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Abstract

Culling wildlife to control disease can lead to both decreases and increases in disease levels, with apparently conflicting responses observed, even for the same wildlife-disease system. There is therefore a pressing need to understand how culling design and implementation influence culling's...

Author(s)
Prentice, J. C.; Fox, N. J.; Hutchings, M. R.; White, P. C. L.; Davidson, R. S.; Marion, G.
Publisher
The Royal Society, London, UK
Citation
Journal of the Royal Society Interface, 2019, 16, 152, pp 20180901
Abstract

In Great Britain (GB) overall, approximately nine new incidents of bovine TB (bTB) were detected in 2017 for every 100 herds that underwent a full year of surveillance, a slight increase from the 2016 figure of 8.4. There was substantial variation across GB at country, surveillance risk area and...

Author(s)
Perrin, L. D.; Harris, K. A.; Lawes, J. R.; Frost, S.; Brouwer, A.; Dale, J.; Palkopoulou, E.; Upton, P. A.
Publisher
BMJ Publishing Group, London, UK
Citation
Veterinary Record, 2019, 184, 12, pp 371-378
Abstract

This article highlights the need to focused on breaking pathways of transmission (for bovine tuberculosis), whether they be cow to-cow transmission within a herd or between herds, or wildlife-to-cow, or vice versa, transmission. This strategy was recommended since there are limitations with regards ...

Author(s)
Cutler, K. L.
Publisher
BMJ Publishing Group, London, UK
Citation
Veterinary Record, 2019, 184, 8, pp 258-259
Abstract

Author(s)
Jones, T. O.
Publisher
BMJ Publishing Group, London, UK
Citation
Veterinary Record, 2019, 184, 2, pp 67-68
Abstract

Author(s)
Brown, R.; Gregory, B.
Publisher
BMJ Publishing Group, London, UK
Citation
Veterinary Record, 2018, 183, 22, pp 697-698
Abstract

Host resistance and infectivity are genetic traits affecting infectious disease transmission. This Perspective discusses the potential exploitation of genetic variation in cattle infectivity, in addition to resistance, to reduce the risk, and prevalence of bovine tuberculosis (bTB). In bTB,...

Author(s)
Tsairidou, S.; Allen, A.; Banos, G.; Coffey, M.; Anacleto, O.; Byrne, A. W.; Skuce, R. A.; Glass, E. J.; Woolliams, J. A.; Doeschl-Wilson, A. B.
Publisher
Frontiers Media S.A., Lausanne, Switzerland
Citation
Frontiers in Veterinary Science, 2018, 5, December, pp 310
Abstract

Bovine tuberculosis (TB) continues to be an intractable problem in many countries, particularly where "test and slaughter" policies cannot be implemented or where wildlife reservoirs of Mycobacterium bovis infection serve as a recurrent source of infection for domestic livestock. Alternative...

Author(s)
Buddle, B. M.; Vordermeier, H. M.; Chambers, M. A.; Klerk-Lorist, L. M. de
Publisher
Frontiers Media S.A., Lausanne, Switzerland
Citation
Frontiers in Veterinary Science, 2018, 5, October, pp 259
AbstractFull Text

Author(s)
Mullineaux, E.; Phoenix, J.; Brown, E.; Kidner, P.
Publisher
British Veterinary Zoological Society, Birmingham, UK
Citation
British Veterinary Zoological Society: Proceedings of BVZS Conference 2018, 9-11 November, 2018, Birmingham, UK, 2018, pp 69
AbstractFull Text

Author(s)
Sayers, G.
Publisher
British Veterinary Zoological Society, Birmingham, UK
Citation
British Veterinary Zoological Society: Proceedings of BVZS Conference 2018, 9-11 November, 2018, Birmingham, UK, 2018, pp 52
Abstract

In the French departments of Pyrénées-Atlantiques and Landes, bovine tuberculosis (bTB) due to Mycobacterium bovis is detected within cattle farms through prophylactic measures and within wild populations through a devoted surveillance system. Within the infected area at the border of these two...

Author(s)
Bouchez-Zacria, M.; Courcoul, A.; Durand, B.
Publisher
Association pour l'Étude de l'Épidémiologie des Maladies Animales, Maisons-Alfort, France
Citation
Épidémiologie et Santé Animale, 2018, No.74, pp 69-79

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