Model Parameters Extracted from Available Measured Data for RBCs in Normal and GD Conditions.

<p>Model Parameters Extracted from Available Measured Data for RBCs in Normal and GD Conditions.</p>

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Bibliographic Details
Main Author:	Zhaojie Chai (22227049) (author)
Other Authors:	Guansheng Li (10170467) (author), Papa Alioune Ndour (21497078) (author), Philippe Connes (110734) (author), Pierre A. Buffet (10880615) (author), Melanie Franco (8486691) (author), George Em Karniadakis (789747) (author)
Published:	2025
Subjects:	Biophysics Medicine Cell Biology Genetics Physiology Biotechnology Sociology Plasma Physics Hematology Biological Sciences not elsewhere classified dissipative particle dynamics altered biomechanical properties rbc disaggregation threshold various flow conditions bone diseases associated bone complications observed increased aggregation properties rbc aggregation properties div >< p rbc properties impact red blood cells various cells rbc aggregation rbc biophysics bone infarcts bone disease aggregation parameters aggregation domain young ’ unique characteristics transition area silico biophysics silico </ shear rate rheological behavior primary determinant partial explanation model incorporates may play may contribute important role gaucher disease findings enhance enzyme glucocerebrosidase confocal imaging blood viscosity avascular necrosis
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