Home
http://www.virbac.fr/ http://www.boehringer-ingelheim.com/ http://www.novartis.com/ http://www.animalhealth.bayerhealthcare.com/
vetcontact
Vetrinär
Tiermedizin
  WELCOME  
vetcontact
Vetrinär
Tiermedizin
  Privacy Policy  
  Home  
  Login / Newsletter  
vetcontact
Vetrinär
Tiermedizin
  CONTACTS  
vetcontact
Vetrinär
Tiermedizin
  Classifieds  
  New Products  
  VetCompanies  
  VetSchools  
vetcontact
Vetrinär
Tiermedizin
  PROFESSION  
vetcontact
Vetrinär
Tiermedizin
  Edutainment  
  VetAgenda  
  Presentations  
  Posters  
  ESAVS  
  Specialisation  
vetcontact
Vetrinär
Tiermedizin
  INSIGHT  
vetcontact
Vetrinär
Tiermedizin
  Congress News  
  Picture Galleries  
vetcontact
Vetrinär
Tiermedizin
  PRODUCTS  
vetcontact
Vetrinär
Tiermedizin
  Bayer  
  Boehringer Ing.  
  Novartis  
  Virbac

 
  Simply book for less...  
    

Bovine    Equine    Small Animal Practice    Swine Practice    Articles    Vetjournal    
deutsch english español polski francais
Home / WELCOME / Archiv / Bovine /     
 
Badger culling to control bovine tuberculosis
Bovine tuberculosis (TB) has re-emerged as a major problem for British cattle farmers. Failure to control the infection has been linked to transmission from European badgers; badger culling has therefore formed a component of British TB control policy since 1973. Was this work successful?

To investigate the impact of repeated widespread badger culling on cattle TB, the Randomised Badger Culling Trial compared TB incidence in cattle herds in and around ten culling areas (each 100 km2) with those in and around ten matched unculled areas.

RESULTS: Overall, cattle TB incidence was 23.2% lower (95% confidence interval (CI) 12.4-32.7% lower) inside culled areas, but 24.5% (95% CI 0.6% lower-56.0% higher) higher on land
Inside the culling area boundary the beneficial effect of culling tended to increase with distance from the boundary (p=0.085) and to increase on successive annual culls (p=0.064).

In adjoining areas, the detrimental effect tended to diminish on successive annual culls (p=0.17).

On the basis of such linear trends, the estimated net effect per annum for culling areas similar to those in the trial was detrimental between the first and second culls, but beneficial after the fourth and later culls, for the range of analyses performed.

CONCLUSIONS: Careful consideration is needed to determine in what settings systematic repeated culling might be reliably predicted to be beneficial, and in these cases whether the benefits of such culling warrant the costs involved.



Source: Donnelly CA, et al (2007): Impacts of widespread badger culling on cattle tuberculosis: concluding analyses from a large-scale field trial. In: Int J Infect Dis. 2007 Jul;11(4):300-8. Epub 2007 Jun 12.



Tell a friend   |   Print version   |   Send this article

BOVINE

The myostatin gene and its relevance to livestock animalsmembers
Myostatin, also known as growth differentiation factor 8, a member of the transforming growth factorâ€beta superâ€family, is a negative regulator of muscle development. Myostatin acts at key points during pre†and postâ€natal life of amniotes that ultimately determine the overall muscle mass of an animal. A fascinating summary about the current an overview of mechanisms of action and its potential relevance in livestock animals.

  • Immune modulators and proliferation of peripheral blood mononuclear cells in cows peripartummembers
  • Milk/plasma ratio and milk and plasma pharmacokinetics of amoxicillin in lactating cowsmembers
  • Neuromuscular block monitoring after cis-Âatracurium in the anaesthetized pigmembers
  • Growth factor expression in cows with cystic ovarian diseasemembers
  • Protecting protein to reduce methane production in ruminantsmembers
  • Lifetime prognosis in cattle with necrotic laryngitismembers
  • ECG findings in neonatal calves with diarrhea and associated potassium balance disordersmembers
  • Bacterial translocation in calves with atresia colimembers
  • Optimising lameness detection in dairy cattle members
  • Role of melatonin and its receptors in animal reproductionmembers
  • Physiological changes in inflammatory parameters in cows prae and post partummembers
  • Zinc Deficiency-Like Syndrome in Fleckvieh Calvesmembers


  • [ Home ] [ About ] [ Contact / Request ] [ Privacy Policy ]

    Copyright © 2001-2018 VetContact GmbH
    All rights reserved