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 /     
 
Bovine herpesvirus type 5 in the semen of a healthy bull
Artificial insemination is widely used in the cattle industry and a major challenge is to ensure that semen is free of infectious agents. A healthy donor bull was tested for freedom from infectious agents. But with one of the sensitive new diagnostic techniques a potentially very pathogen virus was isolated - in absence of any clinical signs...

A bovine herpesvirus was isolated in testis cells and identified as bovine herpesvirus type 5 (BoHV-5) by polymerase chain reaction and by direct amplicon sequencing.

The amplicon sequence shared 100% similarity with the published sequence of BoHV-5.

This is the first report in Australia of BoHV-5 in semen. The implications of this finding are discussed.


Source: IS Diallo, GR Hewitson, J Hoad, S Turner, BG Corney and BJ Rodwell (2010):
Isolation of bovine herpesvirus type 5 from the semen of a healthy bull in Australia. In: Australian Veterinary Journal
Volume 88 Issue 3, Pages 93 - 95
Published Online: 16 Feb 2010





Tell a friend   |   Print version   |   Send this article

BOVINE

Protecting protein to reduce methane production in ruminantsmembers
Ruminants have a low efficiency of nitrogen (N) utilization that has negative implications for animal production and the environment, but reducing the ruminal degradation of protein can help to reduce N losses. The objective of this study was to evaluate the inclusion of sunflower meal (SM) and sunflower seed (SS) protected against ruminal degradation in high‐cereal diets on in vitro ruminal fermentation and CH4 production.

  • 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
  • Fertility of dairy cows after adding superphosphate to the drinking watermembers
  • Activity of continous releasing oxfendazole capsules against Ostertagia ostertagiimembers
  • Tricho-dento-osseus-like syndrome in a Brown Swiss calfmembers
  • Non-tuberculous Mycobacteria in healthy slaughtered cattle and the abattoir members
  • Subclinical ketosis in dairy cows: prevalence and risk factorsmembers


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

    Copyright © 2001-2018 VetContact GmbH
    All rights reserved