Reduction in Cold Stress in an Innovative Metabolic Cage Housing System Increases Animal Welfare in Laboratory Mice.

Housing in metabolic cages can induce a pronounced stress response. Metabolic cage systems imply housing mice on metal wire mesh for the collection of urine and feces in addition to monitoring food and water intake. Moreover, mice are single-housed, and no nesting, bedding, or enrichment material is provided, which is often argued to have a not negligible impact on animal welfare due to cold stress.

[Health promotion and prevention as responsibilities of the established physician--status and current deficits].

General practitioners have been questioned by the Society of panel doctors of Bavaria about the status, deficiencies and the future focus of prevention in the medical office. The results of this questionnaire was compared to similar studies from Niedersachsen and Switzerland. From these results, conclusions should be drawn for initiatives of the medical self-administration to improve the preventive out-patient care.

Report on clinical test of pipecurium bromide.

The actions of the new depolarization-blocking muscle relaxant agent; 2 beta,16-beta-bis-(4'-dimethyl-1'-piperazino)-3 alpha,17 beta-diacetoxy-5 alpha-androstane dibromide (pipecurium bromide, RGH-1106, Arduan), were studied in fentanyl-N2O, in halothane-N2O and in methoxy-flurane-N2O anaesthesia in a total of 94 patients. The drug in a dose of 0.05 mg/kg body weight (recommended by the manufacturer), elicited complete muscle relaxation, which was satisfactory even for performing abdominal operations.