Background Little is known about fibrin clot composition in relation to its structure and
lysability. We investigated plasma clots protein composition and its associations with clot …

Background It is well known that fibrin network binds a large variety of proteins, including
inhibitors and activators of fibrinolysis, which may affect clot properties, such as stability and …

It has been reported that 476 proteins can be detected in plasma fibrin clots from patients
with venous thromboembolism. Plasma fibrin clots proteomic composition in relation to their …

Introduction The presence and amount of the proteins within a plasma clot may influence
clot properties, like susceptibility to fibrinolysis, however, the clot proteome has not yet been …

Introduction Several methods for measuring fibrinolytic capacity in plasma have been
developed yielding frequently inconsistent results. We investigated which factors determine …

“Inimicum quamvis humilem metuendum est”(“An enemy, however small, is to be feared”).
Today, thrombotic disorders are major contributors to the global burden of disease [1]. The …

Fibrin formed from fibrinogen is the main component of thrombi. Clot structure is
characterized by fiber thickness and pore size, which differs within a given clot and between …

Accumulating evidence indicates that accelerated formation of fibrin clots composed of
compact, highly-branched networks with thin fibres which are relatively resistant to plasmin …

Aims. Fibrin formation and histidine‐rich glycoprotein (HRG) are involved in primary
hemostasis and wound healing. Little is known regarding the relationship of clot …

Abnormal fibrin clot structure, in particular increased fibrin fiber density and stiffness and
resistance to fibrinolysis, are reported to be linked to cardiovascular disease (CVD) and a …