Titlebook: Biology of Menopause; Francis L. Bellino Conference proceedings 2000 Springer Science+Business Media New York 2000 Gonadotropin.bone.cells

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Ovarian Follicle Recruitment and Secretory Capacity in Women of Advanced Reproductive Agehematical models based on morphometric studies have been used to hypothesize that follicular depletion is bi-exponential, with an accelerated loss occurring after about age 38 (1). Among individual women, the age of menopause and the length of the reproductive life span (both ultimately dependent on

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New Strategies in Studying Ovarian Aging). Follicular reserve is depleted at a steady rate until the age of 37. After that age, the rate of follicle depletion accelerates until the follicle supply is exhausted (2). In parallel to this acceleration, baseline FSH levels rise and the fecundity rates decline (3–6). Studies on ovarian aging, t

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Novel Mechanisms of Estrogen Action in the Developing Brain (NT-4/5)] have been implicated in the development, survival, plasticity, and aging of neurons in mammalian forebrain regions that subserve cognitive functions. Neurons in overlapping forebrain regions of both sexes coexpress estrogen and neurotrophin receptors, and they are the sites of estrogen an

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