Kisspeptin, Hormonal Health & Fat Metabolism for Female Athletes

The Low Carb Athlete

Kisspeptin, Hormonal Health, and Metabolism in Female Athletes

• Kisspeptin Overview: A neuropeptide crucial for regulating sex hormones, reproductive health, glucose control, and appetite. It is more sensitive in women and can be disrupted by stress, energy deficits, or nutrient deprivation, leading to reproductive and metabolic issues.

• Impact of Kisspeptin Disruption:

  • Menstrual irregularities and reduced sex hormone production.
  • Decreased insulin sensitivity and increased appetite.
  • Changes in body composition and overall hormonal imbalances.

• Metabolism & Hormones:

  • Developmental Influence: Metabolic factors influence kisspeptin neurons throughout life, especially during puberty and adulthood. Energy availability (calories/nutrients) impacts reproductive maturity.
  • Transient vs. Permanent Changes: Metabolic states can cause temporary or long-term changes in kisspeptin activity, with some influences becoming permanent, especially during key developmental periods.
  • Regulation at Multiple Levels: Kisspeptin neurons are regulated by metabolites (e.g., glucose, fatty acids) and hormones (e.g., insulin, leptin), controlling energy balance and reproduction.

• Kisspeptin and Energy: Although its role in food intake is debated, kisspeptin appears to play a key role in energy expenditure, possibly working with co-transmitters like glutamate to influence energy use in the body.

Solutions:

1. Balanced Nutrition:

   • Adequate carbohydrates and healthy fats to support hormone function.
   • Sufficient protein intake for muscle recovery and metabolism.

2. Stress Management:

   • Lower cortisol through mindfulness, proper recovery, and sleep.
   • Use cold/heat exposure with moderation to help regulate stress and hormones.

3. Exercise Modulation:

   • Avoid overtraining; balance high-intensity and recovery workouts.
   • Incorporate fat-adaptive training to improve cortisol and fat metabolism.

4. Thyroid Support:

   • Ensure intake of nutrients like iodine, selenium, zinc, and vitamin D.
   • Avoid excessive calorie restriction to maintain thyroid function.

5. Hormonal Balance:

   • Maintain a balanced energy state to support kisspeptin and reproductive health.
   • Consider hormone replacement or supplements if needed.

6. Mitochondrial Health:

   • Support mitochondria with CoQ10, magnesium, and antioxidants.
   • Promote fat metabolism through endurance training and targeted nutrition.

In summary, to optimize hormonal health and performance, aging female athletes should focus on balanced nutrition, recovery, stress management, and supporting mitochondrial function. Talk to Coach Debbie Potts to get a personalized program at www.debbiepotts.net