22/03/2026
The mainstream narrative about menopause is outdated. Is this the reason why so many women suffer today?
The traditional medical model views menopause as estrogen deficiency, a disease state that occurs when the ovaries stop producing estrogen.
In this model, the solution is straightforward replace the missing estrogen.
Hormone replacement therapy (HRT) becomes the primary intervention. The assumption is that if estrogen levels decline, adding estrogen back will resolve symptoms and restore health.
For many women, HRT does help. It can reduce hot flashes, improve sleep, support mood, and protect against certain health risks.
But this model has a flaw...
Not all women respond to HRT in the same way. Some women take HRT and experience profound relief. Others take the same doses and still struggle with fatigue, brain fog, anxiety, weight gain, inflammation, joint pain, and persistent symptoms that HRT alone doesn't resolve.
The question on every Doctors lips should be why?
If menopause is simply estrogen deficiency, and HRT replaces that estrogen, why doesn't it work equally well for everyone?
The answer is simple, the model is incomplete.
Science gave us the answer 20 odd years after the world made the model complete....
Menopause is a Metabolic Transition and women go through a phase called Estrogen Repatterning.
Research in intracrinology, the study of how hormones are produced and regulated locally within tissues, tells a very different story about what happens in menopause.
Postmenopausal women are not estrogen deficient.
They are estrogen repatterned.
Estrogen does not disappear after menopause. Instead, the site of production shifts.
During reproductive years, the ovaries produce the majority of circulating estrogen. After menopause, hormone production shifts to peripheral tissues the brain, bones, heart, fat tissue, skin, and connective tissue, which produce estrogen locally from circulating hormone precursors such as DHEA (dehydroepiandrosterone) and androstenedione.
These tissues contain an enzyme called aromatase, which converts these precursors into estradiol (the active form of estrogen) on demand, right where it's needed.
This estrogen is not released into general circulation in large amounts. It acts locally, within the tissue that produced it, to regulate cellular function, gene expression, and metabolic processes. Hence, it doesn't show up on bloods.
This is called intracrine hormone production, and it's how the body is designed to function after menopause, and the foundarional reason as to why many women sail through menopause.
The brain produces estrogen to support neurotransmitter function and cognitive health.
The bones produce estrogen to regulate bone turnover and maintain density.
The heart and blood vessels produce estrogen to support vascular health.
Fat tissue produces estrogen to influence metabolism and inflammation.
Estrogen is still being made. The body has not abandoned hormone production.
But whether these tissues can successfully produce, activate, and use estrogen depends entirely on metabolic health.
And that is something we are not hearing from our doctors.
So the problem isn't hormone decline, its whether you are metabolically sound to transition.
The real question is...Can my tissues access post reproductive estrogen.
And that depends on several critical factors...
1. Insulin Sensitivity
Insulin resistance impairs aromatase activity, the enzyme that converts hormone precursors into estrogen. When insulin signaling is dysfunctional, tissues struggle to produce estrogen locally, even when precursors are circulating.
Insulin resistance also alters s*x hormone binding globulin (SHBG) levels, which affects how much estrogen is free and available to bind to receptors.
If you're insulin resistant, your tissues cannot produce or access estrogen efficiently even if you're taking HRT.
2. Liver Function and Estrogen Clearance
The liver metabolises estrogen through Phase I and Phase II detoxification pathways. When the liver is overburdened by insulin resistance, fatty liver, inflammation, toxin exposure, or poor bile flow estrogen metabolism becomes sluggish.
This can lead to functional estrogen dominance (estrogen metabolites are not being cleared efficiently, so they accumulate and continue to activate receptors)
Inefficient recyclin because the body struggles to clear old estrogen and produce new estrogen in a balanced way, if your liver is not functioning optimally, adding more estrogen through HRT can sometimes make things worse, causing Absolute Estrogen Dominance.
3. Gut Microbiome Balance
The gut microbiome plays a critical role in estrogen metabolism through a collection of bacteria known as the estrobolome. These bacteria produce enzymes (such as beta glucuronidase) that can either deactivate estrogen for elimination or reactivate it for reabsorption.
When gut dysbiosis is present particularly when carbohydrate fermenting bacteria like Prevotella dominate estrogen is recycled back into circulation instead of being eliminated. This creates a state of hormonal chaos where estrogen levels fluctuate unpredictably.
If your gut is imbalanced, estrogen signalling will be erratic regardless of whether you're taking HRT.
4. Chronic Inflammation
Inflammation interferes with estrogen receptor sensitivity. When systemic inflammation is high, driven by insulin resistance, gut permeability, poor diet, chronic stress, or autoimmune activity, cells become less responsive to estrogen signaling, even when estrogen is present.
This is similar to insulin resistance in that the hormone is there, but the cells can't hear the signal.
If inflammation is chronically elevated, your tissues cannot respond to estrogen effectively even if blood levels are adequate.
5. Nervous System Dysregulation
Chronic stress and nervous system dysregulation elevate cortisol, which competes with estrogen for receptor binding and disrupts the hypothalamic pituitary axis that regulates hormone production.
Additionally, chronic sympathetic activation (fight or flight mode) impairs digestion, liver detoxification, and cellular repair, all of which are necessary for estrogen metabolism and signaling to function well.
If your nervous system is chronically activated, estrogen metabolism and signalling are impaired.
6. Nutrient Deficiencies
Estrogen production, activation, and clearance require specific nutrients
1. Cholesterol (the raw material for all steroid hormones)
2. B vitamins (for methylation pathways that metabolise estrogen)
3. Magnesium (for enzyme function)
4. Zinc (for aromatase activity)
5. Vitamin D (for estrogen receptor expression and signalling)
All of these nutrients are found most abundantly and in their most bioavailable forms in meat and animal fats.
But if you're nutrient deficient, your body cannot produce or metabolise estrogen efficiently.
This is why some women sail through menopause, and why some take HRT and feel amazing, and others take the same dose and still feel terrible.
For women whose metabolic terrain is stable
- Insulin sensitivity is good
- Liver function is strong
- Gut microbiome is balanced
- Inflammation is low
- Nervous system is regulated
- Nutrient status is adequate
Repatterened or HRT works beautifully. Estrogen is absorbed, metabolised efficiently, binds to receptors, signals appropriately, and is cleared without issue.
But for women whose metabolic terrain is unstable
- Insulin resistance is present
- Liver is sluggish or fatty
- Gut dysbiosis is driving estrogen recycling
- Inflammation is chronically elevated
- Nervous system is in survival mode
- Nutrient deficiencies are present
Estrogen doesn't work as well, not even HRT, the estrogen may be present in the blood, but the body can't use it efficiently. Receptors are less sensitive. Metabolism is impaired. Clearance is sluggish and symptoms persist or sometimes worsen.
The issue was never the absence of estrogen.
The issue is the body's inability to access, use, and clear estrogen effectively.
Which means the solution is not just replacement....it's restoration
The traditional model says "You're missing estrogen. Here, take some."
The metabolic model says "Your body is trying to produce and use estrogen, but the systems that regulate it are struggling. Let's fix those systems."
This is why women who stabilise their metabolism often find that
- HRT works better at lower doses
- Side effects from HRT decrease or disappear
- Symptoms that HRT alone didn't resolve (anxiety, brain fog, fatigue, inflammation) begin to settle
- They feel better overall, with or without HRT
The metabolic foundation is what allows hormones to work.
This is Why The Wild Way™ focuses on Metabolic Health
HRT has a place. For many women, it's life changing, and for women who choose HRT, we fully support that decision.
But HRT is not a replacement for metabolic health.
Metabolic health is the cause for disease.
HRT replaces the mask and silences a system that is still in trouble, even if symptoms are quiet.
Our message, is if a woman struggles during her repatterning transition, it is not just hormone support she requires, metabolic healing is an essential part of her menopause strategy.
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