Why the study?
In hypertension and aging, optimal coupling between the left ventricle and systemic circulation is disturbed by increased arterial stiffness.
Understanding the mechanisms of arterial stiffness and wave reflection provides new strategies for managing hypertension and hypertensive heart failure.
In youth and in health, a variety of factors combine to optimize coupling between the left ventricle and systemic circulation. In hypertension and with aging, optimal coupling is disturbed by increased arterial stiffness which increases systolic pressure through two different mechanisms. The first mechanism (reduced aortic compliance) is not directly affected by drugs, but the second (early wave reflection) is capable of modification by vasodilator therapy. Favourable effects of vasodilator agents may not be apparent when pressure is recorded conventionally in a peripheral artery but can be inferred from consideration of pressure wave contour. Recognition of these factors provides new strategies for dealing with hypertension and hypertensive heart failure in man.
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M. O'Rourke (1990) conducted a review in Hypertension and hypertensive heart failure. Vasodilator therapy was evaluated.
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