Heat stress negatively affects cow performance, compromises immune function, and
increases susceptibility to metabolic disorders, particularly during the dry period and as …

Low-temperature conditions influence cattle productivity and survivability. Understanding the
metabolic regulations of specific cattle breeds and identifying potential biomarkers related to …

PCR low ionic strength single-strand conformation polymorphism (PCR-LIS-SSCP) and
DNA sequencing methods were used to analyze the polymorphisms within the coding …

Simple Summary Late-gestation heat stress increases blood prolactin and decreases
oestrogen concentrations in dry cows. These hormonal alterations may disturb mammary …

Heat stress decreases milk yield and deleteriously alters milk composition. Reduced feed
intake partially explains some of the consequences of heat stress, but metabolic changes in …

Understanding heat stress physiology and identifying reliable biomarkers are paramount for
developing effective management and mitigation strategies. However, little is known about …

Simple Summary Heat stress results in a decline in the production performance of the dairy
cows. This study explored the metabolomes of milk and blood plasma in heat-stressed cows …

The objective of this study was to investigate the variation of HSP70 mRNA level in dairy
cows and relationships of its closely linked microsatellite loci with heat tolerance traits. Blood …

Heat stress is one of the major stressors affecting dairy cow production, which causes great
losses in animal husbandry production and economic development. This study combined …

Simple Summary In this study, we characterize the influence of short-term (4 days) heat
stress on Holstein cows during early lactation. The use of indicators, such as production …