Reproductive Medicine Review · 1993 · 42 citations · 103 references
MedicineCell BiologyGynecologyAssisted Reproductive TechnologiesIn Vitro FertilizationReproductive MedicineAssisted Reproductive TechniquesOocyte MaturationOogenesisOvarian FunctionOvarian PhysiologyOvarian ReserveFollicle AtresiaOocyte CollectionOocyte HandlingOocyte In Vitro FertilizationOvarian Follicular AtresiaOvulation Rate
Fully mature oocytes are the rarest cells in the body. A premenopausal woman produces only one during each menstrual cycle and that survives for just a single day. Ovarian productivity is parsimonious in order that the ovulation rate matches the optimal capacity of the uterus for carrying conceptuses to full-term. But, in this new era of assisted reproductive medicine, there are many applications for which spare oocytes are needed (Table 1), and it is desirable to obtain more cells than are routinely available during superstimulated cycles. Since the great majority of ovarian oocytes undergo atresia (> 99.9%), the possibility of tapping the store of immature oocytes before they degenerate and maturing them in vitro is very attractive.
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The Physiology of Reproduction
Marc Legendre, Bernard Jalabert · Annals of Internal Medicine · 1988 · 7.9K citations · Full text
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The Physiology of Reproduction
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Accelerated disappearance of ovarian follicles in mid-life: implications for forecasting menopause
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PREGNANCY AFTER HUMAN OOCYTE CRYOPRESERVATION
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