Adenomyosis
Naturopathic Support

Adenomyosis and endometriosis are often linked

Although adenomyosis and endometriosis are different conditions, they frequently occur together.

Having both can influence symptoms, fertility and treatment decisions.

It’s also one of the reasons I rarely look at the uterus in isolation.

Two women can have similar scan findings and completely different experiences. That’s because inflammation, hormone signalling, immune function, iron status, gut health, pain sensitisation and chronic stress can all influence how adenomyosis presents.

Understanding that bigger picture helps explain why there isn’t one “best” treatment for adenomyosis, and why a personalised approach is so important.

What adenomyosis can look like day to day

When most people think about adenomyosis, they think about heavy periods and pelvic pain.

But for many women, the impact goes far beyond that.

I’ve worked with women who avoid booking holidays because they’re worried about flooding. Others know exactly where every public toilet is. Some wear dark clothing every month “just in case”, while others feel completely exhausted by the time their period finishes.

Many tell me they no longer recognise their body.

They’re more tired than they used to be and they don’t recover as easily.

Their resilience feels lower and they feel like they’re constantly pushing through.

Common adenomyosis symptoms include:

• • Heavy or prolonged menstrual bleeding
  • Flooding or passing large blood clots
  • Painful periods that become progressively worse
  • Pelvic pain, pressure or a feeling of heaviness
  • Pain that radiates into the lower back, hips or legs
  • Pain during sex
  • Bloating and digestive discomfort, particularly around your period
  • Fatigue, especially when heavy bleeding contributes to iron deficiency
  • Low mood, anxiety or irritability
  • Fertility challenges for some women

Not every woman experiences every symptom, and symptom severity doesn’t always reflect what appears on an ultrasound or MRI. That’s why understanding your symptoms is just as important as understanding your scan.

What drives adenomyosis symptoms (and why addressing drivers matters)

Adenomyosis tells us what’s happening within the uterus.

It doesn’t explain why your symptoms are so different from someone else’s.

Two women can have similar scan findings and completely different experiences.

That’s because the diagnosis is only one piece of the puzzle.

The more important question is:

What’s driving your symptoms?

For some women, persistent inflammation plays a significant role.

For others, it may be hormone signalling, iron deficiency, gut dysfunction, immune dysregulation or nervous system sensitisation.

Often, it’s a combination.

Not every factor below will apply to every woman.

The goal isn’t to find one cause.

It’s to understand the unique combination of factors contributing to your symptoms so treatment can be tailored to you.

Inflammation and immune signalling

Inflammation is often blamed as the problem.

In many women, it’s actually the body’s response to something else.

That distinction matters.

If we only focus on reducing inflammation, we can miss what’s continuing to trigger it.

Depending on your history and symptoms, factors I commonly consider include:

• • Hormone signalling and progesterone resistance
  • Immune activation, including histamine-related patterns in some women
  • Gut dysfunction and inflammatory bacterial by-products
  • Chronic stress and nervous system dysregulation
  • Environmental exposures that increase inflammatory load

Understanding what’s driving inflammation helps explain why symptoms persist and where treatment is most likely to have an impact.

Bleeding and iron: when “low iron” isn’t straightforward

Heavy or prolonged bleeding is one of the most common symptoms of adenomyosis.

For many women, it also becomes one of the biggest contributors to fatigue, brain fog, dizziness and poor exercise tolerance.

The obvious assumption is that heavy bleeding simply causes iron deficiency.

Sometimes that’s true. Sometimes it isn’t.

Inflammation can affect how iron is absorbed, transported and used throughout the body. In some cases, iron may appear adequate in storage but still be poorly available to the tissues that need it.

This is why I don’t rely on ferritin alone. I consider your bleeding history, symptoms, inflammatory picture and a full iron panel to better understand what’s contributing to your fatigue and whether iron replacement is appropriate.

The microbiomes: gut, vaginal, and uterine environments

The microbiome is the community of bacteria and other microorganisms that live throughout the body.

Most people think about the gut microbiome, but we also have distinct microbiomes within the vagina and uterus.

Research suggests these microbial communities differ in many women with adenomyosis, although we’re still learning exactly what those differences mean.

What we do know is that they influence inflammation, immune function and hormone metabolism.

This matters because:

• • The gut microbiome influences inflammation, immune regulation and oestrogen metabolism.
  • The vaginal microbiome helps maintain a healthy environment and protects against recurrent infections.
  • The uterine microbiome is an emerging area of research that may influence uterine inflammation and fertility outcomes in some women.

Rather than viewing these systems separately, I consider how they interact and whether they’re contributing to your symptoms.

Gut factors that can flare pelvic pain and inflammation

Many women notice their gut symptoms worsen around their period.

Others find their pelvic pain improves when their gut health improves.

That’s not a coincidence.

The gut is one of the body’s largest immune organs. When it’s inflamed or disrupted, it can amplify inflammatory signalling throughout the body.

Depending on your history, I may consider:

• • Constipation and sluggish bowel clearance
  • Dysbiosis and inflammatory bacterial by-products
  • Increased intestinal permeability (“leaky gut”)
  • Food reactions where clinically relevant, including histamine-related patterns

The goal isn’t to follow a restrictive diet forever.

It’s to identify what’s relevant for you and reduce unnecessary inflammatory burden where possible.

Chronic or overlooked infections

Most infections don’t cause adenomyosis.

However, in some women they can add to the body’s overall inflammatory and immune load.

When the immune system is constantly responding to an unresolved trigger, symptoms such as pelvic pain, fatigue and histamine-related reactions may become harder to settle.

Where clinically appropriate, I may investigate:

• • Recurrent bacterial vaginosis or thrush
  • Recurrent urinary tract infections
  • Chronic viral reactivation, such as Epstein-Barr virus (EBV)
  • Urogenital infections, including Ureaplasma and Mycoplasma
  • Gut infections, including parasites

Testing is always guided by your symptoms, history and clinical presentation. The aim isn’t to find an infection in everyone, but to avoid overlooking one when the clinical picture fits.

Hormones, ovulation, and progesterone resistance patterns

Adenomyosis is a hormone-responsive condition, which is why symptoms often change throughout the menstrual cycle and different stages of life.

Many women notice changes:

• • Around ovulation
  • Before their period
  • During menstruation
  • After pregnancy
  • During perimenopause
  • Following changes to hormonal contraception or hormone therapy

Hormones are rarely as simple as “too much oestrogen” or “not enough progesterone.”

Ovulation, progesterone signalling, oestrogen metabolism, blood sugar regulation and the stress response all interact. Understanding how these systems influence one another often provides a clearer picture of why symptoms are occurring.

Methylation and tissue resilience

Methylation is one of the body’s most important biochemical processes, yet it’s rarely discussed.

It influences how we metabolise hormones, regulate inflammation, produce antioxidants such as glutathione, repair DNA and switch genes on and off.

In women with adenomyosis, these processes matter because inflammation, oxidative stress and hormone signalling are all closely linked.

When methylation isn’t functioning efficiently, some women may be less able to clear hormones effectively, regulate inflammation or protect tissues from ongoing oxidative stress. While methylation isn’t the cause of adenomyosis, it may influence how the condition develops, how symptoms present and how well the body responds to treatment.

Because methylation affects so many fundamental processes, it’s something I consider as part of every clinical assessment rather than in isolation. It helps build a more complete picture of how your body is functioning and where additional support may be beneficial.

Pain sensitisation: why symptoms can be stubborn

One of the most frustrating things about adenomyosis is that pain doesn’t always reflect what’s seen on an ultrasound or MRI.

Some women with relatively mild imaging findings experience debilitating pain, while others with more extensive disease have far fewer symptoms.

This is partly because pain is influenced by more than tissue changes alone.

Over time, persistent pain can sensitise the nervous system, making it more responsive to pain signals. In other words, the body’s “volume control” for pain can become turned up.

This doesn’t mean the pain is psychological or “all in your head”. The pain is very real. It simply reflects the fact that both the uterus and the nervous system play a role in how pain is experienced.

This is one of the reasons pain management often needs to extend beyond reducing inflammation alone. Sleep quality, stress, pelvic floor function, movement and nervous system regulation can all influence how pain is experienced.

Chronic stress, adrenal hormones, and boundary load

Stress doesn’t cause adenomyosis.

But every form of stress places a demand on the body.

That stress may be physical, emotional, environmental or biochemical. It can come from chronic pain, poor sleep, nutrient deficiencies, infections, mould exposure, blood sugar dysregulation, inflammatory foods, relationship stress, overtraining, trauma, or simply trying to keep going when your body is asking you to slow down.

Over time, these cumulative stressors can affect communication between the brain, nervous system and adrenal glands through what’s known as the hypothalamic-pituitary-adrenal (HPA) axis.

The adrenal glands produce hormones such as cortisol and DHEA, which help regulate inflammation, immune function, blood sugar, energy production and your body’s ability to adapt to stress. When this system becomes dysregulated, some women notice they recover more slowly, sleep poorly, feel constantly depleted or become more sensitive to physical and emotional stress.

One stress pattern I commonly see is what I think of as boundary load.

It’s the ongoing strain of giving more than your body has capacity for.

It can look like:

• • Constantly putting everyone else’s needs before your own.
  • Feeling guilty resting or slowing down.
  • Pushing through exhaustion because there’s no other option.
  • Finding it difficult to say no.
  • Carrying a heavy mental or emotional load for years.

These patterns don’t cause adenomyosis, and they’re certainly not a reflection of weakness. They’re often understandable adaptations to living with chronic symptoms or caring for others.

Over time, however, they can reduce resilience and make it harder for the body to regulate inflammation, hormone signalling and pain.

Supporting adrenal and nervous system health isn’t about removing every stressor from your life. That’s impossible. It’s about understanding where your body’s stress load is coming from, improving resilience where we can, and creating more capacity for recovery.

Environmental and toxicant exposures

We’re exposed to thousands of environmental chemicals every day.

Most are at low levels and, on their own, may not cause disease. But over time they can contribute to the body’s overall toxicant burden and influence inflammation, hormone signalling and immune function.

For some women, reducing that burden can become another important piece of the puzzle.

Depending on your history and symptoms, I may consider factors such as:

• • Endocrine-disrupting chemicals found in plastics, pesticides, fragrances and personal care products.
  • Mould and mycotoxin exposure.
  • Occupational or lifestyle exposures.
  • Long-term cumulative environmental exposures.

The goal isn’t to blame one environmental factor for adenomyosis. It’s to identify avoidable contributors where appropriate and reduce the overall load on your body.

Hysterectomy: important considerations (including partial hysterectomy)

A hysterectomy is currently the only definitive cure for adenomyosis because it removes the uterus where the condition occurs.

For many women, it can be life-changing, particularly when symptoms are severe and haven’t responded to other treatments.

For others, however, it isn’t the right option.

The decision depends on many factors, including your age, fertility goals, symptom severity, previous treatments and personal preferences. It’s a decision that should always be made in partnership with your gynaecologist.

It’s also important to understand exactly what type of surgery is being recommended.

A hysterectomy removes the uterus, meaning periods and uterine bleeding stop. If the cervix is retained (a subtotal or partial hysterectomy), some women may continue to experience light cyclical spotting.

It’s equally important to distinguish between removing the uterus and removing the ovaries.

Removing the ovaries causes immediate surgical menopause, resulting in a sudden drop in hormone production that can affect sleep, mood, bone health, cardiovascular health and long-term wellbeing. Even when the ovaries are preserved, some research suggests menopause may occur earlier following a hysterectomy.

Although a hysterectomy cures adenomyosis within the uterus, it doesn’t automatically address every factor that may be contributing to your overall health or ongoing symptoms. Inflammation, nervous system sensitisation, gut health, immune function and hormone regulation can still influence how you feel before and after surgery.

Whether you’re exploring conservative treatment, preparing for surgery or recovering afterwards, my role is to support your health alongside your medical team and help you optimise the factors we can influence.