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[Neuroallergic activity of anti-rabies vaccines].

Augustinský, S Svrcek, Vrtiak Oj, G Benkó, Konrád

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Abstract

The safety and neuroallergic activity of current commercial and experimental rabies vaccine were studied by detecting the patho-histological changes in the central nervous system of laboratory animals (guinea-pigs) according to the method recommended by the World Health Organization (Gispen, 1975). Six rabies vaccines were tested in the experiments. The vaccines are as follows: lyophilized rabies vaccine - human; lyophilized rabies vaccine - veterinary; rabies vaccine U. S. P. duck embryo - human; avianized rabies vaccine - veterinary; inactivated rabies vaccine from strain Vnukov-32 - human; live cell rabies vaccine from strain Vnukovo-32 - veterinary. Patho-histological changes indicating the neuroallergic activity of the vaccines were observed in laboratory animals (varying range and intensity of these activities, to which the following vaccines were applied: lyophilized vaccine - veterinary and lyophilized rabies vaccine - human. The cell rabies vaccines from strain Vnukovo-32 were found to be safe; they can be recommended for their merits (including nonreactogenicity) to be used in veterinary practice in rabies immunoprophylaxis.

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What this paper is about

The safety and neuroallergic activity of current commercial and experimental rabies vaccine were studied by detecting the patho-histological changes in the central nervous system of laboratory animals (guinea-pigs) according to the method recommended by the World Health Organization (Gispen, 1975). Six rabies vaccines were tested in the experiments. The vaccines are as follows: lyophilized rabies vaccine - human; lyophilized rabies vaccine - veterinary; rabies vaccine U. S. P. duck embryo - human; avianized rabies vaccine - veterinary; inactivated rabies vaccine from strain Vnukov-32 - human; live cell rabies vaccine from strain Vnukovo-32 - veterinary. Patho-histological changes indicating the neuroallergic activity of the vaccines were observed in laboratory animals (varying range and intensity of these activities, to which the following vaccines were applied: lyophilized vaccine - veterinary and lyophilized rabies vaccine - human. The cell rabies vaccines from strain Vnukovo-32 were found to be safe; they can be recommended for their merits (including nonreactogenicity) to be used in veterinary practice in rabies immunoprophylaxis.

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Available abstract

The safety and neuroallergic activity of current commercial and experimental rabies vaccine were studied by detecting the patho-histological changes in the central nervous system of laboratory animals (guinea-pigs) according to the method recommended by the World Health Organization (Gispen, 1975). Six rabies vaccines were tested in the experiments. The vaccines are as follows: lyophilized rabies vaccine - human; lyophilized rabies vaccine - veterinary; rabies vaccine U. S. P. duck embryo - human; avianized rabies vaccine - veterinary; inactivated rabies vaccine from strain Vnukov-32 - human; live cell rabies vaccine from strain Vnukovo-32 - veterinary. Patho-histological changes indicating the neuroallergic activity of the vaccines were observed in laboratory animals (varying range and intensity of these activities, to which the following vaccines were applied: lyophilized vaccine - veterinary and lyophilized rabies vaccine - human. The cell rabies vaccines from strain Vnukovo-32 were found to be safe; they can be recommended for their merits (including nonreactogenicity) to be used in veterinary practice in rabies immunoprophylaxis.

Key concepts: Rabies, Duck embryo vaccine, Rabies vaccine, Virology, Veterinary medicine, Rabies virus, Medicine, Biology

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[Neuroallergic activity of anti-rabies vaccines]. — Research Paper | ScholarLens