To successfully treat and prevent recurrence of abnormal estrogen levels we need to understand and — if possible — remove the underlying causes and risk factors. We need to ask: "What else is going on inside the body that might allow abnormal estrogen levels to develop?"
Accurate diagnosis of the factors behind abnormal estrogen levels consists of three steps:
|High Sex Hormone Binding Globulin||95%||Confirm|
|Liver Congestion||4%||Ruled out|
|Adrenal Fatigue||3%||Ruled out|
|Low Melatonin||1%||Ruled out|
If your estrogen levels have been measured, what was the result?
Possible responses:→ Don't know
→ Very low
→ Somewhat low
The inner most layer of an adrenal gland is the zona reticularis which produces small amounts of sex hormones. Specifically, it produces androgen, estrogen and progesterone. Adrenal exhaustion can therefore cause hormone deficiencies.
One of melatonin's roles is the reduction of estrogen production in the body, and probably also reduction of the number of estrogen receptors. Studies have shown that the protective, estrogen-reducing effects of melatonin are significantly reduced by excessive exposure to light (including late night TV viewing) and probably electromagnetic fields, chemical pollutants such as pesticides and fungicides, and many commonly prescribed drugs, such as beta blockers for heart disease, high blood pressure and headaches.
Testosterone is converted into estrogen naturally. When this conversion is overactive the result is too little testosterone and too much estrogen. High levels of estrogen also trick the brain into thinking that enough testosterone is being produced, thereby reducing the natural production of testosterone.
Stress increases cortisol production; cortisol blockades (competes for) progesterone receptors. Additional progesterone is required to overcome this blockade.