RVC Website: | Home | Courses | Higher Degrees | Research | Clinical Services | RVC Enterprise | Contacts | Search |

Vets.TV logo - links to Vets.TV websiteVideos

Introduction

This is the first in a series of videos which will explore how to control and prevent Bovine Viral Diarrhoea. This video comprises an introduction to the series by the recognised expert in the field Professor Joe Brownlie and past President of the BVA David Catlow.

BVD - The Virus

This film on the BVD Virus is split into three parts. The first part introduces the members of the Pestivirus family. The second part deals with the genomic structure and the individual genes and their products. The third part explains how the different biotypes are formed and the relationship to the diseases caused by the virus.

In this video, we want to explain the relevance and importance of the molecular structure of the virus and to show the reason why we get different isolates of different virulence on different farms. The BVD virus is an RNA virus which is single stranded and shows a great capacity to mutate. The consequence of this is that we are constantly faced with viruses of different virulence and also viruses that have different fingerprints. This can present problems for diagnostics, but, on the positive side, it does allow us to identify different isolates on different farms. We hope this video will shed some light on the virus and why a better understanding of it will help in selecting the correct diagnostics and interpreting their results.

VETS.TV

Interested in seeing more veterinary videos? Visit VETS.TV to see what's available.

If you'd like to be kept up to date with future releases of videos and other BVD resources please submit your name and email address on the Subscribe page.

Please note: All videos on this page are for personal and educational use only and may not be used, copied, reproduced, distributed, broadcast, displayed, licensed or otherwise exploited for any other purposes whatsoever without the prior consent of the Royal Veterinary College. Contact Nick Short for further information.

© Royal Veterinary College