Thickening and narrowing of resistance arteries must, by definition, be key elements in the
control of the cardiovascular system. However, the precise location of resistance arteries is …

Correction of structural abnormalities in resistance arteries of patients with essential
hypertension is a potential treatment goal, in addition to blood pressure reduction. However …

Objective Structural abnormality of resistance arteries is a characteristic pathophysiological
phenomenon in essential hypertension and can be assessed in vitro as an increase in the …

Background: Renal denervation (RDN), treating resistant hypertension, has, in open trial
design, been shown to lower blood pressure (BP) dramatically, but this was primarily with …

To investigate the relation between the small artery structure and different blood pressure
parameters, spontaneously hypertensive rats were treated from 4 to 24 weeks of age (20 …

Background: Noise may increase the risk of hypertension, but findings are inconsistent with
respect to both community and occupational noise exposure. We used a large sample of …

The kidney is probably critically involved in the development of essential hypertension, as in
many genetic models of hypertension. We have investigated whether a narrowed renal …

Hypertension is associated with reduced coronary vasodilatory capacity, possibly caused by
structural changes in the coronary resistance vessels. Because vasodilatory treatment may …

Objective: Structural changes of small resistance arteries occur early in the disease process
of essential hypertension and predict cardiovascular events in previously untreated patients …

We have studied the effects of long-term treatment with different antihypertensive drugs on
blood pressure and mesenteric resistance vessel structure of spontaneously hypertensive …