Taylor D J
Vet Rec. 1976 Dec 4;99(23):453-6. doi: 10.1136/vr.99.23.453.
Experimental swine dysentery was produced in groups of susceptible pigs by feeding pure cultures of two isolates of T hyodysenteriae. These infected groups of pigs were then used to assess the efficacy of ronidazole medication of the drinking water and of the feed in the treatment and prophylaxis of the experimental disease. Ronidazole was found to be effective in the treatment of swine dysentery and appeared to eliminate the causal agent, T hyodysenteriae, from treated affected pigs when given in the drinking water at 30 and 60 ppm for three days and in the feed at 120 ppm for four days. The inclusion of ronidazole in the feed for 14 days at 30, 60 and 90 ppm was found to suppress the development of the disease but 90 ppm was the only level found to prevent the development of infection.
通过给易感猪群投喂两种猪痢疾短螺旋体分离株的纯培养物,诱发了实验性猪痢疾。然后,使用这些感染猪群来评估饮用水和饲料中罗硝唑药物对实验性疾病的治疗和预防效果。结果发现,罗硝唑对猪痢疾治疗有效,当以30 ppm和60 ppm的浓度添加到饮用水中持续三天,以及以120 ppm的浓度添加到饲料中持续四天时,似乎能从治疗的患病猪中消除致病因子猪痢疾短螺旋体。研究发现,在饲料中添加30 ppm、60 ppm和90 ppm的罗硝唑持续14天可抑制疾病发展,但只有90 ppm的水平能预防感染的发生。