A particle-based computational model to analyse remodelling of the red blood cell cytoskeleton during malaria infections

Red blood cells can withstand the harsh mechanical conditions in the vasculature only because the bending rigidity of their plasma membrane is complemented by the shear elasticity of the underlying spectrin-actin network. During an infection by the malaria parasite Plasmodium falciparum, the parasit...

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Bibliographic Details
Main Authors:	Jäger, Julia (Author) , Patra, Pintu (Author) , Sanchez, Cecilia P. (Author) , Lanzer, Michael (Author) , Schwarz, Ulrich S. (Author)
Format:	Article (Journal) Chapter/Article
Language:	English
Published:	October 4, 2021
In:	bioRxiv beta Year: 2021, Pages: 1-30
Online Access:	Verlag, lizenzpflichtig, Volltext: https://www.biorxiv.org/content/10.1101/2021.10.04.462981v1
Author Notes:	Julia Jäger, Pintu Patra, Cecilia P. Sanchez, Michael Lanzer, Ulrich S. Schwarz

A particle-based computational model to analyse remodelling of the red blood cell cytoskeleton during malaria infections by Jäger, Julia (Author) , Patra, Pintu (Author) , Sanchez, Cecilia P. (Author) , Lanzer, Michael (Author) , Schwarz, Ulrich S. (Author) ,

in: PLoS Computational Biology, 18 (2022), 4, Artikel-ID e1009509, Seite 1-27

Article (Journal) Online Resource

A particle-based computational model to analyse remodelling of the red blood cell cytoskeleton during malaria infections

A particle-based computational model to analyse remodelling of the red blood cell cytoskeleton during malaria infections by Jäger, Julia (Author) , Patra, Pintu (Author) , Sanchez, Cecilia P. (Author) , Lanzer, Michael (Author) , Schwarz, Ulrich S. (Author) ,

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