Key result
Vasodilator therapy for afterload reduction in the postoperative pediatric heart has variable but predictable effects on hemodynamics and tissue oxygen delivery based on ventriculoarterial coupling.
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Vasodilator therapy for afterload reduction in the postoperative pediatric heart should focus on improving stroke volume and tissue oxygen delivery based on ventriculoarterial coupling principles.
Rational use of vasodilators to induce afterload reduction is predicated on a thorough knowledge of the constituents of afterload and of the role ventriculoarterial coupling plays in determining their effects. Afterload reduction therapy should be goal directed with the intent to improve stroke volume and tissue oxygen delivery rather than to decrease blood pressure per se. This review will summarize the components comprising circulatory system afterload and will use ventriculoarterial coupling concepts to demonstrate the variable but predictable effects of vasodilator therapy on hemodynamics and tissue oxygen delivery. This article addresses the third of eight topics comprising the special issue entitled “Pharmacologic strategies with afterload reduction in low cardiac output syndrome after pediatric cardiac surgery”.
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DiNardo et al. (2015) conducted a review in Low cardiac output syndrome after pediatric cardiac surgery. Vasodilators for afterload reduction was evaluated. Vasodilator therapy for afterload reduction in the postoperative pediatric heart has variable but predictable effects on hemodynamics and tissue oxygen delivery based on ventriculoarterial coupling.
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