Hide and seek: diagnosing equine viral diseases using molecular biology techniques.

This research article discusses the importance of diagnosing viral diseases in horses using molecular biology techniques. It highlights the threat these viral diseases pose to horse welfare and the related economic impact on the equine industry. The paper argues for reliable, accessible, and affordable tests to help practitioners respond to these diseases timely and effectively.

Threats to the Equine Industry

• The research emphasizes continuous threats posed by various viral diseases to the horse and the entire equine industry in today’s globalized context. These diseases negatively affect horse welfare around the world and pose a consistent economic burden on the industry.
• International transport of horses for competition, sale, and breeding practices is now common, and changes in environmental conditions have blurred geographical boundaries, thereby facilitating the spread of these infectious diseases. As a result, the role of equine veterinary practitioners in controlling these diseases is growing and evolving.

Need for Reliable Identification and Diagnosis

• The study underscores the need for an accurate and timely identification and diagnosis of these infectious diseases. This is crucial not only to devise suitable therapeutic interventions at both individual and group levels, but also to administer proper measures for disease control, quarantine, and prevention.
• Being able to provide accurate diagnostics is also vital for national disease surveillance. There’s a growing need for practitioners to have readily available, reliable, and affordable diagnostic tests that can give results within a time frame that allows them to act quickly and appropriately.

Focus on Molecular Biology Techniques

• The research suggests the use of molecular biology techniques as a key tool in diagnosing equine viral diseases. By exploring cutting-edge scientific approaches to diagnostics, practitioners can improve their ability to detect and treat diseases in a timely, cost-effective manner.
• The study hints at a future where focus on advancement in molecular biology techniques will offer more comprehensive solutions in the battle against equine viral diseases.