Key result
Theoretical modeling assumes aggregating red cells form a cylindrical core during low-rate narrow tube flow.
This theoretical analysis provides a model for understanding the flow properties of aggregating red blood cells in narrow tubes.
Theoretical RBC aggregation model in narrow tubes is hypothesis-generating; requires experimental validation before clinical translation.
The flow properties of aggregating red cell suspensions flowing at low rates through horizontal tubes are analyzed using a theoretical model based on microscopic observations. It is assumed that aggregated red cells form a cylindrical core which is e
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Tadayoshi Murata (1994) studied this question. Theoretical modeling of aggregating red cell suspensions flowing at low rates through narrow horizontal tubes assumes the aggregated cells form a cylindrical core.
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