Simple Summary Modern dairy cows have elevated internal heat loads caused by high milk
production, and the effects of accumulating incremental heat are exacerbated when …

Heat stress (HS) in dairy cows causes considerable losses in the dairy industry worldwide
due to reduced animal performance, increased cases of metabolic disorders, altered rumen …

Early successful conception of postpartum dairy cows is crucial in determining the optimum
reproductive efficiency and profitability in modern dairy farming. Due to the inherent high …

The reduction of productivity and efficiency of nutrient utilization in heat-stressed dairy cattle
is mediated by physiological and molecular alterations. Heat stress impairs the digestive …

The global population is expected to increase from 7.6 to 9.6 billion people from 2017 to
2050. Increased demand for livestock production and rising global temperatures have made …

Tolerance to heat stress is worth noting considering the constant increase in the ambient
temperature and high productivity that elevates the likelihood of heat stress in the dairy herd …

Our understanding of metabolic alterations triggered by heat stress is incomplete, which
limits the designing of nutritional strategies to mitigate negative productive and health …

Species with different genetic backgrounds exhibit distinct metabolic traits. Nine beef cattle
were selected for the experiment to study changes in serum metabolic phenotypes, rumen …

Multiparous, lactating Holstein cows (n= 32) were randomly assigned to one of two dietary
treatments [TMR with rumen-protected Met (RPM) or TMR without RPM (CON)], and within …

Feeding a growing global population and lowering environmental pollution are the two
biggest challenges facing ruminant livestock. Considering the significance of nitrogen …