Heat stress (HS) damages livestock by adversely affecting nutritional and physiological functions. However, fundamental understanding of the microbial and metabolic mechanisms in animals under HS rema
This study aims to fill this research gap by adding hydroxyselenomethionine to the diet of pregnant mice, and to provide theoretical basis and data reference for effectively alleviat-ing the damage of
Supplement A. Spearman’s correlations coefficients and their p-values among all the meteorological variables and the drinking behaviour variables of Nellore steers with and without access to shade in
Understanding the responses of animals to acute heat stress can help to reveal and predict the effect of more frequent extreme hot weather episodes on animal populations and ecosystems in the content
