In the present paper, we investigate how the reductions in shear stresses and pressure
losses in microfluidic gaps are directly linked to the local characteristics of cell-free layers …

Background Hemolysis in mechanical circulatory support systems is currently determined
quantitatively. To also locally resolve hemolysis, we are developing a fluorescent hemolysis …

This work addresses the need for a universal blood substitute by focusing on developing
alginate-based microparticles engineered to replicate the mechanical properties of red …

This abstract discusses how to solve a parabolic differential equation using the finite
difference method. The approach involves discretizing space and time, approximating …