Increasing body mass index in men is inversely correlated with myocardial contractility and inotropy condition indices, suggesting early hemodynamic alterations in obesity.
Answers are grounded in this paper and cite their sources.
Suggests early hemodynamic changes with higher BMI; hypothesis-generating for obesity-related contractility decline, needs prospective confirmation.
Diagnosis and treatment of hemodynamic disorders and especially hypertension in obese patients is a medico-social problem. Dynamic monitoring and control of the treatment with a non-invasive method of examination is required for these patients with labile psycho-emotional status. Dynamics control is necessary during a certain period of time and with a computer program evaluating the obtained results. The authors examined the patients with obesity on the complex Simon III, allowing to carrying out a comprehensive survey of non-invasive dynamic within a few minutes of observation with the software of the survey process. From a study of the literature suggests that overweight reduces contractility and diastolic function. The examination of 14 men (who do not have acute and chronic diseases, without bad habits, aged (29-52 years) revealed an inverse relationship between increasing body mass index and the index of myocardial contractility (r = -0.62, p <98 %) and the feedback correlation inotropy condition index (r = - 0,75, p <99%)., stroke index and left ventricular work fell well within the normal range of values. Such a detailed interpretation of hemodynamics makes it possible to more reasonable therapy of hypertension and prediction of outcomes in patients with obesity.
No takes yet. Share an insight, caveat, or question.
Киреев et al. (2015) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: