Livestock seromonitoring and human brucellosis in central Mongolia: applying the one health approach

Background: The National Mongolian Livestock Programme 2010–21, approved by the Mongolian Parliament in 2010, includes activities to eliminate brucellosis from Mongolia. As part of this programme, the Mongolian authorities planned to vaccinate animals in Western Aimags in 2011 and in the Central Ai...

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Main Authors: S Ariunaa, MD, L Oyunaa, MD, E Schelling, Dr Med Vet, L Amarsanaa, MVet.Services
Format: Article
Language:English
Published: Elsevier 2015-03-01
Series:The Lancet Global Health
Online Access:http://www.sciencedirect.com/science/article/pii/S2214109X1570149X
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spelling doaj-5c1374c0d50442d3ac6fa1136d2bcfcd2020-11-25T02:53:08ZengElsevierThe Lancet Global Health2214-109X2015-03-013S1S3010.1016/S2214-109X(15)70149-XLivestock seromonitoring and human brucellosis in central Mongolia: applying the one health approachS Ariunaa, MD0L Oyunaa, MD1E Schelling, Dr Med Vet2L Amarsanaa, MVet.Services3Department of Health, Bulganaimag, Bulgan city, MongoliaSimon Fraser University, Ulaanbaatar, MongoliaSwiss Tropical and Public Health Institute, Basel, SwitzerlandAnimal Health project, Ulaanbaatar, Mongolia Background: The National Mongolian Livestock Programme 2010–21, approved by the Mongolian Parliament in 2010, includes activities to eliminate brucellosis from Mongolia. As part of this programme, the Mongolian authorities planned to vaccinate animals in Western Aimags in 2011 and in the Central Aimags in 2012. The current project was implemented between 2011 and 2014 and included three seromonitoring studies conducted after the mass vaccination of livestock in Mongolia. The aim of this study was to assist the government in effective planning of brucellosis control measures and capacity-building in epidemiology. Methods: The project consisted of three components: theoretical training on epidemiology, field work, and data analysis training. We conducted a cross-sectional study to measure vaccination and immunisation coverage and the prevalence of human brucellosis in the central region of Mongolia. We randomly selected two aimags (provinces)—Dundgobi and Uvurkhangai—from the nine aimags in Central Mongolia. The selections of households and herds were done in a four-stage random cluster sampling, proportional to the size of the targeted livestock herd. Findings: Human brucellosis seropositivity was higher in Dundgobi (26/254 [10%]) than in Uvurkhangai Aimag (9/252 [3·8%]). The reported vaccination frequency of livestock in a khot ail (a cluster of several households that share shelter, water, and pasture) was high (87% for cattle herds, 100% for yak, and 96% for goat and sheep herds). Seropositivity was 44% in cattle, 92% in yak, 70% in goats, and 65% in sheep. As part of the project, 40 epidemiology professionals received training and they are now able to apply the knowledge gained from the programme to their work. Furthermore, the Mongolian government has data for rates of brucellosis in humans and livestock in Central and Eastern Mongolia as a result of this project. Interpretation: The project has provided the groundwork for sustainable development by training Mongolian professionals to monitor brucellosis vaccination at a national level. The fight against brucellosis requires long-term commitment and financial and technical support from various stakeholders, including herders, veterinarians, medical professionals, and decision makers. Among ongoing challenges is that there is resistance from some veterinarians who deny the benefits of the one health approach and the contribution of international experts. Funding: The project has been funded by the “Animal Health” project implemented jointly by the Government of Mongolia and the Swiss Tropical and Public Health Institute in Basel, with financial support from the Swiss development agency. http://www.sciencedirect.com/science/article/pii/S2214109X1570149X
collection DOAJ
language English
format Article
sources DOAJ
author S Ariunaa, MD
L Oyunaa, MD
E Schelling, Dr Med Vet
L Amarsanaa, MVet.Services
spellingShingle S Ariunaa, MD
L Oyunaa, MD
E Schelling, Dr Med Vet
L Amarsanaa, MVet.Services
Livestock seromonitoring and human brucellosis in central Mongolia: applying the one health approach
The Lancet Global Health
author_facet S Ariunaa, MD
L Oyunaa, MD
E Schelling, Dr Med Vet
L Amarsanaa, MVet.Services
author_sort S Ariunaa, MD
title Livestock seromonitoring and human brucellosis in central Mongolia: applying the one health approach
title_short Livestock seromonitoring and human brucellosis in central Mongolia: applying the one health approach
title_full Livestock seromonitoring and human brucellosis in central Mongolia: applying the one health approach
title_fullStr Livestock seromonitoring and human brucellosis in central Mongolia: applying the one health approach
title_full_unstemmed Livestock seromonitoring and human brucellosis in central Mongolia: applying the one health approach
title_sort livestock seromonitoring and human brucellosis in central mongolia: applying the one health approach
publisher Elsevier
series The Lancet Global Health
issn 2214-109X
publishDate 2015-03-01
description Background: The National Mongolian Livestock Programme 2010–21, approved by the Mongolian Parliament in 2010, includes activities to eliminate brucellosis from Mongolia. As part of this programme, the Mongolian authorities planned to vaccinate animals in Western Aimags in 2011 and in the Central Aimags in 2012. The current project was implemented between 2011 and 2014 and included three seromonitoring studies conducted after the mass vaccination of livestock in Mongolia. The aim of this study was to assist the government in effective planning of brucellosis control measures and capacity-building in epidemiology. Methods: The project consisted of three components: theoretical training on epidemiology, field work, and data analysis training. We conducted a cross-sectional study to measure vaccination and immunisation coverage and the prevalence of human brucellosis in the central region of Mongolia. We randomly selected two aimags (provinces)—Dundgobi and Uvurkhangai—from the nine aimags in Central Mongolia. The selections of households and herds were done in a four-stage random cluster sampling, proportional to the size of the targeted livestock herd. Findings: Human brucellosis seropositivity was higher in Dundgobi (26/254 [10%]) than in Uvurkhangai Aimag (9/252 [3·8%]). The reported vaccination frequency of livestock in a khot ail (a cluster of several households that share shelter, water, and pasture) was high (87% for cattle herds, 100% for yak, and 96% for goat and sheep herds). Seropositivity was 44% in cattle, 92% in yak, 70% in goats, and 65% in sheep. As part of the project, 40 epidemiology professionals received training and they are now able to apply the knowledge gained from the programme to their work. Furthermore, the Mongolian government has data for rates of brucellosis in humans and livestock in Central and Eastern Mongolia as a result of this project. Interpretation: The project has provided the groundwork for sustainable development by training Mongolian professionals to monitor brucellosis vaccination at a national level. The fight against brucellosis requires long-term commitment and financial and technical support from various stakeholders, including herders, veterinarians, medical professionals, and decision makers. Among ongoing challenges is that there is resistance from some veterinarians who deny the benefits of the one health approach and the contribution of international experts. Funding: The project has been funded by the “Animal Health” project implemented jointly by the Government of Mongolia and the Swiss Tropical and Public Health Institute in Basel, with financial support from the Swiss development agency.
url http://www.sciencedirect.com/science/article/pii/S2214109X1570149X
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