The optimal performance of the cardiovascular system, as well as the break-down of this
performance with disease, both involve complex biomechanical interactions between the …

The objective of this systematic review was to provide insight into the controversy that still
abounds as to the impact of acute aerobic exercise on immediate changes in arterial …

Excessive pulsatile flow caused by aortic stiffness is thought to be a contributing factor for
several cerebrovascular diseases. The main purpose of this study was to describe the …

Endothelial dysfunction is the first pathophysiological step of atherosclerosis, which is
responsible for 90% of strokes. Exercise programs aim to reduce the risk of developing …

Background: Exercise mode has been reported to be an important determinant of arterial
stiffness and wave reflection changes following a brief bout of exercise with inconsistent …

Background Exercise has been found to either reduce or increase arterial stiffness. Land-
based exercise modalities have been documented as effective physical therapies to …

This paper studied the alterations in arterial stiffness and hemodynamic responses during
resting state and immediately following acute cycling intervention at different times across 12 …

Noninvasively determined local wave speed (c) and wave intensity (WI) parameters provide
insights into arterial stiffness and cardiac-vascular interactions in response to physiological …

The purpose of the study was to assess high-intensity battling rope exercise (HI-BRE) on
hemodynamics, pulse wave reflection and arterial stiffness during recovery and between …

Background. Cardiovascular disease (CVD) is closely related to arterial elasticity and
hemodynamics. Exercises have been reported to immediately decrease arterial apparent …