Основные понятия
The author argues that testosterone-induced metabolic pathways in seminal vesicles play a crucial role in enhancing sperm fertility by ensuring the synthesis of oleic acid, essential for in vivo fertilization.
Аннотация
This study explores how androgen-dependent mechanisms in seminal vesicles lead to the production of oleic acid, which enhances sperm fertilization potential. The findings suggest new perspectives on assessing male fertility through biochemical markers in semen and improving artificial insemination techniques.
Статистика
Androgen increased glucose uptake and glycolytic capacity in seminal vesicles.
ACLY was identified as a key player in producing oleic acid for sperm fertilization.