Physiological response, function of sweat glands, and hair follicle cycling in cattle in response to fescue toxicosis and hair genotype
Journal of Animal Science, 98(3).
author keywords: beef heifers; hair follicle; prolactin receptor; slick hair trait; sweat gland; tall fescue
MeSH headings : Animal Feed; Animals; Cattle / genetics; Cattle / physiology; Cattle Diseases / microbiology; Cattle Diseases / physiopathology; Diet / veterinary; Endophytes / physiology; Female; Festuca / microbiology; Gene Expression Regulation; Genotype; Hair; Hair Follicle / physiology; Heat-Shock Response; Mycotoxicosis / microbiology; Mycotoxicosis / physiopathology; Mycotoxicosis / veterinary; Plant Poisoning / microbiology; Plant Poisoning / physiopathology; Plant Poisoning / veterinary; Sweat Glands / physiology
TL;DR:
EI fescue resulted in increased ST, changes in hair follicle cycling that support greater hair growth, and decreased TEWL for heifers with the W compared to S genotype suggesting greater heat stress in response to EI.
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Semantic Scholar)
UN Sustainable Development Goal Categories
6. Clean Water and Sanitation
(OpenAlex)