Key result
This study protocol outlines an investigation into the association between blood rheology, hemostasis, and functional status in patients with chronic heart failure, with no results yet reported.
Why the study?
New approaches are needed to diagnose and treat elderly patients with cardiovascular diseases, focusing on non-cardiac causes of impaired exercise tolerance and blood rheology in chronic heart failure.
Is there an association between blood rheology, hemostasis, and functional status in patients with chronic heart failure?
Is there an association between blood rheology, hemostasis, and functional status in patients with chronic heart failure?
This study protocol outlines an investigation into the role of blood rheology and erythrocyte function in determining functional status in patients with chronic heart failure.
Protocol may guide non-cardiac factor assessment in elderly CHF; leaves open whether rheology-hemostasis profiling refines functional status evaluation.
The study protocol was developed by the staff of the Lomonosov Moscow State University. This study is devoted to the association between blood rheology, hemostasis and functional status in patients with chronic heart failure (CHF). The importance of this study is determined by the need for new approaches to diagnosis and treatment of elderly patients with cardiovascular diseases, especially in context of widespread CHF in population. The study focuses on non-cardiac causes of impaired tolerance to physical exertion and importance of blood in binding and delivering oxygen. A unique feature of this research is modern optical technologies and artificial intelligence. Diagnostic methods include measuring the microrheological blood parameters at the level of cells and blood samples using modern optical methods and digital image processing. The study aims to explore the role of erythrocytes as an indicator of cardiovascular health. The authors pay a particular attention to red cell distribution width as a quantitative measure of anisocytosis and a complex indicator associated with various pathological processes in chronic diseases. The authors will investigate deformability and aggregation of erythrocytes, as well as their adhesion to vascular endothelium that is crucial for adequate perfusion and oxygen delivery to peripheral tissues.
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Mironov et al. (2024) studied chronic heart failure. Blood rheology and hemostasis parameters was evaluated on Correlation between blood rheology, hemostasis and functional status. This study protocol outlines an investigation into the association between blood rheology, hemostasis, and functional status in patients with chronic heart failure, with no results yet reported.
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