Comparative studies concerning the suitability of European hamsters and Syrian golden hamsters for investigations on smoke exposure.
G Reznik, H Reznik-Schüller, H Schostek, K Deppe, U. Möhr
Abstract
G Reznik, H Reznik-Schüller, H Schostek, K Deppe, U. Möhr
Abstract
The suitability of the European hamster and the Syrian golden hamster for experiments with tobacco smoke has been tested under various conditions by exposure of the animals to total smoke and the gas vapour phase of two cigarettes. Respiration rate, tidal volume and CO-Hb concentrations were measured before and after the exposures. The results demonstrate that the European hamster tolerates smoke inhalation under all conditions studied better than the Syrian golden hamster. In addition, the haemoglobin of the European hamster showed a markedly lower affinity for carbon monoxide than that of the Syrian golden hamster. In the European hamster, therefore, the danger of CO poisoning after repeated exposures to tobacco is much smaller than in the Syrian golden hamster. The European hamster can be regarded as a more suitable model for investigations with highly concentrated and prolonged smoke inhalations.
OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The suitability of the European hamster and the Syrian golden hamster for experiments with tobacco smoke has been tested under various conditions by exposure of the animals to total smoke and the gas vapour phase of two cigarettes. Respiration rate, tidal volume and CO-Hb concentrations were measured before and after the exposures. The results demonstrate that the European hamster tolerates smoke inhalation under all conditions studied better than the Syrian golden hamster. In addition, the haemoglobin of the European hamster showed a markedly lower affinity for carbon monoxide than that of the Syrian golden hamster. In the European hamster, therefore, the danger of CO poisoning after repeated exposures to tobacco is much smaller than in the Syrian golden hamster. The European hamster can be regarded as a more suitable model for investigations with highly concentrated and prolonged smoke inhalations.
Key concepts: Hamster, Golden hamster, Mesocricetus, Smoke, Inhalation, Toxicology, Syrian hamsters, Chemistry