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Biomedical subjects

V M Ruchko

Publications and source records attributed to V M Ruchko.

5 recordsLinked to original sources

[Rickettsioses: their chemoprophylaxis and chemotherapy].

As a result of long-standing screening of chemopreparations of anti-rickettsiosis action in-vitro and in-vivo experiments and their clinical evaluation in the treatment of R. of any etiology, it is established that the most effective ones are those of the 4 groups: tetracyclines (doxicycline, minocyclines), ansamicines (rifampicine), ftorchinolones (cyprofloxacine, ofloxacine, pefloxacine) and the new generation of macrolides (asitromicine, klaritromicine). Since all the studied preparations have only rickettsiosis-static effect, a promising way to finding a rickettsiocidic preparation capable of preventing a possible persistence of a relevant agent in a human body is a combined application of highly effective chemopreparations (doxicycline, in particular) or pefloxacine with lysosomal alkalinizing drugs (chlorochin, ammonium chloride or amantadine). Antibiotics of prolonged anti-rickettsiosis action give a real chance for prevention even with a one-time dose.

Animals↗

[Experimental study of residual virulence of viral vaccine strains].

Residual virulence of three vaccinia strains: Neurovaccine, L-IVP, and its recombinant Revacs-B expressing HBs and preS2 antigens of hepatitis B virus is compared. Insertion of HBs and preS2 antigens of hepatitis B virus in the genome of vaccinia virus strain L-IVP decreases its residual virulence and leads to a benign course of vaccinal reaction involving no deaths of rabbits, cotton rats, or guinea pigs. We may expect that recombinant vaccine Revacs B based on L-IVP strain will cause no postvaccinal complications under conditions of an appreciable decrease in population immunity to vaccinia virus.

Animals↗

[Transgenic plants in vaccinology].

The problem of transgenic plants application to production of antigens, antibodies, enzymes, and hormones is discussed. Transgenic plants are a highly effective system for production of bioactive molecules. Prospects for using transgenic plants expressing viral and bacterial antigens for mucosal immunization are discussed.

Antibodies↗

[Comprehensive evaluation of the effectiveness of antibiotics in experimental typhus infection].

The informative indices of antibiotic efficacy in the treatment of typhus were determined in experiments on guinea pigs and used for the design of an integral index of a drug prophylactic activity against Rickettsia prowazekii. A procedure for a comprehensive estimation of an antibiotic prophylactic efficacy in experimental typhus by the whole complex of clinical, immunological and rickettsiological properties is described.

Animals↗