addition to local metabolites, many other …

There have been major advances in our understanding of regulation of cerebral circulation
under normal conditions, and of cerebral vascular changes during hypertension. In relation …

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

Circulation to the brain is protected not only by autoregulation, which maintains cerebral
blood flow (CBF) in spite of a decrease in mean arterial pressure, but also by baroreflexes …