As we progress with the mitochondrial makeover series, we realize how mitochondria enhancement contributes to renewed health and vitality. As an added bonus, mitochondrial optimization leads to improved hormone production and balance.
Enhancing mitochondrial function and biogenesis with nutritional ketosis, intermittent fasting, high-intensity interval training and targeted supplementation, plays a tremendous role in hormone production and hormone balance. Continue reading
With the addition of healthy fats into our diets, we notice significantly diminished appetite, elimination of cravings and progressively longer intervals between meals. This occurs, not because of a sudden infusion of willpower and resolve, but rather, this occurs because we have successfully shifted our metabolism and have become proficient fat-burners. Continue reading
I didn’t realize women have testosterone. Where in the body is testosterone produced?
Yes, women produce testosterone and it plays a pivotal role in their overall health and well-being. Women produce testosterone primarily in the ovaries, and secondarily in the adrenal glands.
At what age do women benefit from testosterone therapy?
Generally women produce lower testosterone levels starting in their later thirties/early forties.
Women on birth control pills can have suppression of their natural testosterone levels so as a result may qualify for testosterone therapy at younger ages. Continue reading
Optimizing testosterone levels impacts multiple aspects of men’s health. With Testosterone (T) deficiencies men can experience weight gain, low energy, low libido, depression, loss of motivation, decrease in muscle mass and decrease in stamina. Optimal T levels enhance cardiovascular health, improve brain function, and lead to better body composition. Continue reading
As we age, certain hormone levels decline, creating hormone imbalances that increase our risk of many degenerative diseases. These hormone imbalances and deficiencies accelerate the rate of aging.
As women age, they produce less estrogen, progesterone and testosterone hormones. As men age, they produce less testosterone and frequently produce excessive estrogen. In addition, both men and women often produce less HGH (growth hormone) and DHEA (dehydropieandrosterone).
It is crucial to acknowledge that insufficient levels of some or all of these hormones result in hormone deficiency states that will adversely influence health and aging. Continue reading