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Computational modeling of red blood cell suspensions. Towards more realistic simulations of hemorheology and hemodynamics (Fellowship "Computational Sciences")

Projektnummer

0053307

Zusammenfassung

Deformability of red blood cells is of crucial relevance to blood flow and plays an important role in control of cell functions. There is evidence that deformations of the red blood cell membrane can induce monovalent cation leakage, whose excessive occurrence in sickle cell anemia is connected to an abnormal response of sickling cells to deformations. Modifications in deformability are also associated to red blood cell aggregation, which has been observed in pathogenic stages in certain forms of malaria. This fellowship aims at developing a mesoscopic computational model for red blood...

Projektinformationen

Status:

Beendet

Startdatum:

01.02.2009

Enddatum:

31.01.2012

Fördersumme:

149.300 €

Profilbereich:

Beendete Förderinitiativen

Förderinitiative:

Neue konzeptionelle Ansätze zur Modellierung und Simulation komplexer Systeme