Anthelmintic resistance is reported in equine nematodes with increasing frequency in recent
years, and no new anthelmintic classes have been introduced during the past 40 years. This …

Horses are large non-ruminant herbivores and rely on microbial fermentation for energy,
with more than half of their maintenance energy requirement coming from microbial …

This study quantified the extent of anthelmintic resistance (AR) in ascarid and strongylid
nematodes against commonly used anthelmintics in Australian Thoroughbred horses …

Strongyle infection is an important issue in horse breeding. It impairs horse health and
performance, with young horses being the most sensitive. Strongyle control has long relied …

Background There is limited evidence regarding the treatment and outcomes of larval
cyathostominosis. Objectives To describe the presentation, treatment and outcomes of …

Gastrointestinal strongyles are a major threat to horses' health and welfare. Given that
strongyles inhabit the same niche as the gut microbiota, they may interact with each other …

Background The intensive application of anthelmintics in equine has led to considerable
resistance in cyathostomins and Parascaris equorum. It has been well documented that …

Horses are infected by a wide range of parasite species that form complex communities.
Parasite control imposes significant constraints on parasite communities whose monitoring …

Background There is a lack of consensus on how best to balance our need to minimise the
risk of parasite‐associated disease in the individual horse, with the need to limit the use of …

Consisting of approximately 50 different species, the cyathostomin parasites are ubiquitous
in grazing horses. Co-infection with several species is common, and large burdens can …