In the pursuit of personalized medicine, there is a growing demand for computational
models with parameters that are easily obtainable to accelerate the development of potential …

Cardiovascular implantable devices alter the biofluid dynamics and biochemistry of the
blood in which they are placed. These perturbations can lead to thrombus formation which …

A mathematical model for blood coagulation is comprised of a complex set of interactions
between clotting components found in whole blood. Previous mathematical models have …

We perform a sensitivity analysis for a thus far unstudied mathematical model for the
formation, growth and lysis of clots in vitro. The sensitivity analysis procedure uses an …

Computational modeling has gained a strong foothold as a tool for understanding and
simulating biological phenomena like blood coagulation. However, exceptional complexity …

In this work, the three-dimensional numerical resolution of a complex mathematical model
for the blood coagulation process is presented. The model was illustrated in Fasano et …

To mitigate the risk of intracranial aneurysm rupture, which can lead to severe debilitation or
death, embolic devices (eg, bare metal coils or polymeric open-celled foams) are often …

The exposure of any material to blood leads to the adsorption of proteins onto its surface
resulting in formation of clot which adversely affects the functionality of the blood contacting …

The functional activity of the implant can be interrupted due to the interaction of blood protein
with the implant surface resulting in the formation of blood clot on the surface of foreign …

Blood is a complex mixture of formed cellular elements, proteins, and ions dissolved in a
solution. It is a difficult fluid to model because it is a shear-thinning, viscoelastic fluid that …