Methods in hemorheology and their clinical applications1

Area of Science:

• Biophysics
• Rheology
• Cardiovascular Science

Background:

• Summarizes hemorheological research from the Institute of Mechanics, focusing on disturbances in clinical conditions.
• Highlights contributions to biodynamics and biorheology, involving collaborations across research groups.

Discussion:

• Presents an innovative method combining electrical conductivity and rheological property measurements for biological fluid analysis.
• Investigates microstructural changes in red blood cells (RBCs) within whole blood and suspensions under viscometric flow.

Key Insights:

• Examines the impact of altered hemorheological parameters on common carotid artery and cerebral blood flow.
• Analyzes blood flow dynamics in the carotid artery bifurcation, specifically in cases of stenosis.

Outlook:

• Suggests the developed method's potential for diagnosing and understanding various hemorheological disorders.
• Emphasizes the importance of continued research into hemorheology for clinical applications.