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Taenia solium control in Zambia: The potholed road to success

机译:赞比亚的en虫病防治:通往成功的坎road之路

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摘要

The taeniosis/cysticercosis neglected zoonotic disease complex is caused by Taenia solium, and is associated with significant economic and public health impacts. This paper reviews the current knowledge on T. solium in Zambia and the control strategies already studied, covering almost 20 years of research, and explores the way forward. Studies on occurrence of porcine cysticercosis indicated very high prevalences, ranging from 15 to 34% based on detection of circulating antigens, and of 46% to 68% based on full carcass dissection in slaughter age pigs. Taeniosis prevalences have been reported to range from 6.3% to 12% based on copro-Ag-ELISA. Human cysticercosis prevalence results ranged from 5.8% to 13% based on serum Ag-ELISA, and from 34% to 39% based on sero-antibody detection. Later on, a study in people with epilepsy suggested neurocysticercosis to be the single most important cause of epilepsy in this T. solium endemic area, with 57% of the people with active epilepsy diagnosed with probable or definite neurocysticercosis. While the need to reduce the disease burden of T. solium in Zambia is obvious, the exact short and long term goals, and the strategies to achieve these goals, are not clear. We have selected the most promising control/elimination strategies from reviews and assessed these for feasibility via discussions with local stakeholders from both medical and veterinary sectors. The proposed measures were evaluated using the newly developed agent-based disease transmission model, cystiSim and optimised using Zambian demographic and disease data. As a control option, yearly porcine treatments were selected as best option, while the preferred strategy for elimination was determined to be the combination of human and porcine mass drug administration combined with porcine vaccination of all eligible people and pigs, in a schedule of six iterations of four monthly interventions. These interventions are currently being field tested, combined with education. Several other hurdles to control, such as cost and socio-political factors and the need for an improved advocacy and awareness creation are discussed.
机译:eni虫病/囊尾osis病被忽略的人畜共患病综合症是由Ta虫引起的,并与重大的经济和公共卫生影响有关。本文回顾了赞比亚T.solium的最新知识以及已经研究了近20年的研究控制策略,并探讨了前进的方向。猪囊尾rc病的发生率研究表明,在屠宰龄猪中,其流行率非常高,根据循环抗原的检测范围为15%至34%,根据完全car体解剖为46%至68%。据报道,基于copro-Ag-ELISA的Taeniosis患病率为6.3%至12%。根据血清Ag-ELISA,人囊尾rc病的患病率范围为5.8%至13%,根据血清抗体检测,结果为34%至39%。后来,对癫痫患者的一项研究表明,神经囊尾rc病是该T. solium流行区中癫痫的最重要的单一原因,活动性癫痫的人中有57%被诊断为可能或确定的神经囊尾ice病。虽然减少赞比亚锥虫的疾病负担的需求很明显,但尚不清楚确切的短期和长期目标以及实现这些目标的策略。我们从审查中选择了最有希望的控制/消除策略,并通过与医疗和兽医领域的当地利益相关者的讨论对这些策略的可行性进行了评估。使用新开发的基于病原体的疾病传播模型cystiSim对提议的措施进行了评估,并使用赞比亚人口统计和疾病数据对其进行了优化。作为对照选择,每年的猪治疗被选为最佳选择,而确定的首选消除策略是将人和猪的大规模药物管理与所有合格的人和猪的疫苗接种相结合,按六次迭代进行四个月度干预措施这些干预措施目前正在与教育结合进行现场测试。讨论了其他一些控制障碍,例如成本和社会政治因素,以及对改进倡导和意识建设的需求。

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