Haemorheologically impaired microcirculation, such as blood clotting or abnormal blood
flow, causes interrupted blood flows in vascular networks. The biophysical properties of …

Blood elasticity is quantified using a single compliance model by analyzing pulsatile blood
flow. However, one compliance coefficient is influenced substantially by the microfluidic …

The biomechanical properties of blood have been used to detect haematological diseases
and disorders. The simultaneous measurement of multiple haemorheological properties has …

Red blood cell (RBC) aggregation and erythrocyte sedimentation rate (ESR) are considered
to be promising biomarkers for effectively monitoring blood rheology at extremely low shear …

Blood viscosity measurements are crucial for the diagnosis of cardiovascular and
hematological diseases. Traditional blood viscosity measurements have obvious limitations …

Blood flows in microcirculation are determined by the mechanical properties of blood
samples, which have been used to screen the status or progress of diseases. To achieve …

The erythrocyte sedimentation rate (ESR) and red blood cell (RBC) aggregation have been
widely used to detect inflammatory diseases. In this study, a simple measurement method is …

Haematological diseases significantly increase RBC aggregation. Specifically, RBC
aggregation is considerably varied by haematological factors including cellular properties …

To effectively discriminate changes in blood samples, RBCs aggregation and blood viscosity
should be evaluated independently and simultaneously. In this study, by setting two syringe …

Subpopulations of red blood cells (RBCs) are attributed to symptoms associated with
hematological disorders. To detect differences in subpopulations of RBCs, RBC …