Update on the equine grass sickness biobank, database and research project.

Equine grass sickness (EGS) is a complex and often fatal disease affecting horses, and this research project focuses on collecting and analyzing data and samples to better understand and combat the disease. Veterinarians are urged to contribute by reporting cases to enhance the biobank and database that support ongoing research.

Overview of the Equine Grass Sickness Project

• Led by Beth Wells at the Moredun Research Institute, specializing in EGS research.
• Aims to improve understanding of the disease by collecting case reports and biological samples.
• Focuses on creating and maintaining a biobank and comprehensive database for research use.

Importance of Reporting Cases by Veterinarians

• Veterinarians’ reports are crucial for identifying new cases of equine grass sickness.
• Case reporting helps track the disease’s occurrence, geographical spread, and possible risk factors.
• Encourages timely submission of samples, which are vital for accurate diagnosis and research.

Role of Biobank and Database in Research

• The biobank stores biological samples like blood, tissue, and other materials from affected horses.
• The database compiles detailed clinical information and case histories from reported cases.
• Combined, these resources facilitate multidisciplinary research efforts to unravel the disease’s complexity.
• Enable studies on pathology, potential causes, progression, and possible treatments or preventive measures.

Goals and Potential Impact of the Research

• Enhance understanding of the etiology and pathology of equine grass sickness.
• Identify environmental, genetic, or infectious contributors to the disease.
• Develop improved diagnostic tools and therapeutic strategies.
• Ultimately reduce incidence and improve survival rates among affected horses.

How Veterinarians Can Participate

• Report all suspected cases of equine grass sickness to the project lead or designated contacts.
• Collect and submit biological samples as per project guidelines to enrich the biobank.
• Provide detailed clinical data to help build a robust and informative database.
• Stay informed about ongoing research findings and integrate new best practices in diagnosis and care.