[Pharmacological treatment of hemorheological disorders in children with acute respiratory viral infection].

This article presents the results of monitoring in a group of children with severe forms of acute respiratory viral infection and toxic encephalopathy. Hemorheological disorder in the form of hyperviscosity syndrome has been detected in all patients with severe forms of acute respiratory viral infection. It was suggested the inclusion of cytoflavin in the complex therapy for correcting the hemorheological status.

[Acute respiratory viral infection in children: clinical pattern, hemorheology disorders, methods of therapy].

Clinical and laboratory indices of intoxication and hemorheology disorders that arise during acute viral infection in children have been studied. It is established for the first time that reamberine is capable of reducing the plasma and blood viscosity and can be used in the program of infusion therapy of high blood viscosity syndrome in children with acute respiratory viral infections. One of the positive mechanisms of reamberin clinical performance is its positive impact on microcirculation and hemorheology.

[Genetical features of influenza virus A (H1N1) strain that caused the 2009 pandemic].

Genetical features of the A(H1N1) influenza virus strain that caused the 2009 pandemic are analyzed in the review. Mutations typical for this strain, unique and similar to influenza viruses of swine, avian and seasonal types, and phenotypic (pathologic) features associated with them, that are experimentally confirmed, are described. A possibility of reassortation of avian and swine influenza viruses and possible epidemiologic consequences are discussed.

[Molecular-biological and antigenic features of H5N1 subtype highly pathogenic influenza virus strains isolated in southern Siberia in 2005-2009].

Aim: Study of molecular-biological and antigenic features of H5N1 subtype virus strains isolated in southern Siberia in 2005-2009.

Materials And Methods: Study was performed by using standard procedures according to WHO recommendations.

Results: Hemagglutinin gene of H5N1 subtype virus strain isolated in Siberia belongs to 2 genetical lineages: 2.

[Pandemic influenza virus A (H1N1) in Amur region in autumn 2009].

Aim: Isolation and study of molecular genetic characteristics of pandemic influenza virus A (H1N1) circulated in Amur region in autumn 2009 as well as testing of serum samples taken from citizens of this region during November- December 2009 in order to measure levels of antibodies to socially significant serotypes of influenza A virus.

Materials And Methods: Strain of pandemic influenza virus A/Blagoveschensk/01/2009 (H1N1) was isolated on MDCK cell culture and nucleotide sequences of all eight segments of viral genome were determined. Five hundred seventy-six serum samples taken in Amur region in autumn 2009 were tested by hemagglutination inhibition assay.