首页> 外文期刊>Research Journal of Veterinary Sciences >Comparative Haematological Changes in Rats Experimentally Infected with Trypanosoma brucei brucei and Treated with Imidocarb Dipropionate and Diminazene Aceturate
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Comparative Haematological Changes in Rats Experimentally Infected with Trypanosoma brucei brucei and Treated with Imidocarb Dipropionate and Diminazene Aceturate

机译:实验性感染布氏锥虫的大鼠血液学变化,并用亚氨基甲酸双丙酸酯和双咪唑酮治疗

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Trypanosomosis is a disease that causes great haematological alterations in the infected. Despite the importance of the disease in animals, there is yet scarce trypanocides available for treatment of infected mammals. The present limitation in chemotherapy in trypanosomosis lead to assessment of the usefulness of imidocarb di propionate as an alternative trypanocide. Twenty one pathogen free albino rats were used in the study. They were randomly grouped into 3 of 7 members each. The GPA was uninfected control, GPB was infected with T. brucei brucei and treated with diminazene aceturate and GPC was infected with T. brucei brucei and treated with imidazole dipropionate. By 5 to 6 days post infection, there was a significant decrease in the PCV and Hb concentration values of the infected groups (GPB and GPC) and up to day 7 in GPC. There were haematological improvement in the infected groups by day 8 post infection (day 3 post treatment) on treatment with imidocarb dipropionate and diminazene in GPB and GPC, respectively. The rapid haematological improvements in the groups were attributed to prompt treatment and acuteness of the disease in the rats. It was concluded that T. brucei brucei alters both the PCV and Hb values of infected rats and treatment with imidocarb dipropionate significantly (p<0.05) improved altered haematological values and therefore could serve as an alternative trypanocide.
机译:锥虫病是一种导致感染者血液学发生重大改变的疾病。尽管该疾病在动物中很重要,但仍缺乏可用于治疗受感染哺乳动物的锥虫病。锥虫病的化学疗法目前存在的局限性导致评估了丙酸咪唑威酯作为替代性锥虫病的有效性。在该研究中使用了21只无病原体的白化病大鼠。他们被随机分为7名成员中的3名。 GPA是未感染的对照,GPB感染了布鲁氏布鲁氏菌,并用醋酸二咪唑处理,而GPC感染了布鲁氏布鲁氏菌,并用丙酸咪唑处理。到感染后5至6天,感染组(GPB和GPC)的PCV和Hb浓度值显着降低,直到GPC直至第7天。感染后第8天(治疗后第3天),分别在GPB和GPC中用亚氨基甲酸双丙酸酯和地米那嗪治疗,感染组的血液学有所改善。各组中血液学的快速改善归因于大鼠的快速治疗和疾病的严重性。结论是,布鲁氏布鲁氏菌同时改变了感染大鼠的PCV和Hb值,用咪唑基双丙酸酯处理(p <0.05)可以显着改善血液学改变值,因此可以用作替米诺德的替代品。

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