Sentence examples for myocardial function provides from inspiring English sources

Integrating the electrical and mechanical domains of myocardial function provides vital insights into the macroscopic physiologic behavior of a beating heart.

At the same time, the ability of two-dimensional (2D) strain echocardiography to precisely assess myocardial function provides new possibilities for an accurate measurement of the myocardial function reserve in stress conditions [ 5, 6] and especially in diabetes in which longitudinal strain is altered at baseline [ 7].

Elevating free carnitine levels in insulin depleted diabetic animals with a fixed and relatively inadequate availability of glucose as a myocardial fuel apparently corrected the defects in myocardial function by providing more intracellular fatty acids as an energy substrate.

First, presence of autonomic neuropathy [ 41] but also abdominal visceral adipose tissue [ 42], and the evaluation of aortic stiffness [ 43] or oxidative stress [ 44], all associated with myocardial function impairment, could have provided important information.

Although resting echocardiography provides information about myocardial function at a static state, the dynamic response of the myocardium to stress can only be revealed by stress testing [ 6].

This provides evidence that impaired myocardial function during stress contributes to decreased exercise capacity in patients with T2DM.

Enhanced knowledge and understanding of the postnatal changes in myocardial function can improve cardiovascular treatment, and this study provides novel insight into longitudinal changes in the myocardial function in premature infants through the transitional period and with maturation.

Recently, cardiac magnetic resonance (CMR) has emerged as a novel technique providing comprehensive, accurate assessment of myocardial function and structure including detection of myocardial inflammation in patients suspected of acute and chronic myocarditis [ 6– 8].

During the CABG operation, systemic metabolic substrate infusions can be administered providing myocardial protection and promotion of post-operative myocardial function.

Although initially designed for respiratory failure, venoarterial extracorporeal membrane oxygenation (VA ECMO) has become a mainstay of therapy in the treatment of patients with congenital heart disease, providing preoperative and postoperative support for infants with temporary impairment of myocardial function.

This model therefore provides a useful system to investigate the influence of improved glucose homeostasis on myocardial function and survival.