https://www.selleckchem.com/products/tas4464.html
As human thermoregulatory responses to maintain core body temperature (T ) under multiple stressors such as cold, hypoxia, and dehydration (e.g., exposure to high-altitude) are varied, the combined effects of cold, hypoxia, and dehydration status on T in rats were investigated. The following environmental conditions were constructed (1) thermoneutral (24°C) or cold (10°C), (2) normoxia (21% O ) or hypoxia (12% O ), and (3) euhydration or dehydration (48h water deprivation), resulted in eight environmental conditions [2 ambient temperatu
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