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We propose a hemodynamic reduced‐order model bridging macroscopic and mesoscopic blood flow circulation scales from arteries to capillaries. In silico tree‐like vascular geometries, mathematically described by graphs, are synthetically generated by means of stochastic growth algorithms constrained by statistical morphological and topological principles. Scale‐specific pruning gradation of the tree...
ObjectiveTo investigate how red blood cell aggregation could modulate the spatial variations in cell‐free layer formation in the vicinity of an arteriolar bifurcation.
MethodsVisualization of blood flow was performed in upstream and downstream vessels of arteriolar bifurcations in the rat cremaster muscles under reduced flow conditions before and after induction of red blood cell aggregation to both...
Please cite this paper as: Su S‐W, Catherall M and Payne S. The Influence of Network Structure on the Transport of Blood in the Human Cerebral Microvasculature. Microcirculation 19: 175–187, 2012.
AbstractIn this article, we explore how the structural properties of miniature networks influence the transport of blood through the human cerebral microvasculature. We propose four methods for generating...
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