Research articles
Spirulina and Equine Physiology – What Does New...
A peer-reviewed 2026 study explores how 30 days of spirulina supplementation affects horses' blood parameters, oxygen transport, and inflammatory recovery after exercise.
Spirulina and Equine Physiology – What Does New...
A peer-reviewed 2026 study explores how 30 days of spirulina supplementation affects horses' blood parameters, oxygen transport, and inflammatory recovery after exercise.
Calcareum Algae and the Horse's Stomach – What ...
Studies show calcium-rich marine algae reduces gastric mucosal lesions in horses by buffering stomach acid through carbonate compounds.
Calcareum Algae and the Horse's Stomach – What ...
Studies show calcium-rich marine algae reduces gastric mucosal lesions in horses by buffering stomach acid through carbonate compounds.
Pectin and Lecithin – What Have Studies Found i...
Studies show pectin-lecithin combination reduces gastric mucosal lesions in horses by modifying stomach contents and supporting mucosal structure.
Pectin and Lecithin – What Have Studies Found i...
Studies show pectin-lecithin combination reduces gastric mucosal lesions in horses by modifying stomach contents and supporting mucosal structure.
Beta-Glucans – What Are They, and Why Are They ...
Beta-glucans from yeast support gut and immune function in horses. They're biologically active compounds that fit into balanced, long-term feeding.
Beta-Glucans – What Are They, and Why Are They ...
Beta-glucans from yeast support gut and immune function in horses. They're biologically active compounds that fit into balanced, long-term feeding.
Inulin as Part of the Nutritional Balance of Eq...
Inulin is a fermentable prebiotic fiber that supports equine gut microbiome health through large intestine fermentation and short-chain fatty acid production.
Inulin as Part of the Nutritional Balance of Eq...
Inulin is a fermentable prebiotic fiber that supports equine gut microbiome health through large intestine fermentation and short-chain fatty acid production.
MOS Compounds (Mannan Oligosaccharides) – Why A...
MOS compounds from yeast cell walls influence bacterial adhesion in equine gut, supporting microbiome balance and immune function through feeding.
MOS Compounds (Mannan Oligosaccharides) – Why A...
MOS compounds from yeast cell walls influence bacterial adhesion in equine gut, supporting microbiome balance and immune function through feeding.
Yeasts to Support Equine Digestion
Yeasts support equine digestion by improving fiber utilization, maintaining stable hindgut fermentation, and creating optimal conditions for gut microbes.
Yeasts to Support Equine Digestion
Yeasts support equine digestion by improving fiber utilization, maintaining stable hindgut fermentation, and creating optimal conditions for gut microbes.
Cranberry from the Perspective of Canine Urinar...
Cranberry's proanthocyanidins reduce E. coli adhesion to urinary tract surfaces in dogs, supporting urinary health through nutritional mechanisms.
Cranberry from the Perspective of Canine Urinar...
Cranberry's proanthocyanidins reduce E. coli adhesion to urinary tract surfaces in dogs, supporting urinary health through nutritional mechanisms.
Vitamin E in a Broodmare's Diet – Protection fo...
Vitamin E supplementation in broodmares increases colostrum antibodies, strengthening foal immunity during critical first weeks of life.
Vitamin E in a Broodmare's Diet – Protection fo...
Vitamin E supplementation in broodmares increases colostrum antibodies, strengthening foal immunity during critical first weeks of life.
Is Vitamin E and Selenium Beneficial for a Hors...
A 1986 study showed vitamin E and selenium supplementation increased antibody production in horses, strengthening immune resilience and defense.
Is Vitamin E and Selenium Beneficial for a Hors...
A 1986 study showed vitamin E and selenium supplementation increased antibody production in horses, strengthening immune resilience and defense.
Study: Omega-3 May Support Joint Health in Horses
Lab study shows omega-3 fatty acids EPA and DHA reduce inflammation in equine joint cells and decrease cartilage-degrading enzyme production.
Study: Omega-3 May Support Joint Health in Horses
Lab study shows omega-3 fatty acids EPA and DHA reduce inflammation in equine joint cells and decrease cartilage-degrading enzyme production.
Fatty Acid Supplement Affects Skin Wound Healin...
Rat study shows omega-3 supplementation improves wound tissue quality with better blood vessel formation and collagen structure, though not speed.
Fatty Acid Supplement Affects Skin Wound Healin...
Rat study shows omega-3 supplementation improves wound tissue quality with better blood vessel formation and collagen structure, though not speed.
