The aim of this chapter is to review the knowledge obtained from;(i) ex vivo and in vitro
studies about the effects of human soluble fibrinogen molecules on blood components …

In this work, we present a new method—Thrombodynamics-4D—for the assessment of both
plasma and platelet contributions to clotting. Thrombodynamics-4D potentially allows for the …

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 …

The platelet procoagulant response consists of providing a catalytic surface where vitamin K-
dependent clotting factors can interact with cofactors to form the characteristic enzyme …

The influence of polyene suspensions on blood coagulation was investigated. The following
conclusions can be drawn: 1. Polyenes in suspension inhibit coagulation, the sequence of …

Membrane microparticles (MP) are released by activated or damaged cells and are able to
accelerate blood clotting (coagulation). MP possess coagulation activity since all of them …

Adhesion of blood platelets is one of the major events in haemostatic and thrombotic
processes. We studied adhesion of blood platelets on fibrinogen and fibrin dimer sorbed on …

There have been a number of investigations on coagulation reactions of blood as well as on
coagulation factors including fibrinogen and thrombin. With the progress of clotting, the …

Fibrinogen adsorption on a surface results in the modification of its functional characteristics.
Our previous studies revealed that fibrinogen adsorbs onto surfaces essentially in 2 different …

In this work, we study the effect of new iron oxide nanoparticles produced by the
acoustoplasma method on the rate of formation of a fibrin gel in the enzymatic reaction of …