In the last decade numerous mathematical models have been formulated to investigate
specific components of the clotting system such as the tissue factor pathway of coagulation …

The body's response to vascular injury involves two intertwined processes: platelet
aggregation and coagulation. Platelet aggregation is a predominantly physical process …

A comprehensive understanding of thrombus formation as a physicochemical process that
has evolved to protect the integrity of the human vasculature is critical to our ability to predict …

Vascular injury triggers two intertwined processes, platelet deposition and coagulation, and
can lead to the formation of an intravascular clot (thrombus) that may grow to occlude the …

Blood flow regulates coagulation and fibrin formation by controlling the transport, or mass
transfer, of zymogens, co-factors, enzymes, and inhibitors to, from, and within a growing …

Computational models of various facets of hemostasis and thrombosis have increased
substantially in the last decade. These models have the potential to make predictions that …

Thrombosis is a life-threatening clinical condition characterized by the obstruction of blood
flow in a vessel due to the formation of a large thrombus. The pathogenesis of thrombosis is …

The paper presents a mathematical analysis of the contributions of flow and mass transport
to a single reactive event at a blood vessel wall. The intent is to prepare the ground for a …

Over the last two decades, mathematical modeling has become a popular tool in study of
blood coagulation. The in silico methods were able to yield interesting and significant results …

In addition to descriptive biological models, many computational models have been
developed for hemostasis/thrombosis that provide quantitative characterization of thrombus …