G. Salle

This study evaluates the nemabiome approach for equine strongylid species identification using ITS-2 and a new COI barcode, finding COI less effective due to amplification biases and lower sensitivity.

The paper builds the first equine gut microbiome gene catalog and links rare microbiome species to improved cardiovascular fitness in endurance horses.

This study analyzes horse strongylid communities using a meta-analysis to identify factors shaping their diversity and structure, finding that species turnover between age groups and positive co-occurrence networks are key.

The paper breeds sheep resistant to parasites and finds that resistance remains stable across environments but is affected by specific parasite infections.

The paper analyzes 29 years of postmortem data to show a shift in equine parasite prevalence from 2000, with increased Parascaris spp. and decreased S. vulgaris and tapeworms.

This study shows lupin seeds inhibit parasitic nematodes through alkaloids, offering a potential alternative to combat drug-resistant parasites in ruminants.

This study examines strongyle communities in horses, finding that diversity is shaped by sex and a dispersal-fecundity trade-off among species.

This study identifies risk factors for anthelmintic resistance in equine strongyles using data from 688 horses, showing that FEC-based treatment and biosecurity measures reduce resistance risk.