[Hemostasis system and inflammation acute-phase proteins in thrombogenic pathologies].

New knowledge concerning the role of inflammation in activation of fibrinolysis and in discoordination of its components interaction has been presented in the review. Considerable attention was given to molecular mechanisms of the haemostatic protein involvement in the acute phase of inflammation. An analysis of their level changes according to inflammation state has been proposed for thrombogenic risk assessment.

[Penitentiary tuberculosis as an object of simulative manifestations].

The paper presents the results of a 5-year follow-up of simulative manifestations of tuberculosis at penitentiaries. The high rate of use of penitentiaries as an object of these manifestations has been established, predominantly relapse aggravation of process activity being observed when treatment is continued. The causes of simulative manifestations are diverse; along with a qualitative physical examination, they should be borne in mind by a phthisiatrician in order to make a timely diagnosis.

[Limited epidemic of tuberculosis among young socially dysadapted individuals].

Two epidemic outbreaks of tuberculosis were observed among young socially dysadapted individuals at a juvie. They were liquidated, by chiefly implementing social preventive measures and by introducing new chemotherapy regimens.

[Role of carboxypeptidase in regulation of fibrinolysis].

The paper is devoted to analysis of the literature data about a recently described component of haemostasis system that posseses carboxypeptidase activity and is activated by thrombin. The history of investigation and isolation of the new carboxypeptidase, their properties and participation in inhibition of fibrinolysis reactions was considered. Data are cited about carboxypeptidase B level changes under different physiological conditions and possible methods of fibrinolysis reactions strengthening by means of influence on activity of that carboxypeptidase.

[Methods and prospects of development of the affinitive sorbents for plasminogen isolation from human blood plasma].

The review paper was dedicated to development of the promising photochemical synthesis of affine sorbents for plasminogen isolation from the human blood plasma. Some most interesting, from the viewpoint of practice, types of sorbents and carriers based on high-molecular compounds of natural (organic) or synthetic origin have been considered. The advantages of the use of photochemical synthesis of biospheric sorbent as compared with thermochemical method have been shown.