Researchers have moved an experimental non-surgical approach to inguinal hernia treatment from mice into humans. The new study is called the RIGHT Trial, the Reversing InGuinal Hernia Trial,  and it is testing whether changing estrogen signaling can produce measurable changes in existing inguinal hernias in men.

What makes this study unusual is the question behind it. The researchers aren’t surgically repairing the hernias. They’re changing a biological process they believe contributes to weakening of the lower abdominal tissue and then using ultrasound to see what happens to the hernia itself.

What is the RIGHT Trial for inguinal hernias?

The RIGHT Trial (NCT07604272) is a Phase 1 clinical trial sponsored by Northwestern University. Its full name is the Reversing InGuinal Hernia Trial: The Evaluation of Sex Hormones to Reverse Inguinal Hernias in Males.

The study is expected to enroll approximately 30 men age 50 and older with symptomatic unilateral inguinal hernias. Participants will receive anti-estrogen therapy for six months while researchers monitor safety and look for changes in the hernias and other outcomes.

RIGHT Trial Detail	What Researchers Are Doing
Study	Reversing InGuinal Hernia Trial (RIGHT)
ClinicalTrials.gov ID	NCT07604272
Phase	Phase 1
Estimated enrollment	30 men
Age	50 years and older
Hernia	Symptomatic unilateral inguinal hernia
Treatment period	6 months
Key measurement	Change in hernia size measured with ultrasound

How did researchers get from reversing hernias in mice to a human trial?

The RIGHT Trial didn’t come out of nowhere. It follows years of research into estrogen signaling, fibrosis and changes in the lower abdominal muscles associated with inguinal hernia formation.

A 2022 study identified an estrogen-sensitive population of fibroblasts in a mouse model of inguinal hernia. Fibroblasts are cells involved in producing and maintaining the extracellular matrix and connective tissue. The researchers linked increased estrogen signaling in these cells with fibrosis and weakening of the lower abdominal muscle.

Then came the study that really got my attention.

In research published in 2025, scientists targeted estrogen receptor alpha (ESR1), the receptor involved in this process. When they inhibited ESR1 with the drug fulvestrant, fibrosis decreased, normal muscle architecture was restored, and established hernias in the mice reversed.

You can read the original fulvestrant study on PubMed. The earlier research identifying the estrogen-sensitive fibroblast population is also available in the 2022 JCI Insight study on PubMed.

That’s a very condensed version of the research. I went much deeper into what happened in the mouse study in my previous video:

Watch my breakdown of the fulvestrant inguinal hernia mouse study.

What are researchers testing in humans?

The RIGHT Trial is testing anti-estrogen therapy in men who already have inguinal hernias.

That’s an important distinction.

This isn’t simply a prevention study asking whether researchers can stop a hernia from developing. These participants already have symptomatic hernias, and researchers are going to measure what happens after estrogen signaling is altered.

The ClinicalTrials.gov record lists fulvestrant as one of the interventions. Fulvestrant is particularly interesting because it is the same drug that reversed established hernias in the mouse study.

The current ClinicalTrials.gov record also lists anastrozole as an intervention, although the study’s brief summary currently refers to letrozole instead. Both anastrozole and letrozole are aromatase inhibitors, but they are different drugs. The registry, therefore, contains a discrepancy as of this writing, and I will update this article if the study record is clarified.

Why use two different approaches?

The treatments target estrogen activity in different ways.

Fulvestrant targets the estrogen receptor itself. In the mouse research, blocking estrogen receptor alpha changed the biological signaling associated with fibroblast activity, fibrosis and deterioration of the lower abdominal muscle.

Aromatase inhibitors reduce estrogen production. Aromatase is an enzyme involved in converting androgens into estrogens.

The broader idea is to find out what happens to an existing human inguinal hernia when this estrogen-related biological pathway is altered.

Are researchers actually trying to shrink the hernias?

Yes. Hernia size is one of the outcomes being measured in the RIGHT Trial.

This may be the most interesting part of the entire study.

The researchers aren’t relying only on whether someone says he feels better. They’re using ultrasound to measure the hernias and look for objective physical changes.

Among the outcomes being tracked are:

• Hernia size
• Hernia-related symptoms and quality of life
• Estradiol and other hormone levels
• Safety and treatment-related side effects
• Bone density
• Imaging-based classification of the hernia

So if a participant feels better but his hernia is physically unchanged, the researchers should be able to distinguish that from a situation where ultrasound shows that the hernia itself has actually become smaller.

That’s a much more interesting question to me than symptom relief alone.

Why is the RIGHT Trial studying men over 50?

The age and sex of the participants are directly connected to the biological mechanism being investigated.

The mouse research was designed around hormonal changes associated with aging in men and increased estrogen activity within lower abdominal muscle tissue. Researchers found that estrogen acting through ESR1 in fibroblasts promoted fibrosis and extracellular matrix changes in their model.

The human trial is therefore starting with older men — the population most closely connected to the mechanism the researchers have been studying.

That does not establish estrogen signaling as the explanation for every inguinal hernia. The RIGHT Trial is testing a specific biological mechanism in a specific group of people.

What would make the RIGHT Trial significant?

The RIGHT Trial is a small Phase 1 study, so 30 participants aren’t going to settle the question of non-surgical inguinal hernia treatment.

The first job is to determine whether the approach is safe and feasible enough to continue studying.

But I’ll be especially interested in the ultrasound results.

If researchers alter estrogen signaling and then document measurable changes in existing human inguinal hernias, that would give us a reason to investigate the idea on a much larger scale.

It could also move the hernia conversation further upstream.

Most modern hernia treatment focuses on what to do after the tissue has failed: monitor the hernia or repair the defect surgically.

This research is also asking:

What caused the tissue to weaken, and can any part of that biological process be changed?

I think that’s a question worth pursuing regardless of whether these particular drugs eventually become practical hernia treatments.

Does this mean a non-surgical inguinal hernia treatment is available now?

No. The RIGHT Trial is experimental research, not an established treatment protocol for inguinal hernias.

The trial was registered in 2026 and currently has an estimated completion date in 2028. If the results are promising, larger studies would still be needed to determine how well the approach works and who might benefit.

So this is something worth watching, but it doesn’t give someone with an inguinal hernia a treatment they can use today.

Why this research is especially interesting to me

I’ve followed this research closely because I took a completely different non-surgical path with my own inguinal hernia.

When my hernia was at its worst, it was extremely symptomatic and affected just about everything I did. I started experimenting with exercise, movement, posture, diet, pressure management and other factors that seemed to affect it.

Over time, my situation changed dramatically.

Today I’m completely asymptomatic. I surf, work out and live my life normally without having had hernia surgery.

My experience had nothing to do with fulvestrant or manipulating estrogen signaling, and it doesn’t establish why my own hernia improved.

But it gave me a very good reason to pay attention whenever researchers seriously investigate whether an existing inguinal hernia is more biologically changeable than we’ve traditionally assumed.

If you’re interested in the longer version of my experience, I’ve documented how my inguinal hernia changed without surgery and what I did along the way.

What can you do while this research plays out?

Research moves slowly. If you have an inguinal hernia today, you still have to decide how you’re going to work, exercise and live your life while figuring out what makes sense for your situation.

That’s why I put together my free How to Stay Active With a Hernia guide. It covers the practical strategy that helped me stay active in the early stages while I worked on improving my own situation.

One of the tools that helped me tremendously during that period was a hernia belt. I couldn’t find one that was comfortable enough for surfing, working and exercising, which eventually led me to design my own. If support is something you’re looking for, you can see the Comfort-Truss inguinal hernia belts here.

I also have an older article covering the practical ways I used to manage my inguinal hernia without surgery. That article is about day-to-day management and my personal approach; this page is specifically about the new human research.

Frequently asked questions about the RIGHT Trial

What does RIGHT stand for?

RIGHT stands for Reversing InGuinal Hernia Trial. The official study title is “Reversing InGuinal Hernia Trial: The Evaluation of Sex Hormones to Reverse Inguinal Hernias in Males.”

Is the RIGHT Trial testing fulvestrant in humans?

Yes. Fulvestrant is one of the anti-estrogen interventions listed in the trial. This is the same drug researchers used to reverse established inguinal hernias in their mouse model.

Will the trial measure whether the hernias actually get smaller?

Yes. Researchers are using imaging to measure changes in hernia size. This allows them to look for objective physical changes rather than relying only on pain or symptom reports.

Can I use fulvestrant or anastrozole to treat my inguinal hernia now?

The RIGHT Trial is experimental. Anti-estrogen drugs are not currently an established treatment for inguinal hernias, and this Phase 1 trial is being conducted specifically to investigate safety, feasibility and biological effects.

When will we know the results?

ClinicalTrials.gov currently lists June 2028 as the estimated primary completion and study completion date. Results could take additional time to analyze and publish.

Where this research goes next

We don’t know whether the dramatic results seen in mice will translate to people.

That’s exactly why this trial matters.

The progression is now clear: researchers identified an estrogen-sensitive biological mechanism associated with lower abdominal muscle fibrosis, blocked that pathway and reversed established hernias in mice, and have now moved into a human trial that will measure what happens to existing inguinal hernias.

I’ll continue following the RIGHT Trial as it progresses and update this site when meaningful results become available.

The question I’m most interested in is still remarkably simple:

If researchers change the biology of the tissue, will the human hernia itself change?

Now we’re finally going to start finding out.

Sources and research discussed

• ClinicalTrials.gov: RIGHT Trial — NCT07604272
• Estrogen receptor-α ablation reverses muscle fibrosis and inguinal hernias
• An estrogen-sensitive fibroblast population drives abdominal muscle fibrosis in an inguinal hernia mouse model

Natural supplements for inguinal hernia have not been shown to reverse an inguinal hernia in people. But several natural compounds can influence biological processes that researchers have now connected to abdominal-wall fibrosis, fibroblast activity, and hernia formation. That is a much more interesting question to me than simply asking whether there is a supplement that “cures” a hernia.

After researchers reversed established inguinal hernias in mice by blocking estrogen receptor signaling with a drug called Fulvestrant, I wanted to know what was actually happening inside the tissue, and whether naturally occurring compounds could influence some of those same processes.

The five compounds that kept standing out were resveratrol, DIM, curcumin, EGCG and quercetin. They do different things at different points in the biological chain, so this article will break down what each one appears to do, where the evidence comes from, and where the unanswered questions still are.

Why I Started Looking at Supplements for Inguinal Hernia

This isn’t how I got my own hernia to become asymptomatic.

When I was going through my own process years ago, this research didn’t exist. I wasn’t taking resveratrol, DIM, curcumin, EGCG or quercetin with the intention of changing hernia tissue.

My own experience involved a lot of experimentation with things like posture, abdominal pressure, movement, exercise and diet. I eventually became completely asymptomatic and now live my life as if I never had a hernia. I explain that story in much more detail in Can an Inguinal Hernia Heal Without Surgery? My Story.

This supplement idea came later.

What started it was a 2025 study in the Journal of Clinical Investigation in which researchers blocked estrogen receptor-alpha, or ESR1, in the lower abdominal muscles of a mouse model of inguinal hernia. Genetically removing ESR1 from the relevant fibroblasts prevented fibrosis and hernia formation. Using Fulvestrant to inhibit the receptor pharmacologically went even further: established hernias regressed, and normal muscle architecture was restored.

You can read the original Fulvestrant inguinal-hernia study here.

That left me with the question that led to this article: Inguinal Hernia Reversed Without Surgery? New Study

If changing these biological signals changed the tissue in the mouse model, are there natural compounds that influence some of those same processes?

What Biological Processes Are We Trying to Influence?

To make sense of the supplements, it helps to understand what we’re trying to affect.

The earlier work from this research group identified a population of estrogen-sensitive fibroblasts in the lower abdominal muscle. These fibroblasts expressed estrogen receptor-alpha and genes associated with inflammation, fibrosis, and changes to the extracellular matrix. That fibroblast research was published in JCI Insight in 2022.

A later 2025 study added another important piece. Researchers identified progesterone-receptor signaling and TGF-β2 as part of the communication driving lower-abdominal muscle fibrosis and atrophy, and they validated parts of that signaling pattern in herniated tissue from adult men as well as mice. That study can be read here.

Put very simply, the chain I was interested in looked something like this:

Hormone signaling → fibroblast behavior → TGF-β signaling → fibrosis and abnormal collagen deposition → muscle and connective-tissue remodeling → weaker abdominal-wall tissue

That doesn’t mean every inguinal hernia develops through this exact sequence. It means researchers have identified this sequence in a specific hernia model and found related biological activity in human hernia tissue.

For a broader explanation of the anatomy and different types of inguinal hernia, see my guide to inguinal hernias, symptoms, causes and treatment options.

Why Fibroblasts and Fibrosis Matter

A fibroblast is basically one of your body’s construction workers.

Fibroblasts help build, maintain and remodel the extracellular matrix—the structural material surrounding your cells. Collagen is a major part of that matrix.

The problem isn’t that fibroblasts make collagen. You need them to do that.

The problem is when the signals controlling those cells push them toward excessive fibrotic tissue production.

Fibrosis isn’t simply “more healthy collagen.” It is an abnormal remodeling process where excessive fibrous material can accumulate, and normal tissue architecture becomes altered.

In the Fulvestrant hernia model, that fibrosis was associated with lower-abdominal muscle atrophy and weakening. When ESR1 signaling was blocked, the researchers reported reversal of fibrosis along with restoration of muscle architecture.

Which Natural Supplements Might Influence These Hernia-Related Processes?

This is where the research became useful to me.

I wasn’t looking for one supplement that duplicated every action of Fulvestrant. I was looking at the chain as a whole and asking what naturally occurring compounds could influence different parts of it.

Here’s what each one is doing in more practical terms.

Resveratrol: Changing the Signal at More Than One Point

Resveratrol interested me because it showed up at more than one point in the chain.

Resveratrol is a plant polyphenol that can interact with estrogen receptors. One study found that its effects in several cell types involved estrogen receptor-beta. That is worth distinguishing from the Fulvestrant hernia study, which specifically targeted estrogen receptor-alpha.

The estrogen-receptor study on resveratrol can be found here.

Where resveratrol became more interesting to me was farther downstream.

In an experimental kidney-fibrosis model, resveratrol reduced TGF-β1-driven fibroblast activation and decreased expression of type I and type III collagen. That antifibrotic resveratrol research is available here.

In plain English, resveratrol may affect how hormonal messages are received while also making fibroblasts less aggressive in response to profibrotic signaling.

That doesn’t make it Fulvestrant. It makes it interesting for a different reason: it potentially influences more than one part of the biological process we’re looking at.

DIM: Changing How Estrogen Is Processed

DIM, or diindolylmethane, works differently.

DIM is produced from compounds found in cruciferous vegetables such as broccoli and cabbage. Its main connection here is estrogen metabolism.

In a randomized human trial involving women taking tamoxifen, supplemental DIM changed estrogen-metabolite patterns and circulating sex hormone-binding globulin. The DIM estrogen-metabolism trial is available here.

So the way I think about DIM in this context is upstream of the receptor.

It may change the estrogen environment and therefore change the hormonal messages arriving at the tissue in the first place.

What we don’t have is research showing that DIM changes ESR1 activity in the lower abdominal fibroblasts involved in inguinal hernia formation. That’s an important distinction.

Curcumin: Turning Down the Fibrosis Instructions

Curcumin is where the TGF-β side of this starts getting interesting.

Researchers exposed fibroblasts from human oral tissue to TGF-β1 to push them toward a more fibrotic state. Curcumin inhibited fibroblast and myofibroblast proliferation and reduced the production of type I and type III collagen. You can read that curcumin study here.

The easiest way I can explain this is to go back to the construction analogy.

If TGF-β is part of the instruction telling the workers to keep laying down fibrous material, curcumin appears to turn the volume of those instructions down.

That is very different from just saying “curcumin is anti-inflammatory.”

There’s a specific reason it ended up on my list: it has been shown experimentally to change fibroblast behavior and collagen production in response to TGF-β.

EGCG: Interrupting TGF-β-Driven Fibroblast Activity

EGCG, or epigallocatechin gallate, is one of the main catechins found in green tea.

In a study using a rat model of pulmonary fibrosis along with cultured fibroblasts, EGCG reduced abnormal TGF-β1 signaling, fibroblast proliferation and collagen accumulation. The EGCG fibrosis study can be read here.

So if curcumin can be thought of as turning down the instruction, EGCG appears to interfere with how strongly that fibrotic message gets carried through the cell.

Again, this research was not performed on inguinal-hernia tissue. What caught my attention was that the biological target—TGF-β-driven fibroblast activity—overlaps with the biology now being investigated in lower-abdominal muscle fibrosis.

Quercetin: Making Fibroblasts Less Responsive to TGF-β

Quercetin is another naturally occurring flavonoid that showed up around TGF-β and collagen production.

Researchers found that quercetin suppressed TGF-β-induced collagen production in both mouse fibroblasts and normal human lung fibroblasts. That quercetin study is available here.

The simple way I think about that is that the TGF-β message can still be present, but the fibroblast may not respond to it as aggressively.

So by this point, I had several different compounds affecting different parts of the same general process:

• DIM: potentially changes the estrogen message being sent.
• Resveratrol: can modify estrogen-receptor signaling and may also reduce profibrotic fibroblast activity.
• Curcumin: may turn down TGF-β-driven fibroblast and collagen activity.
• EGCG: may interfere with TGF-β signaling and excessive fibroblast activity.
• Quercetin: may make fibroblasts less responsive to TGF-β-driven collagen production.

Why the Building Blocks Matter Too

There’s another side of this that I wouldn’t ignore.

If we’re trying to influence the instructions telling tissue how to remodel, the body still needs the raw materials to actually build the tissue.

You can have a construction crew and perfect instructions, but if nobody delivers the lumber, nails, and concrete, the house still isn’t getting built.

For connective tissue, some of those building blocks include:

• Vitamin C, which is directly involved in collagen biosynthesis.
• Protein and amino acids, which provide the raw material used to make collagen and other structural proteins.
• Collagen or gelatin, which can supply collagen-rich amino acids and peptides.
• Copper, which is required for enzymes involved in collagen and elastin cross-linking.

Human fibroblast research has shown that vitamin C can increase collagen expression and synthesis. One example can be found here.

Human exercise research has also shown increased collagen synthesis after vitamin C-enriched gelatin or hydrolyzed collagen intake in specific experimental settings. That collagen-synthesis study is available here.

I’m not looking at this as “more collagen is always better.” Fibrosis itself involves excessive extracellular-matrix production.

The way I think about it is simpler:

First influence the signals toward healthier remodeling. Then make sure the body has what it needs to carry out that remodeling.

If I Were Starting With an Inguinal Hernia Today

If I were starting my own hernia journey today, I would still approach the entire situation based on my own circumstances rather than assume one supplement stack was going to fix everything.

But this research would absolutely change what I investigated.

The compounds I’d spend the most time learning about would be:

• Resveratrol
• DIM
• Curcumin
• EGCG
• Quercetin

And I would also pay attention to the nutritional building blocks involved in connective-tissue production.

That’s not how I personally became asymptomatic, and I don’t want to rewrite my own story to make it fit this research. But if I had this information when my hernia first appeared, I would definitely have investigated it.

My broader non-surgical approach is explained in my inguinal hernia treatment article, while my older article on the common factors I found among people with inguinal hernias explains the other areas I was working on at the time.

What About Real-World Reports?

I’ve also talked with a few people who have been experimenting with some of these supplements and have reported encouraging changes.

I pay attention to that.

It doesn’t tell me exactly which compound caused the change, how much of the improvement came from something else they were doing, or whether another person would experience the same thing.

But when an interesting biological mechanism starts lining up with reports from people who are independently experimenting with it, that’s something I want to keep watching.

Can You Take Resveratrol, DIM, Curcumin, EGCG and Quercetin Together?

There is no human inguinal-hernia study testing these five compounds as a combined stack.

And each compound affects more than the one biological process we’re interested in here.

For example, concentrated green-tea extract has been associated with cases of liver injury. A prospective Drug-Induced Liver Injury Network study identified acute liver-injury cases involving green-tea-containing weight-loss supplements. That research can be found here.

Turmeric and curcumin supplements have also been linked to rare cases of liver injury. A Drug-Induced Liver Injury Network case series documented 10 turmeric-associated cases. That case series is available here.

Quercetin can alter the activity of enzymes that metabolize drugs. In a human study, 13 days of quercetin supplementation changed several drug-metabolizing enzyme activities. You can read that study here.

DIM and resveratrol also influence hormone-related biology, which is obviously the reason they’re interesting here in the first place.

So if I were experimenting, I would research each compound individually rather than assuming that “natural” automatically means neutral. I’d look at what else I’m taking, any medical conditions I have, and what changing hormone signaling could mean in my own situation.

Changing five things at once also makes it pretty difficult to know which one actually did anything.

What This Research Does and Does Not Show

Here’s the simplest way I can put all of this together.

The Fulvestrant research showed that changing estrogen-receptor signaling reversed fibrosis and established inguinal hernias in a mouse model.

Related research has identified estrogen-sensitive fibroblasts and TGF-β signaling in the biological chain associated with lower-abdominal muscle fibrosis.

Resveratrol, DIM, curcumin, EGCG and quercetin each have research showing that they can influence different pieces of that broader biology.

What has not been demonstrated is that taking these compounds will reverse an inguinal hernia in a human.

That’s the unanswered question.

And I think it’s a question worth asking.

Where the Hernia Research Is Going Next

This field isn’t standing still.

The Fulvestrant work has already progressed beyond the original reversal experiment. A Phase 1 human study called the R.I.G.H.T. Trial is now evaluating anti-estrogen therapy in men with inguinal hernias. The trial registration is available on ClinicalTrials.gov.

That trial isn’t testing the natural compounds discussed here. But it is testing the bigger idea that came out of this research: can changing the biology of abdominal-wall tissue change the course of an inguinal hernia in a human?

That’s a very different conversation than simply assuming the tissue can never change.

Frequently Asked Questions

What is the best supplement for an inguinal hernia?

There is no supplement that has been established as the “best” treatment for an inguinal hernia. The five compounds discussed here caught my attention because they affect different biological processes connected to estrogen signaling, fibroblasts, TGF-β, and fibrosis, not because any one of them has been proven to reverse a human hernia.

Can curcumin help an inguinal hernia?

Curcumin has reduced TGF-β-driven fibroblast activity and collagen production in experimental studies. No clinical study has shown that curcumin reverses an inguinal hernia. Its relevance here comes from its effect on a fibrosis pathway that overlaps with the biology being studied in hernia tissue.

Does resveratrol block estrogen?

Resveratrol is not simply an estrogen blocker. It can interact with estrogen receptors, and its effects vary with the receptor and tissue involved. It has also shown antifibrotic effects further downstream in experimental TGF-β-driven fibrosis models.

Why would DIM be relevant to an inguinal hernia?

DIM changes estrogen metabolism rather than directly blocking ESR1. Because local estrogen signaling was a major driver in the Fulvestrant hernia model, anything that changes estrogen metabolism becomes interesting to investigate. Whether DIM meaningfully changes that signaling in human lower-abdominal tissue is unknown.

Should I take all five supplements together?

There is no tested “hernia stack” containing resveratrol, DIM, curcumin, EGCG, and quercetin. Each has other biological effects, possible drug interactions, and different safety considerations. Research them individually before deciding whether any of them makes sense for you.

Sources and Research Discussed

• Estrogen receptor-α ablation reverses muscle fibrosis and inguinal hernias — Journal of Clinical Investigation, 2025.
• An estrogen-sensitive fibroblast population drives abdominal muscle fibrosis in an inguinal hernia mouse model — JCI Insight, 2022.
• Role of progesterone action in inguinal hernia formation via skeletal muscle fibrosis and atrophy — JCI Insight, 2025.
• Resveratrol interacts with estrogen receptor-β — Free Radical Biology and Medicine, 2011.
• Resveratrol suppresses fibrosis formation and TGF-β-driven fibroblast changes — 2019.
• Randomized trial of diindolylmethane and estrogen metabolism — 2017.
• Antifibrotic effect of curcumin in TGF-β1-induced human fibroblasts — 2012.
• EGCG attenuates fibroblast proliferation and excessive collagen production through TGF-β1 signaling — 2015.
• Quercetin suppresses TGF-β-induced collagen production in fibroblasts — 2011.

For as long as I’ve been researching inguinal hernias, the basic message has been pretty simple:

Once you have a hernia, it can’t heal.

The tissue has failed. There’s a hole in the abdominal wall. And the only way to actually fix it is surgery.

If the hernia isn’t bad enough for surgery yet, you may be told to practice “watchful waiting”—basically, keep an eye on it and see what happens.

That’s why a study published in the Journal of Clinical Investigation caught my attention.

Researchers created inguinal hernias in mice and then treated them with a drug called fulvestrant.

The mice already had large, established hernias.

Within about two weeks, the hernias started shrinking.

After four weeks, they were gone.

Not just smaller.

Gone.

And when the researchers examined the tissue, they found something even more interesting: the abnormal fibrosis had reversed and the muscle architecture had returned toward normal.

Read the original study in the Journal of Clinical Investigation.

That raises a pretty big question:

If an established inguinal hernia could be reversed by changing the biology of the tissue, is a hernia really just a mechanical problem?

Why This Study Caught My Attention

If you’ve been following this site for a while, you probably understand why I find this research so interesting.

When I developed my own inguinal hernia, I was told essentially the same thing most people are told: surgery was the solution.

I decided to take a different approach.

I spent years trying to understand what was contributing to my hernia and what I could change. Over time, I became completely asymptomatic and got back to living my life as if I didn’t have a hernia.

You can read more about my experience with an inguinal hernia and the approach I took.

My experience obviously isn’t the same thing as a controlled scientific study.

But it caused me to start questioning the idea that the abdominal wall is simply a piece of material that tears and can only be mechanically patched back together.

This study asks a very similar question from a completely different direction.

What If an Inguinal Hernia Is Also a Tissue Problem?

The traditional explanation of an inguinal hernia is pretty easy to understand.

A weak spot develops in the abdominal wall. Pressure from inside the abdomen pushes tissue through that weak area, and you get the familiar bulge.

Mechanically, that makes sense.

But it doesn’t explain why the tissue became weak in the first place.

That’s what makes this research so interesting.

The researchers weren’t only studying the hole.

They were studying what was happening to the muscle and connective tissue before and during hernia formation.

And one of the big things they found was fibrosis.

What Is Fibrosis?

Fibrosis is basically an abnormal buildup of fibrous, scar-like connective tissue.

Normally, collagen is an important part of healthy connective tissue. The problem isn’t simply that collagen exists.

The problem is what happens when normal, functional muscle begins being replaced by excessive fibrous tissue.

Instead of having strong, flexible muscle that can contract and handle load normally, the tissue becomes increasingly fibrotic and dysfunctional.

Earlier work from the same research group identified a population of estrogen-sensitive fibroblasts in lower abdominal muscle that expressed genes associated with inflammation, fibrosis and changes to the extracellular matrix.

Read the earlier fibroblast study in JCI Insight.

In other words, something biological appeared to be driving the tissue toward fibrosis.

The Estrogen Connection

This is where the study gets really interesting.

The researchers identified estrogen receptor-alpha, or ESR1, as an important driver of this process.

When we hear “estrogen,” we tend to think of it as a female hormone, but men have estrogen too.

The interesting part here wasn’t simply how much estrogen was circulating throughout the body.

It was what estrogen signaling appeared to be doing locally within the lower abdominal muscle.

The researchers found that ESR1 signaling was associated with fibroblast proliferation, extracellular-matrix deposition, fibrosis and ultimately hernia formation.

Think of fibroblasts as some of the body’s construction workers.

They help build and maintain connective tissue.

But if the signals controlling those workers change, they can start remodeling tissue in a completely different way.

That’s essentially what appeared to be happening here.

Estrogen and ESR1 signaling → fibroblast activity → fibrosis → muscle degeneration → hernia

That gave the researchers something they could actually target.

What Is Fulvestrant?

Fulvestrant is a drug that blocks estrogen receptors and causes those receptors to degrade.

The researchers weren’t using it to physically repair the hernia.

They were using it to interrupt the biological signaling that appeared to be driving the deterioration of the tissue.

And that’s an important distinction.

Fulvestrant didn’t patch the hole.

It changed what was happening inside the tissue.

The researchers tested this in two different situations.

Could Fulvestrant Prevent Inguinal Hernias?

First, they treated mice before the hernias had developed.

Some received fulvestrant.

Others received a placebo.

The placebo-treated mice went on to develop progressively larger hernias.

The mice treated with fulvestrant did not develop hernias.

That’s interesting by itself.

But the second part of the experiment is what really got my attention.

Could an Existing Inguinal Hernia Actually Reverse?

The researchers then took mice that already had large, established hernias.

Again, some received fulvestrant and others received the placebo.

Within approximately two weeks, the hernias in the fulvestrant-treated mice had significantly decreased in size.

After four weeks, all of the treated mice showed complete hernia regression.

The placebo group did not.

This is the part I think is worth slowing down and thinking about.

These weren’t animals that researchers prevented from ever getting a hernia.

They already had hernias.

The researchers changed one biological pathway…

And the hernias regressed.

The Tissue Changed Too

You could look at that result and wonder whether the bulge simply disappeared without the underlying problem really changing.

But the researchers examined the muscle tissue as well.

They found that fulvestrant reversed fibrosis and restored more normal muscle architecture.

So something much more interesting was happening than simply changing the appearance of the hernia.

The underlying tissue was remodeling.

That’s what I find most important about this entire study.

The researchers weren’t mechanically repairing a defect.

They changed the biological environment surrounding that defect, and the structure of the tissue changed with it.

But This Was a Mouse Study

There’s an obvious limitation here.

These results were in mice, not people.

Nobody should read this study and conclude that taking fulvestrant will make a human inguinal hernia disappear.

But the researchers also examined lower abdominal muscle samples from men undergoing inguinal hernia surgery.

They found fibrosis, increased ESR1 expression and fibroblast proliferation associated with the amount of fibrosis in the human tissue.

So although the reversal experiment itself was performed in mice, some of the biological changes being targeted were also found in men with inguinal hernias.

That’s what makes the next step so interesting.

This Changes How I Think About Watchful Waiting

This research also makes me question the whole idea of watchful waiting even more than I already did.

If your hernia isn’t causing enough problems to justify surgery, you’re often essentially told:

Watch it.

Wait.

And if it gets worse, then we can operate.

I’ve never found that particularly satisfying.

If changes are actively taking place in the muscle and connective tissue, then I want to know what influences those changes.

Doing nothing is still a decision.

I’m much more interested in asking:

What can I do to create the best possible environment for this tissue while I’m living with the hernia?

That’s the approach I took with my own hernia.

For me, that included understanding pressure, posture, movement, mobility, digestion and strengthening rather than simply waiting for things to get worse.

If you’re interested in that side of the discussion, you can also read:

• Hernia Exercises: The 100 Year Old Program Doctors Used
• 3 Inguinal Hernia Exercises for Preventing and Recovering From Inguinal Hernias
• What Is a Hernia and What Does a Hernia Look Like?

Where a Hernia Belt Fits In

A hernia belt doesn’t change estrogen signaling or reverse fibrosis.

Its job is much simpler.

A properly fitted hernia belt can help keep a reducible inguinal hernia reduced while you’re moving around and living your life.

That was extremely important for me because it allowed me to remain active while I worked on the other things I thought were contributing to my condition.

In fact, my frustration with the bulky hernia belts available at the time eventually led me to design my own.

You can read why I designed the Comfort-Truss hernia belt differently, or view the Comfort-Truss hernia belts.

A belt should only be worn over a hernia that can be fully reduced.

If the hernia cannot be pushed completely back into the abdomen, that’s something I would have evaluated rather than trying to force it in with a belt.

So, Can an Inguinal Hernia Reverse Without Surgery?

We still don’t have evidence showing that this treatment reverses established inguinal hernias in humans.

But I think we can say something we couldn’t say before this research:

An established inguinal hernia was reversed without surgery in an experimental model.

And it happened by changing the biology of the tissue—not by mechanically closing the defect.

That matters.

For decades, the conversation around hernias has largely started and ended with the hole.

This research suggests there may be another conversation worth having:

Why did the tissue weaken enough for the hole to develop in the first place?

And if the biology contributing to that weakness can change…

What else might be possible?

That’s the question I’m interested in.

Where I Went Next

After reading this study, my next question was pretty obvious.

Fulvestrant influenced estrogen signaling and fibrosis.

Are there ways to influence some of those same biological pathways naturally?

That sent me down another rabbit hole involving estrogen metabolism, fibroblasts, TGF-beta, fibrosis, collagen remodeling and several natural supplements.

I’ve now made the follow-up video exploring exactly that question:

Can Natural Supplements Reverse a Hernia? What the Research Shows

And with the human trial now underway, I’ll continue following this research as it develops.

Research Sources

Main study:

Estrogen receptor-α ablation reverses muscle fibrosis and inguinal hernias

Journal of Clinical Investigation

Earlier fibroblast research:

An estrogen-sensitive fibroblast population drives abdominal muscle fibrosis in an inguinal hernia mouse model

JCI Insight

I was told I needed hernia surgery.

I didn’t do it.

And now… I live like I don’t even have one.

So naturally, the question becomes:

Can an inguinal hernia heal without surgery?

Because that’s what I was trying to figure out after hearing the same thing most people hear:

“Surgery is the only fix.”

I’m not here to argue that surgery doesn’t repair the abdominal wall. It does.

But what I wanted to know was this:

Is it the only way to actually live without symptoms?

When people search “can an inguinal hernia heal without surgery,” what they’re usually really asking is whether it’s possible to get back to normal life without constantly thinking about it… without feeling limited… and without jumping straight into surgery.

Can an Inguinal Hernia Heal Without Surgery? Why I Started Questioning Surgery

When mine first showed up, it wasn’t subtle.

It was about the size of two golf balls. And every morning when I got out of bed, it would pop right out.

No pain. But it was always there.

A constant reminder that something wasn’t right.

And once you notice it… you don’t really stop thinking about it.

Every movement. Every workout. Even just standing there.

It’s in the back of your mind.

And everywhere I looked, the answer was the same:

“Surgery is the only fix.”

That didn’t sit right with me.

Can You Live Normally With an Inguinal Hernia Without Surgery?

Let’s be clear.

Surgery does repair the congenital defect in the abdominal wall.

If your goal is to fix that structurally, that’s the route.

But that led me to a different question.

Are fixing the defect… and living symptom-free… actually the same thing?

Because they didn’t seem like it.

Why Did the Hernia Happen in the First Place?

This is where things really shifted for me.

I stopped focusing only on the hernia…

And started asking:

• Why did this happen?
• What created that pressure in the first place?
• And what’s stopping it from happening again… even after surgery?

Because if those things don’t change, you’re just patching the symptoms… not addressing the cause.

My Approach to an Inguinal Hernia Without Surgery

I didn’t just sit back and “watch and wait.”

I took a proactive approach.

Not trying to “heal a hole.”

But trying to remove the conditions that were causing it to push out in the first place.

And once I started looking at it that way… patterns started to show up.

The Common Root Causes I Found

After going pretty deep into this, I started noticing that most people dealing with hernias have a similar set of issues:

• Weakness in the deeper core, especially the transversus abdominis
• Poor pelvic positioning, usually anterior pelvic tilt
• Tight hips and hamstrings
• Digestive issues like bloating, gas, or constipation
• Chronic tension in the body

None of these things alone “cause” a hernia.

But together, they create the perfect environment for one to develop… and stick around.

If you want a deeper breakdown of these, read this post:

5 Root Causes of Hernias

What Happened When I Fixed Those

This is where things got interesting.

• The bulge stopped coming out
• I stopped constantly checking it
• And eventually… I stopped thinking about it altogether

That’s really the shift.

Not just physical… but mental.

Now I surf. I ride. I work out.

Like it was never even there.

The Turning Point Most People Overlook

This was a big one for me.

Using a hernia belt early on.

Not as a fix.

But as a way to take the pressure off… and more importantly… get out of that constant mental loop.

Because when it’s always there, you’re always thinking about it.

And when you’re always thinking about it, you’re stuck.

This gave me space.

Space to move normally.

Space to stop obsessing over it.

And space to actually focus on what was going on underneath.

If you’re looking for one that’s designed for movement and real life, this is what I used:

Comfort-Truss Hernia Belt

What I’m Not Saying

• I’m not saying every hernia will just go away
• I’m not saying you should avoid surgery if you need it

What I am saying is this:

There’s more than one way to deal with this.

You Don’t Have to Choose Between Two Extremes

Most people think their options are:

1. Do nothing and hope it doesn’t get worse
2. Get surgery

But there’s a third option.

Actively address the underlying issues while managing symptoms.

That’s what worked for me.

And it’s what I’ve now seen work for a lot of other people, too.

For more on this topic, these posts may also help:

• Healing Inguinal Hernia With Exercise
• Hernia Exercises: The 100-Year-Old Program Doctors Used
• Should I Wear A Hernia Belt?

Want to Stay Active Without Making It Worse?

If you’re dealing with a hernia and just want to:

• Stay active
• Avoid making it worse
• Stop thinking about it all day

I put together a free guide that walks through exactly how I did, even when I still had the lump:

How to Stay Active With a Hernia

My Honest Answer on Whether an Inguinal Hernia Can Heal Without Surgery

So can an inguinal hernia heal without surgery?

I’m not saying every case will follow the same path.

But in my case… addressing the underlying issues changed everything.

I became asymptomatic.

And I got back to living normally.

At the end of the day, you don’t always have to jump straight to surgery.

And you don’t have to sit around doing nothing either.

There’s a middle ground.

For me… that’s what made all the difference.

Doctors used to prescribe hernia exercises to strengthen the abdominal wall. I tried a 100-year-old program and here’s what actually happened.

Introduction

At one point, doctors weren’t telling people to avoid movement with a hernia…

they were prescribing exercises for it.

This really jumped out at me.

Because everything I had been told up to that point pointed in one direction: surgery. If you want the bigger picture on that, I wrote more here about can a hernia heal without surgery.

So when I came across this old medical text from 1916 laying out an actual program of hernia exercises, I remember thinking:

👉 Why was this ever a thing… and why isn’t it anymore?

That question alone was enough for me to try it.

Watch this breakdown where I actually tested this program:

The 100-Year-Old Hernia Exercise Program

The book is called The Therapeutics of Activity.

And buried in it is a full routine specifically for hernias.

Not general fitness.
Not “stay active.”

Targeted exercises for the abdominal wall.

What stood out wasn’t just the exercises.

It was the reasoning behind them.

If the structures that are supposed to support the abdominal wall aren’t doing their job…

Then things start pushing through.

I remember reading that and thinking…

That actually makes a lot of sense.

Because around the same time, I had watched a bunch of videos of a surgeon explaining non-mesh repairs, pointing to the same exact area in every video and saying:

“This part is weak… It’s flabby… and has no strength.”

Now I’m seeing the same idea from two completely different directions.

That’s when I stopped just reading about it…

and decided to actually test it.

The Hernia Exercises I Actually Tried

I didn’t follow the program exactly as written.

The original version used an incline setup with your feet elevated.

I didn’t have that.

So I adapted everything to the floor and just focused on consistency.

I gave all the exercises a name to make them easy to remember. This is all of the hernia exercises I was doing:

• Exercise #1 Leg Pulls
• Exercise #2 Sleeping Bag (or pillow) Squeeze
• Exercise #3 Leg L’s
• Exercise #4 Reverse Swim
• Exercise #5 V-Ups
• Exercise #6 Knee Circle Leg Extensions
• Exercise #7 V-Downs
• Exercise #8 Around The World
• Exercise #9 Straight Leg Sit-Ups
• Exercise #10 Straight Leg Side Ups

Nothing fancy.

But I stuck with it.

At that point, I wasn’t expecting anything dramatic…

I just wanted to see if it changed anything at all.

If you want to see a video demonstration of all of the hernia exercises I used, check out this post that walks you through all of them.

The Moment That Didn’t Make Sense

There was one movement that stood out right away.

Straight leg sit-ups

The first time I tried one…

I couldn’t do it.

Not even close.

I had to use a resistance band just to get up.

And I remember thinking…

how is that possible?

Because I wasn’t out of shape.

I was still riding, surfing, training…

But this exposed something completely different.

It wasn’t about strength in the way I understood it.

It was like something just… wasn’t connecting.

That was the first moment when I started questioning what was actually going on under the surface.

Why Most Hernia Exercises Don’t Work

This is where things started to shift for me.

Because most people hear “core exercises” and think:

• crunches
• sit-ups
• ab workouts

That’s what I thought too.

But this didn’t feel like that at all.

This felt like a lack of control… not just strength.

And that led me to the transversus abdominis.

The deeper layer of your core that actually makes up the wall of the inguinal canal.

And I remember realizing:

👉 if that’s not doing its job… nothing on top of it really matters

That was a big shift.

The Missing Piece That Changed Everything

Even after doing the hernia exercises for a while, something still felt off.

I was improving… but not in a way that made me confident I was actually fixing anything.

It felt like I was working around the problem… not solving it.

Then I came across the ab vacuum.

And this is where things actually changed.

Because this wasn’t just another exercise.

This was learning how to activate that deep support system directly.

At first, it felt awkward.

Like, I couldn’t fully connect to it.

But once that started to click…

Everything else started to make more sense

The exercises felt different.
My awareness of what was happening changed.

That was the turning point.

Why Support Still Made Sense

One thing that stood out in that original program…

They didn’t rely on exercises alone.

They also recommended using a hernia belt.

It makes complete sense.

Because if something is already pushing outward…

You need to manage that while you’re working on the underlying issue.

For me, that meant I could:

• stay active
• keep training
• stop thinking about it all day

And honestly, that mental side of it was huge.

What Happened Over Time

I didn’t have some big moment where everything suddenly fixed itself.

It was gradual.

But I started noticing things:

The hernia wasn’t as reactive.
It stayed reduced more consistently.
I wasn’t constantly aware of it anymore.

And at some point…

I realized I just wasn’t thinking about it anymore.

And eventually it was completely out of sight and out of mind.

Now I can surf, ride, train…

without having to think about it at all.  Like it was never even there to begin with.

Why Did This Approach Disappear?

This is the part that still doesn’t fully add up to me.

If doctors were prescribing hernia exercises like this…

Why did that completely disappear?

Was it because surgery became more effective?

Probably.

Was it because this takes more time and effort?

Definitely.

But it still raises the question:

Was something useful replaced… just because something faster came along?

I don’t have a perfect answer for that.

But it’s hard to ignore.

Do Hernia Exercises Work?

This is what most people actually want to know.

Do they work?

Yeah… they do.

I wouldn’t be where I am today if they didn’t.

But here’s the part most people don’t want to hear.

It’s not a quick fix.

And it’s probably not something that works in isolation.

What I did wasn’t just run through a few exercises and hope for the best.

I committed to it.

Consistently.

Over time.

While also working on the other things that actually matter:

• how my core was functioning
• how I was moving
• how I was managing pressure
• what I was putting into my body

That combination is what changed things.

So no… It’s not magic.

But it’s also not nothing.

👉 If the abdominal wall isn’t functioning the way it should…
then improving that function matters.

And in my case, that made all the difference.

Final Thoughts

This was the shift for me.

Not:

“how do I fix this thing?”

But:

“why is this happening in the first place?”

Once I started looking at it that way…

Everything I did started to move in the right direction.

And over time, that added up to get me to be completely asymptomatic.

Watch: Why I Didn’t Get Surgery and the situations where I would have scheduled surgery immediately.

When someone hears my story about dealing with an inguinal hernia, the first question they usually ask is:

“Why didn’t you just get the inguinal hernia surgery?”

It’s a fair question.

For many people diagnosed with an inguinal hernia, surgery is presented as the default option. In fact, most people assume that once a hernia appears, surgery is inevitable.

But in my case, my symptoms were manageable, and I wanted to understand why the hernia happened in the first place before rushing into a permanent procedure.

In this article, I’ll explain:

• Why I didn’t get hernia surgery
• The situations where I absolutely would have gotten surgery
• How I stayed active while working to address the underlying issues

Do All Inguinal Hernias Require Surgery?

One of the most common assumptions about hernias is that surgery is always required.

In reality, the answer is more nuanced.

For some people, surgery is clearly the best option. For others, symptoms may remain mild and manageable for long periods of time.

In my own case, my hernia was noticeable but relatively mild.

I had a lump roughly the size of two golf balls and some pressure, but I wasn’t experiencing severe pain or functional limitations.

Even though it was on my mind constantly, it wasn’t completely stopping me from living my life.

Because of that, I didn’t feel an urgent need to rush into surgery.

One Important Factor: The Hernia Was Reducible

Another key factor was that my hernia was reducible.

That means I could gently push the hernia back into place and keep it there with a hernia belt designed for active people.

This allowed me to stay active while I tried to understand what might have contributed to the hernia in the first place.

Being able to keep the hernia reduced made it possible for me to continue activities like:

• Surfing
• Riding dirt bikes
• Strength training
• Normal daily movement

For me, this bought time to work on the deeper issues.

Why I Didn’t Get Hernia Surgery

Another reason I chose to wait was that hernia surgery is permanent.

Once the procedure is done, it can’t be undone.

In many cases, surgeons implant mesh to reinforce the abdominal wall. While most surgeries go well, the mesh becomes part of your body permanently.

Like any surgery, there are also risks such as:

• Post-operative pain
• Complications
• Recurrence

Because my symptoms were manageable, I personally didn’t feel the need to rush into a permanent procedure unless the situation worsened.

What I Started Looking At Instead: The Root Causes

Instead of jumping straight to surgery, I became obsessed with understanding why hernias happen in the first place.

Over time, after speaking with thousands of people dealing with inguinal hernias and experimenting with my own recovery, I kept seeing the same patterns appear again and again.

These patterns eventually led me to what I believe are five major root causes of many inguinal hernias:

When I began addressing these issues consistently, my symptoms started improving.

Eventually, my hernia became completely asymptomatic, and today I live my life as if it’s not there.

If you want a deeper explanation of these root causes, you can read more here:

Learn about the five root causes of inguinal hernias

The Situation Where I Absolutely Would Have Gotten Surgery

Even though I chose to wait, I want to be very clear about something.

There were specific situations where I would have gotten surgery immediately.

If my hernia had:

• Become non-reducible
• Started causing serious pain
• Dropped into the scrotum

I would have scheduled surgery right away.

No hesitation.

Those scenarios represent a very different situation from a mild, manageable hernia.

Is Hernia Surgery the Right Choice for You?

The reality is that everyone’s situation is different.

For many people, surgery is absolutely the best option.

I’ve even had friends who developed hernias, and I told them they would probably be better off getting surgery. I knew their personality and knew they wouldn’t want to commit to the kind of long-term lifestyle changes that addressing root causes requires.

The path I took was not easy.

It required patience, discipline, and a willingness to make consistent changes over time.

But for someone who is willing to commit to that process, it may be possible to improve symptoms dramatically.

If you’ve just been diagnosed and you’re trying to decide whether you should get hernia surgery or wait, read this post.

What My Hernia Ultimately Taught Me

When I first discovered I had a hernia, it felt like my body had betrayed me.

Looking back now, I see it very differently.

My body wasn’t broken.

It was sending a signal that something needed to change.

Once I started addressing those underlying imbalances, everything began to shift.

Today I’m completely asymptomatic and living the same active life I always have — in many ways better than before.

The real question isn’t simply whether you should get surgery.

The real question is: what might your body be trying to tell you?

Free Guide: How to Stay Active With a Hernia

If you’ve recently been diagnosed with an inguinal hernia and want to learn how to stay active while you figure out your next step, I created a free guide:

How to Stay Active With a Hernia Without Making It Worse

Download the free guide here

 

Watch: In this video, I explain the three common approaches people take after discovering they have a hernia, and the one that I took.

The 3 Paths After an Inguinal Hernia Diagnosis

If you’ve recently been diagnosed with an inguinal hernia, you’re probably hearing the same thing from everyone around you:

“You’ll eventually need surgery.”

But after dealing with an inguinal hernia myself and talking with thousands of people in the same situation, I realized that most people actually end up taking one of three very different paths after diagnosis.

Understanding these options can help you decide what approach makes the most sense for your situation.

Your Options After an Inguinal Hernia Diagnosis

When someone discovers they have an inguinal hernia, they usually end up choosing one of three approaches.

1. Immediate Hernia Surgery

Some people choose to get surgery right away.

Surgery can be the right option in many situations, especially if the hernia is painful, growing quickly, or causing complications.

Modern hernia surgery is common and often successful, but like any surgery, it also comes with risks and recovery time.

2. Watchful Waiting

Another option doctors often recommend is something called watchful waiting.

Watchful waiting basically means monitoring the hernia while delaying surgery.

The problem with watchful waiting is that it usually doesn’t involve doing anything to address the underlying factors that may have contributed to the hernia in the first place.

Instead, people are simply told to wait and see if symptoms worsen.

3. Proactive Intervention

The third approach is what I call proactive intervention.

Instead of doing nothing and hoping the situation doesn’t get worse, proactive intervention focuses on addressing the factors that may have contributed to the hernia in the first place.

This is the path I personally chose.

My Personal Experience With an Inguinal Hernia

When I first discovered my hernia, it was about the size of two golf balls and would pop out as soon as I got out of bed in the morning.

At the time, I was very active, surfing, riding dirt bikes, training, and more.

I began documenting everything I was learning and experimenting with on my blog, My Natural Hernia Cure, and on YouTube.

Over time, this led to conversations with thousands of people dealing with inguinal hernias.

And that’s when I started noticing the same patterns showing up again and again.

The Five Root Causes I Saw Over and Over

After years of talking with people and experimenting myself, I began seeing five common factors associated with many inguinal hernias.

• Weakness in the muscles surrounding the inguinal canal
• Poor pelvic posture (especially anterior pelvic tilt)
• Limited mobility in the hips, hamstrings, and lower back
• Digestive pressure from excess gas, bloating, or constipation
• Chronic tension and stress

Once I started addressing these issues in my own life, things started turning around quickly.

Over time, the lump disappeared, and my hernia eventually became completely asymptomatic.

Today I’m able to stay active and live as if I don’t even have a hernia.

You can read more about my personal experience in why I didn’t get hernia surgery.

The Role of a Hernia Support Belt

One tool that helped a lot during this process was wearing a hernia support belt.

Not as a cure.

But simply to hold the tissue in place so I could stay active while working on the deeper issues.

In my case, the biggest benefit of the belt was psychological. It removed the constant worry of the hernia pushing out during daily activities.

That mental space allowed me to focus on addressing the underlying factors.

The Goal Isn’t Ignoring the Problem

Every hernia situation is different, and surgery may absolutely be the right decision in some cases.

Especially if the hernia is painful or becomes complicated.

But if you’ve just been diagnosed, it’s important to understand that you may have more options than you realize.

The goal isn’t ignoring the problem and hoping it goes away.

The goal is understanding your body and your options well enough to make the best decision for your situation.

Download the Free Guide

If you want to learn the strategies that helped me stay active while dealing with a hernia, download the free guide:

How to Stay Active With a Hernia

Common Questions People Ask Me About Hernias

If I don’t get surgery right away, will my hernia get worse?

This is one of the most common fears people have after diagnosis. The truth is that every hernia situation is different, but yes, most likely, if you do not take some sort of proactive action against the root causes of the hernia, it will get worse until you eventually need surgery.

Can a hernia become asymptomatic without surgery?

In my case, yes. When I first discovered my hernia, it was about the size of two golf balls and would pop out constantly. After addressing the five root causes I mentioned above, the lump gradually disappeared, and the hernia eventually became completely asymptomatic.

Is a hernia belt a permanent solution?

No. A belt doesn’t fix the underlying issues that caused the hernia. But it can be extremely helpful for holding the tissue in place so you can stay active while working on the deeper factors that may be contributing to the problem.

Why don’t doctors usually talk about these root causes?

Most surgeons focus on the structural repair of the abdominal wall only. Their job is to repair the hernia surgically. They are trained to alleviate the symptoms of the hernia with surgery, not to address the root causes of what caused it in the first place.

What should you do after discovering a hernia?

The most important step is understanding your options. Surgery may be the right choice in some situations, especially if the hernia becomes painful or complicated. But many people benefit from learning what factors may be contributing to the hernia and taking a proactive approach to addressing them.