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Rheological measurements have long been an invaluable technique in studying mechanical and structural properties of polymers. Measurements on dilute, noninteracting polymer solutions allow the determination of macromolecular structural information, such as molecular weight. This analysis has been complicated by molecular polydispersity; thus, average effects are more commonly reported. Here, we demonstrate...
A new model for mechanically induced red blood cell damage is presented. Incorporating biophysical insight at multiple length scales, the model couples flow‐induced deformation of the cell membrane (∼10 µm) to membrane permeabilization and hemoglobin transport (∼100 nm). We estimate hemolysis in macroscopic (above ∼1 mm) 2‐D inhomogeneous blood flow by computational fluid dynamics (CFD) and compare...
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