[The condition of the hemostatic system in acute severe peritonitis during remaxol therapy].

Aim: To evaluate the effectiveness of the Remaxol in the correction of hemostatic system in patients with severe acute peritonitis.

Material And Methods: 52 patients with acute peritonitis of different severity were examined, and divided into 4 groups: I - mild, II - moderate, III - severe. The patients of these groups had treated using standard therapy.

[Preventive therapy with mexidol in toxic damage to the heart].

Unlabelled: The purpose of this study was to efficacy of mexidol in the prevention of toxic damage to the heart in acute pancreatitis.

Material And Methods: The paper presents the results of experimental studies conducted on 30 adult mongrel adult dogs, which simulated acute focal pancreatic necrosis. We studied the influence of mexidol in the complex therapy for changes in the qualitative and quantitative composition of the lipid tissue structures of the heart, the intensity of processes of lipid peroxidation, antioxidant capacity, phospholipase A activity and morphofunctional state of the heart muscle in experimental acute focal pancreatic necrosis.

[Optimization of tissue reparation at treatment by Remaxol].

Aim: Studying influence of remaxol on reparative process of tissue reparation in a laparotomy wound.

Material And Methods: 90 patients with the acute appendicitis complicated by local peritonitis in the early postoperative period are examined. 50 patients received traditional therapy.

Alternative investigation methods in toxicologic hygienic evaluation of industrial and environmental objects.

North-West Public Health Research Center, 4, 2-ya Sovetskaya str, S.-Petersburg, Russia, 191036 The authors reviewed toxicologic alternative investigation methods used in Russia for evaluation of occupational and natural environment.

[Dynamics of blood gases and acid-base balance in patients with carbon monoxide acute poisoning].

Evaluation of blood gases and acid-base balance covered patients with carbon monoxide acute poisoning, in accordance with inhalation trauma presence. Evidence is that thermochemical injury of respiratory tract induced severe acid-base dysbalance remaining decompensated for a long time despite the treatment.