1990•European Heart JournalRequires access

Inotropic and lusitropic abnormalities in heart failure

Amiram Katz

Open publisher page 15 citations

Abstract

Impaired pump function in the patient with congestive heart failure can arise from both contraction (inotropic) and relaxation (lusitropic) abnormalities. Because energy is required for both contraction and relaxation, evidence that the failing heart is in an energy-starved state may explain, at least in part, these functional abnormalities. The relative contributions of inotropic and lusitropic abnormalities to clinical disability differ in individual patients with heart failure, so that therapy of heart failure must be tailored to the specific pathophysiology that operates in each patient.

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What this paper is about

Impaired pump function in the patient with congestive heart failure can arise from both contraction (inotropic) and relaxation (lusitropic) abnormalities. Because energy is required for both contraction and relaxation, evidence that the failing heart is in an energy-starved state may explain, at least in part, these functional abnormalities. The relative contributions of inotropic and lusitropic abnormalities to clinical disability differ in individual patients with heart failure, so that therapy of heart failure must be tailored to the specific pathophysiology that operates in each patient.

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Available abstract

Impaired pump function in the patient with congestive heart failure can arise from both contraction (inotropic) and relaxation (lusitropic) abnormalities. Because energy is required for both contraction and relaxation, evidence that the failing heart is in an energy-starved state may explain, at least in part, these functional abnormalities. The relative contributions of inotropic and lusitropic abnormalities to clinical disability differ in individual patients with heart failure, so that therapy of heart failure must be tailored to the specific pathophysiology that operates in each patient.

Key concepts: Lusitropy, Inotrope, Medicine, Heart failure, Cardiology, Internal medicine, Contraction (grammar), Diastole

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