Control of helminth ruminant infections by 2030
Helminth infections have large negative impacts on production efficiency in ruminant farming systems worldwide, and their effective management is essential if livestock production is to increase to meet future human needs for dietary protein. The control of helminths relies heavily on routine use of...
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| Published in: | Parasitology Vol. 145; no. 13; pp. 1655 - 1664 |
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| Main Authors: | , , , , , , |
| Format: | Journal Article |
| Language: | English |
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Cambridge, UK
Cambridge University Press
01.11.2018
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| ISSN: | 0031-1820, 1469-8161, 1469-8161 |
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| Abstract | Helminth infections have large negative impacts on production efficiency in ruminant farming systems worldwide, and their effective management is essential if livestock production is to increase to meet future human needs for dietary protein. The control of helminths relies heavily on routine use of chemotherapeutics, but this approach is unsustainable as resistance to anthelmintic drugs is widespread and increasing. At the same time, infection patterns are being altered by changes in climate, land-use and farming practices. Future farms will need to adopt more efficient, robust and sustainable control methods, integrating ongoing scientific advances. Here, we present a vision of helminth control in farmed ruminants by 2030, bringing to bear progress in: (1) diagnostic tools, (2) innovative control approaches based on vaccines and selective breeding, (3) anthelmintics, by sustainable use of existing products and potentially new compounds, and (4) rational integration of future control practices. In this review, we identify the technical advances that we believe will place new tools in the hands of animal health decision makers in 2030, to enhance their options for control and allow them to achieve a more integrated and sustainable approach to helminth control in support of animal welfare and production. |
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| AbstractList | Helminth infections have large negative impacts on production efficiency in ruminant farming systems worldwide, and their effective management is essential if livestock production is to increase to meet future human needs for dietary protein. The control of helminths relies heavily on routine use of chemotherapeutics, but this approach is unsustainable as resistance to anthelmintic drugs is widespread and increasing. At the same time, infection patterns are being altered by changes in climate, land-use and farming practices. Future farms will need to adopt more efficient, robust and sustainable control methods, integrating ongoing scientific advances. Here, we present a vision of helminth control in farmed ruminants by 2030, bringing to bear progress in: (1) diagnostic tools, (2) innovative control approaches based on vaccines and selective breeding, (3) anthelmintics, by sustainable use of existing products and potentially new compounds, and (4) rational integration of future control practices. In this review, we identify the technical advances that we believe will place new tools in the hands of animal health decision makers in 2030, to enhance their options for control and allow them to achieve a more integrated and sustainable approach to helminth control in support of animal welfare and production. Helminth infections have large negative impacts on production efficiency in ruminant farming systems worldwide, and their effective management is essential if livestock production is to increase to meet future human needs for dietary protein. The control of helminths relies heavily on routine use of chemotherapeutics, but this approach is unsustainable as resistance to anthelmintic drugs is widespread and increasing. At the same time, infection patterns are being altered by changes in climate, land-use and farming practices. Future farms will need to adopt more efficient, robust and sustainable control methods, integrating ongoing scientific advances. Here, we present a vision of helminth control in farmed ruminants by 2030, bringing to bear progress in: (1) diagnostic tools, (2) innovative control approaches based on vaccines and selective breeding, (3) anthelmintics, by sustainable use of existing products and potentially new compounds, and (4) rational integration of future control practices. In this review, we identify the technical advances that we believe will place new tools in the hands of animal health decision makers in 2030, to enhance their options for control and allow them to achieve a more integrated and sustainable approach to helminth control in support of animal welfare and production.Helminth infections have large negative impacts on production efficiency in ruminant farming systems worldwide, and their effective management is essential if livestock production is to increase to meet future human needs for dietary protein. The control of helminths relies heavily on routine use of chemotherapeutics, but this approach is unsustainable as resistance to anthelmintic drugs is widespread and increasing. At the same time, infection patterns are being altered by changes in climate, land-use and farming practices. Future farms will need to adopt more efficient, robust and sustainable control methods, integrating ongoing scientific advances. Here, we present a vision of helminth control in farmed ruminants by 2030, bringing to bear progress in: (1) diagnostic tools, (2) innovative control approaches based on vaccines and selective breeding, (3) anthelmintics, by sustainable use of existing products and potentially new compounds, and (4) rational integration of future control practices. In this review, we identify the technical advances that we believe will place new tools in the hands of animal health decision makers in 2030, to enhance their options for control and allow them to achieve a more integrated and sustainable approach to helminth control in support of animal welfare and production. |
| Author | Charlier, Johannes von Samson-Himmelstjerna, Georg Vercruysse, Jozef Claerebout, Edwin Van Dijk, Jan Geary, Tim Morgan, Eric R. |
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| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/29415781$$D View this record in MEDLINE/PubMed |
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| Copyright | Copyright © Cambridge University Press 2018 |
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| DOI | 10.1017/S003118201700227X |
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| Keywords | helminths ruminants Control |
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| SubjectTerms | Agricultural practices Animal health Animal Husbandry Animal Welfare Animals Animals, Domestic - parasitology Anthelmintic agents anthelmintics Anthelmintics - therapeutic use Antiparasitic agents Automation Climate Climate change Control methods decision making Diagnostic software Diagnostic systems diagnostic techniques dietary protein Drug resistance drug therapy Efficiency Emissions Farmers Farming Farming systems Farms Greenhouse gases helminthiasis Helminthiasis, Animal - prevention & control Helminthiasis, Animal - transmission helminths Helminths - drug effects humans Infections Laboratories Land use Livestock Livestock - parasitology Livestock production Parasites Parasitic diseases Preventive medicine Proteins Robust control ruminants Ruminants - parasitology Selective breeding Special Issue Review Sustainability Sustainable use System effectiveness Time Factors Vaccines Viral infections |
| Title | Control of helminth ruminant infections by 2030 |
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