Gutema Fanta D, Agga Getahun E, Makita Kohei, Smith Rebecca L, Mourits Monique, Tufa Takele B, Leta Samson, Beyene Tariku J, Asefa Zerihun, Urge Beksissa, Ameni Gobena
College of Veterinary Medicine and Agriculture, Addis Ababa University, Bishoftu, Ethiopia.
U. S. Department of Agriculture, Agricultural Research Service, Food Animal Environmental Systems Research Unit, Bowling Green, KY, United States.
Front Vet Sci. 2020 Dec 16;7:586056. doi: 10.3389/fvets.2020.586056. eCollection 2020.
Bovine tuberculosis (BTB) is a zoonotic bacterial infection caused by and is characterized by the development of granulomatous lesions in the lymph nodes, lungs and other tissues. It poses serious public health impacts and food security challenges to the agricultural sector in terms of dairy and meat productions. In Ethiopia, BTB has been considered as a priority disease because of its high prevalence in urban and peri-urban dairy farms. However, there has not been any national control program in the country. Thus, in order to initiate BTB control program in the country, information on control options is needed to tailor the best option for the Ethiopian situation. The objective of this study was to identify, evaluate and rank various BTB control options in Ethiopia using a multi-criteria decision analysis based on preference ranking organization method for enrichment evaluations (PROMETHEE) approach while accounting for the stakeholders' preferences. Control options were evaluated under two scenarios: with (scenario 1) and without (scenario 2) bacillus Calmette-Guérin (BCG) vaccination. Nine potential control options were identified that include combinations of three control options (1) test and slaughter with or without government support, (2) test and segregation, and (3) BCG vaccination. Under scenario 1, BCG vaccination, BCG vaccination and test and slaughter with partial compensation by government, and BCG vaccination and test and slaughter with full compensation by government were the top three ranked control options. Under scenario 2, test and slaughter with full compensation by government was the preferred control option, followed by test and segregation supported by test and slaughter with full government compensation, and test and slaughter with half compensation by government. Irrespective of the variability in the weighting by the stakeholders, the sensitivity analysis showed the robustness of the ranking method. In conclusion, the study demonstrated that BCG vaccination, and test and slaughter with full compensation by government were the two most preferred control options under scenarios 1 and 2, respectively. National level discussions were strongly recommended for further concretization and implementation of these control measures.
牛结核病(BTB)是一种由细菌引起的人畜共患感染,其特征是在淋巴结、肺部和其他组织中形成肉芽肿性病变。它对乳制品和肉类生产的农业部门构成严重的公共卫生影响和食品安全挑战。在埃塞俄比亚,由于牛结核病在城市和城郊奶牛场中高发,它被视为一种重点疾病。然而,该国尚未实施任何全国性的防控计划。因此,为了在该国启动牛结核病防控计划,需要有关防控方案的信息,以便为埃塞俄比亚的情况量身定制最佳方案。本研究的目的是使用基于偏好排序组织方法进行富集评估(PROMETHEE)的多标准决策分析,在考虑利益相关者偏好的同时,识别、评估并对埃塞俄比亚的各种牛结核病防控方案进行排名。防控方案在两种情况下进行评估:有卡介苗(BCG)接种(情况1)和无卡介苗接种(情况2)。确定了九种潜在的防控方案,包括三种防控方案的组合:(1)有或没有政府支持下的检测和屠宰,(2)检测和隔离,以及(3)卡介苗接种。在情况1下,卡介苗接种、卡介苗接种以及政府部分补偿的检测和屠宰,以及政府全额补偿的卡介苗接种和检测和屠宰是排名前三的防控方案。在情况2下,政府全额补偿的检测和屠宰是首选的防控方案,其次是政府全额补偿的检测和屠宰支持的检测和隔离以及政府半额补偿的检测和屠宰。无论利益相关者权重的变化如何,敏感性分析都显示了排名方法的稳健性。总之,该研究表明,在情况1和情况2下,卡介苗接种以及政府全额补偿的检测和屠宰分别是两种最受青睐的防控方案。强烈建议进行国家级讨论,以进一步落实和实施这些防控措施。