It was found that the enzymes of the coagulation cascade interact with lipid microparticles or
microvesicles of natural or artificial origin that circulate in the blood. Such interactions can …

We studied the influence of lipid surface composition on the kinetics of fibrin clot formation
and its structure. It was shown that lipid surface affects all phases of fibrin polymerization …

Extensive studies revealed the role of blood lipid microparticles (liposomes, microvesicles)
in activation of coagulation cascade. The direct interaction of fibrinogen/fibrin with lipid …

The article discusses the study of enzymatic hydrolysis and polymerization kinetics of fibrin
and the effect of microvesicles (MVs) which are produced in the blood. Topics mentioned …

The effects of blood microparticles (MPs) on the dynamics of fibrin polymerization, clot
structure and susceptibility to fibrinolysis were studied. Kinetics of fibrin polymerization …

Localized thrombin production appears to be a key event in the hemostatic response to the
vascular injury. This protein causes irreversible activation of platelets and is responsible for …

By means of chemical methods and immunodiffusion technique it has been shown that low
density lipoproteins incorporate into the structure of fibrin clot formed both in purified …

The turbidimetrical assay of thrombin-induced plasma coagulation provides a possibility to
estimate both stages of fibrinogen-fibrin conversion. The initial one, which proceeds without …

The specific inhibition of fibrin monomer polymerization by fibrinogen and some of its
degradation products shows an unusual concentration dependence. Namely, in a certain …

Fibrin monomer (FM) was shown to cause a considerable increase in artificial shear-
induced platelet aggregation. The aggregatory effect of FM was found to be tangibly higher …