Completed Plants, Animals & Ecology

Developing behavioural methods to assess pain in horses

In plain English

AI plain-English summary

A horse's saliva could reveal whether it is developing a fatal disease called Equine Grass Sickness (EGS). This PhD project investigates the causes, risk factors, and diagnosis of EGS, a condition whose cause remains unknown despite years of research. The lack of success in identifying a single causative agent suggests the disease may be multifactorial, involving both biological and environmental factors. The research takes an interdisciplinary approach. It will develop a novel in vitro system using 3D gut enteroid cultures from horses to study early host-pathogen interactions with leading candidate causal agents. It will also test whether saliva can serve as a non-invasive diagnostic tool by detecting host immune responses to candidate antigens. Samples will come from longitudinal studies in areas where grass sickness has been prevalent. A national biobank and database will be established, collecting biological and environmental samples from EGS cases and controls, with input from vets, horse owners, and researchers. If successful, this work could lead to a simple, non-invasive test for EGS, enabling earlier diagnosis and better management of the disease. It may also clarify the underlying causes, potentially reducing the incidence of a condition that currently has no reliable diagnostic method.

View original technical description
As of 1st July 2022, Olivia Curry commenced a new PhD project Developing behavioural methods to assess pain in horses under the Supervision of Cathy Dwyer, Juliet Duncan and Gemma Pearson. This studentshi project will look at the causes, risk factors and diagnoses associated with Equine Grass Sickness (EGS), adopting an inter-disciplinary collaborative approach. Both biological and environmental factors will be investigated, with the student having the opportunity to review all available research and using a multi-disciplinary approach, identify gaps in knowledge and undertake relevant research strands to elucidate causal agents and risk factors. Previous research has looked at individual potential causal agents and the lack of success so far in identifying a causative agent suggests it may be multifactorial. The main strands of this research project will include: - Developing a relevant and novel in vitro system comprising 3D gut enteroid cultures from horses to enable the study of the early host-pathogen interactions following challenge of the in vitro cultures with some of the leading candidate causal agents that may be involved in equine grass sickness. - Investigating the use of saliva as a non-invasive test in horses to detect host immune responses to a range of candidate antigens from potential causal agents that may play a role in inducing equine grass sickness. - Samples for the project will be collected in longitudinal studies in selected areas where grass sickness has been prevalent in recent years. - Establishment of a national biobank and database, including questionnaire development, collaborating with vets, horse owners and researchers, to collect biological and environmental samples from EGS cases and controls.

View the original record at the funder ↗

Related Research

Grants with similar aims, by meaning.

Equine gut health: identifying behavioural, physiological and microbiome biomarkers associated with ulcers and inflammation in horse populations
Living with parasites: exploring tolerance of infection to reduce the impact of gastrointestinal nematodes on sheep
Tackling bottlenecks to the use of data for enhanced Johne's Disease control
SSA - Targeting early interactions between the veterinary pathogen Lumpy skin disease virus
Novel approaches to improving calf health: new technology and data analytics

Original classification

Studentship

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.