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Reproductive outcomes Early-life nutrition may have an impact on a person's ability to reproduce.Fetal malnutrition may have an effect on ovarian capacity through its impact on follicle production, possibly causing a decrease in the initial follicle pool or an accelerated follicular loss later.

Reproductive outcomes
Early-life nutrition may have an impact on a person's ability to reproduce. Early-life malnutrition has the potential to cause fetal developmental modifications, which can lead to changes in the development of the reproductive system and impairments in reproductive function. Fetal malnutrition may have an effect on ovarian capacity through its impact on follicle production, possibly causing a decrease in the initial follicle pool or an accelerated follicular loss later. Early malnutrition may affect epigenetic mechanisms, specifically the hypothalamus gene expression, which is essential for the development of reproductive function. According to earlier investigations, both animal and human infants that underwent fetal nutrition deficiency showed epigenomic changes, specifically in the form of DNA methylation. These alterations have an impact on a number of reproductive processes, including oocyte maturation, ovulation, embryo