Postruminal intestinal barrier dysfunction caused by excessive hindgut fermentation may be
a source of peripheral inflammation in dairy cattle. Therefore, the study objectives were to …

Heat-stress-induced inflammation may be ameliorated by antioxidant supplementation due
to the purported effects of increased production of reactive oxygen species or oxidative …

Hindgut acidosis (HGA) may cause or contribute to the inflammatory state of transition dairy
cows by compromising the intestinal barrier. Previous experiments isolating the effects of …

Simple Summary This review critically examined the literature on the interaction between
insulin resistance (IR) and metabolic inflammation in transition dairy cows. Our review …

Cows in early lactation (EL) are purportedly immune suppressed, which renders them more
susceptible to disease. Thus, the study objective was to compare key biomarkers of immune …

Study objectives were to evaluate the effects of hindgut acidosis (HGA) on production,
metabolism, and inflammation in feed-restricted (FR) dairy cows. Twelve rumen-cannulated …

Introduction The effects of lipopolysaccharides (ie, endotoxin; LPS) on metabolism are
poorly defined in lactating dairy cattle experiencing hyperlipidemia. Objectives Our objective …

Previous stressors and systemic inflammation may increase the intestine's susceptibility to
hindgut acidosis (HGA). Therefore, our experimental objectives were to evaluate the effects …

Mastitis is one of the most serious diseases that causes losses in the dairy industry,
seriously impairing milk production and milk quality, and even affecting human health …

Study objectives were to compare the immune response, metabolism and production
following intramammary lipopolysaccharide (IMM LPS) administration in early and mid …