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 …

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 …

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 …

This article presents results of studies of the dynamics of formation and the histological
structure of simple fibrin clots, fibrin clots containing platelets, and fibrin clots containing …

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

Recent studies have shown that the contact activation of blood coagulation can be initiated
on the surface of circulating microparticles–particles formed as a result of the activation or …

In recent years the role of microvesicles in endocrine system transmission, in providing
cellular connectivity, in transportation of proteins and nucleic acids from one cell to another …

The article reviews the literature and authors' own data on the role of Ca ions in blood
coagulation, namely, in the process of the formation of highly ordered fibrin clot. It has been …

Abstract Properties of membrane microparticles (MPs), as well as methods for their study are
reviewed. Microparticles are vesicular fragments of a plasma membrane, which are …