Obesity and metabolic syndrome (MetS) approximately affect 25% of the world’s western population, with the biggest increases occurring in young adults. The mechanisms through which obesity and MetS affect reproductive functions have not been well studied. Clinical studies and experimental models demonstrate that obesity and MetS alter the hypothalamic-pituitary-gonadal axis, affecting sex steroid hormone production, and the quality and function of gametes. Most of the effects seem to occur by a number of mechanisms linked by reactive oxygen species and oxidative stress.
This Research Topic updates the current knowledge of the impact of obesity and MetS on several aspects that control reproductive functions, transgenerational effects, and therapies that can prevent/cure the two conditions (i.e. lifestyle modifications). In particular, the Research Topic will focus on the effects of obesity, MetS, and their interventions on the hypothalamic-pituitary-gonadal axis, gamete production and function, and natural and assisted reproduction outcomes.
Potential sub-topics may include original research and reviews articles covering but not limited to:
• Obesity and MetS and Hypothalamic/pituitary function
• Obesity and MetS and Sex steroid hormones
• Obesity and MetS and Testicular function
• Obesity and MetS and Ovarian function
• Obesity and MetS and alterations of the male genital tract (i.e. erectile dysfunction)
• Obesity and MetS and alterations of the female genital tract (i.e. anovulation, PCOS)
• Obesity and MetS and alterations of semen and egg quality
• Effects of Obesity and MetS on Natural fertility
• Effects of Obesity and MetS on Assisted reproduction outcomes
Obesity and metabolic syndrome (MetS) approximately affect 25% of the world’s western population, with the biggest increases occurring in young adults. The mechanisms through which obesity and MetS affect reproductive functions have not been well studied. Clinical studies and experimental models demonstrate that obesity and MetS alter the hypothalamic-pituitary-gonadal axis, affecting sex steroid hormone production, and the quality and function of gametes. Most of the effects seem to occur by a number of mechanisms linked by reactive oxygen species and oxidative stress.
This Research Topic updates the current knowledge of the impact of obesity and MetS on several aspects that control reproductive functions, transgenerational effects, and therapies that can prevent/cure the two conditions (i.e. lifestyle modifications). In particular, the Research Topic will focus on the effects of obesity, MetS, and their interventions on the hypothalamic-pituitary-gonadal axis, gamete production and function, and natural and assisted reproduction outcomes.
Potential sub-topics may include original research and reviews articles covering but not limited to:
• Obesity and MetS and Hypothalamic/pituitary function
• Obesity and MetS and Sex steroid hormones
• Obesity and MetS and Testicular function
• Obesity and MetS and Ovarian function
• Obesity and MetS and alterations of the male genital tract (i.e. erectile dysfunction)
• Obesity and MetS and alterations of the female genital tract (i.e. anovulation, PCOS)
• Obesity and MetS and alterations of semen and egg quality
• Effects of Obesity and MetS on Natural fertility
• Effects of Obesity and MetS on Assisted reproduction outcomes
