Declining testicular function
Dr. Regina Turner graduated from the University of Pennsylvania’s School of Veterinary Medicine in 1989. After a year in a private mixed animal practice, Dr. Turner returned to Penn’s New Bolton Center to complete a 2-year residency in Large Animal Reproduction. She then stayed on as a lecturer and became a Diplomate of the American College of Theriogenologists in 1994.
Between 1995 and 1999, Dr. Turner completed a PhD in Cell and Molecular Biology at the University of Pennsylvania’s School of Medicine, focusing on the molecular biology of mammalian sperm motility. After completion of her PhD, she was hired as a faculty member in Penn’s Veterinary School at New Bolton Center where she currently serves as a Professor of Large Animal Reproduction and Chief of the Section of Reproduction and Behavior.
Although Dr. Turner sees a wide range of reproduction-related cases, her primary interest is stallion fertility. In this regard, her research interests have focused on the effects of aging on testicular function and the molecular and cellular regulation of sperm motility.
Duration
1 hour 4 minutes
Language
English
Discipline
Management
Description
Animals are multicellular eukaryotes whose cells are bound together by collagen. Animals dominate human conceptions of life on Earth because of their size, diversity, abundance, and mobility. The presence of muscles and mobility is one of the primary characteristics of the animal kingdomAnimals are multicellular eukaryotes whose cells are bound together by collagen. Animals dominate human conceptions of life on Earth because of their size, diversity, abundance, and mobility. The presence of muscles and mobility is one of the primary characteristics of the animal kingdomAnimals are multicellular eukaryotes whose cells are bound together by collagen. Animals dominate human conceptions of life on Earth because of their size, diversity, abundance, and mobility. The presence of muscles and mobility is one of the primary characteristics of the animal kingdomAnimals are multicellular eukaryotes whose cells are bound together by collagen. Animals dominate human conceptions of life on Earth because of their size, diversity, abundance, and mobility. The presence of muscles and mobility is one of the primary characteristics of the animal kingdomAnimals are multicellular eukaryotes whose cells are bound together by collagen. Animals dominate human conceptions of life on Earth because of their size, diversity, abundance, and mobility. The presence of muscles and mobility is one of the primary characteristics of the animal kingdom
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