Understanding Fibroids: What They Are, Why They Develop, and How Your Body Can Heal
Fibroids are one of the most common conditions affecting the female reproductive system. By the age of fifty, it is estimated that up to 70–80% of women will develop fibroids at some point in their lives. And yet, many women know very little about them until the day they receive the diagnosis.
For some, fibroids are discovered during pregnancy or routine imaging. For others, they appear gradually through symptoms like heavy menstrual bleeding, pelvic pressure, abdominal distention, fatigue, or changes in bladder and bowel function.
Often the conversation quickly shifts toward treatment options — monitoring, medication, or surgery. But before we talk about treatment, it is important to understand something deeper.
Fibroids do not simply appear randomly in the body.
They develop within the living ecosystem of the pelvis, influenced by hormones, circulation, connective tissue health, inflammation, and the mechanical pressure systems that support the uterus and surrounding organs.
When we begin to understand that ecosystem, the conversation about fibroids changes. It becomes less about fighting the body, and more about understanding the conditions that allow the body to heal.
What Fibroids Actually Are
Fibroids — also called uterine leiomyomas — are benign growths that develop from the smooth muscle cells of the uterus.
The uterus is made primarily of muscular tissue. This muscle is designed to expand, contract, and generate powerful forces during menstruation, pregnancy, and birth. Within this living muscular wall, certain cells can begin to grow in a more concentrated pattern, forming firm nodules of muscle and connective tissue. These nodules are what we call fibroids.
Fibroids can vary dramatically in size. Some remain small and barely detectable, while others grow large enough to change the shape of the uterus or create visible abdominal distention.
They can also develop in different locations:
- Intramural fibroids, which grow within the muscular wall of the uterus
- Submucosal fibroids, which extend toward the inner uterine cavity
- Subserosal fibroids, which grow outward toward the abdominal cavity
- Pedunculated fibroids, which attach to the uterus by a narrow stalk
Because of these variations, fibroids can affect women very differently.
Some women live their entire lives without ever noticing them. Others experience symptoms such as heavy or prolonged menstrual bleeding, pelvic pressure, lower abdominal fullness, frequent urination, constipation, or difficulty with fertility.
Although fibroids are classified medically as tumors, they are benign, meaning they are not cancerous and rarely become cancerous.
But describing fibroids as simple growths does not fully explain why they develop.
Fibroids are not isolated abnormalities appearing out of nowhere. They form within the broader environment of the pelvis — influenced by hormones, circulation, connective tissue tension, and the mechanical pressures that move through the abdomen and pelvic cavity every day.
To understand fibroids more deeply, we have to look at the conditions that allow them to grow.
Why Fibroids Develop
Fibroids do not arise from a single cause. Research suggests they develop through a complex interaction of hormonal signaling, genetics, inflammation, and changes within the uterine environment itself.
Estrogen and progesterone both influence fibroid growth, which is why fibroids often enlarge during the reproductive years and may shrink after menopause.
Certain genetic factors can also increase susceptibility, and inflammatory signaling within the uterus may contribute to the abnormal growth of smooth muscle cells that form fibroids.
But hormones and genetics alone do not tell the full story.
The uterus does not exist in isolation. It is part of a living system that includes circulation, connective tissue, breath mechanics, nervous system regulation, and the dynamic pressure environment of the abdomen and pelvis.
When these systems are functioning well, tissues receive healthy blood flow, cellular repair occurs efficiently, and pressure distributes evenly throughout the body.
But when the pelvic environment becomes congested or mechanically strained, the conditions surrounding the uterus begin to change.
Circulation can become sluggish. Connective tissue can lose elasticity. Internal pressure may begin pushing downward rather than distributing evenly through the rib cage, diaphragm, and pelvic floor.
Over time, these changes influence how cells receive signals to grow, repair, and remodel.
Fibroids do not appear suddenly. They often develop slowly within this altered environment.
Why Fibroids are so Common in Modern Women
Fibroids have existed throughout history, but their prevalence has increased dramatically in modern populations.
Many aspects of modern life influence the pelvic environment in ways our bodies were not originally designed to accommodate.
Long hours of sitting can slow circulation through the pelvis and abdomen. Chronic stress can alter hormonal signaling and increase inflammatory pathways. Shallow breathing patterns can change how pressure moves through the abdominal cavity.
Even the way many women are taught to hold their bodies — constant abdominal gripping, bracing during exercise, or tucking the pelvis under — can increase downward pressure within the pelvic space.
Over time, these patterns affect the connective tissue network that supports the uterus and other pelvic organs.
When pressure, circulation, and tissue tension become imbalanced, the uterus exists within an environment that may encourage the growth of fibroids.
Understanding this does not mean fibroids are anyone’s fault. It simply reminds us that the body is deeply responsive to the conditions in which it lives.
And when those conditions change, the body often has the capacity to change as well.
Can Fibroids Heal Without Surgery?
For many women, the moment fibroids are diagnosed, the conversation quickly turns to removal.
But fibroids exist along a spectrum. Some remain stable for years. Some grow slowly. And in certain circumstances, some fibroids can shrink or become less symptomatic over time.
Whether surgery is necessary depends on several factors, including the size and location of the fibroids, the severity of symptoms, fertility goals, and how the body responds to supportive care.
What is important to understand is that the uterus is not an isolated organ.
It exists within a living network of circulation, connective tissue, hormonal signaling, and mechanical pressure. When the environment surrounding the uterus changes, the behavior of the tissues within it can change as well.
Supporting the body’s internal environment can sometimes help reduce symptoms associated with fibroids and, in some cases, influence how fibroids behave over time.
This is where a whole-body approach becomes important.
Improving pelvic circulation helps ensure that oxygen, nutrients, and immune signaling reach the uterine tissues effectively. Gentle movement, diaphragmatic breathing, and reducing chronic abdominal compression can all support healthy blood and lymphatic flow through the pelvis.
Restoring balanced pressure within the abdomen also plays a role. The diaphragm, abdominal wall, spine, and pelvic floor work together to distribute internal pressure with every breath and movement. When this system becomes dysregulated, pressure can become concentrated within the pelvic cavity, contributing to tissue strain and congestion around the uterus.
Releasing connective tissue restrictions is another key factor. Fascia forms a continuous support network throughout the body, including the structures surrounding the uterus and pelvic organs. When fascial tension accumulates through chronic stress, injury, or postural adaptations, it can alter the mechanical environment in which the uterus exists.
Gentle decompression, coordinated breathing patterns, and restoring natural mobility through the rib cage, abdomen, and pelvis can help rebalance these forces.
Finally, supporting the nervous system is often overlooked but essential. Chronic stress and prolonged protective tension patterns can influence inflammatory pathways, breathing mechanics, and pelvic muscle tone. When the nervous system begins to shift back toward safety and regulation, the body becomes more capable of repair and adaptation.
These approaches do not guarantee that fibroids will disappear, and they should never replace appropriate medical evaluation when symptoms are severe. But they can support the body’s ability to restore healthier conditions within the pelvis — conditions that may reduce symptoms, improve quality of life, and in some cases influence how fibroids behave over time.
For some women, these changes may be enough. For others, surgery becomes the most appropriate and effective option. And when surgery is necessary, understanding how to restore the body afterward becomes just as important as the procedure itself.
When Surgery is Necessary
While many women hope to avoid surgery, there are situations where surgical treatment becomes the most appropriate option.
Fibroid surgery may be recommended when fibroids grow large enough to significantly distort the uterus, cause severe bleeding that leads to anemia, create persistent pelvic pain or pressure, or interfere with fertility and pregnancy.
In these cases, procedures such as myomectomy (removal of fibroids while preserving the uterus) or hysterectomy may be offered depending on a woman’s age, reproductive goals, and the number and location of fibroids present.
For many women, surgery can bring meaningful relief from symptoms that have been disrupting daily life for years.
At the same time, surgery addresses the fibroids themselves, but it does not automatically restore the deeper systems of the body that support pelvic health.
The uterus exists within a complex network of fascia, muscles, circulation, and pressure dynamics throughout the abdomen and pelvis. When fibroids have been present for months or years, the surrounding tissues often adapt to the strain they create. Surgery removes the fibroid, but the patterns the body developed around it may still remain.
Additionally, abdominal or laparoscopic procedures involve incisions that can temporarily disrupt the coordinated relationship between the diaphragm, abdominal wall, pelvic floor, and connective tissue system.
This is why many women feel relieved after surgery, yet still notice lingering sensations of heaviness, instability, or disconnection through their core.
The procedure may resolve the fibroid, but the body still needs time and the right kind of support to reorganize itself.
Understanding this distinction can change the entire recovery process.
Instead of focusing only on incision healing, recovery becomes about restoring the deeper systems that allow the pelvis and core to function as an integrated whole again.
Why Recovery from Fibroid Surgery is More Complex than Expected
Recovery from fibroid surgery is often framed around incision healing and pain management. Once the surgical wounds close and the initial discomfort fades, many women are told they can gradually return to normal activity.
But the experience of recovery is often more nuanced than that.
Even after the surgical site has healed, some women notice that their body still does not feel quite the same. There may be lingering heaviness through the abdomen or pelvis, a sensation that the organs feel unsupported, difficulty engaging the core, or a subtle but unsettling disconnection from the center of the body.
Movements that once felt natural may now feel strained or unstable.
This does not mean that something has gone wrong with the surgery or that you are failing in your recovery.
It simply reflects the fact that abdominal surgery affects more than the visible tissue layers. Beneath the surface, the procedure temporarily disrupts the intricate coordination between the diaphragm, abdominal wall, pelvic floor, connective tissue network, and nervous system that together form the body’s core support system.
When this system loses its coordination, the body may struggle to reestablish the effortless stability it once had.
Healing, therefore, involves more than allowing the incision to close. It requires restoring the deeper relationships between breath, pressure, connective tissue, and movement so the body can function as a coordinated whole again.
Why Your Core Feels Different After Surgery
Fibroid removal surgery, like any procedure involving abdominal incisions, can interrupt the natural coordination of the body’s core system.
This system includes the diaphragm, deep abdominal muscles, pelvic floor, spinal stabilizers, connective tissue fascia, and the nervous system that orchestrates their activity. Together, these structures regulate internal pressure, stabilize movement, and support the pelvic organs with every breath and motion.
Your core is not simply a group of muscles that can be strengthened independently.
It is a dynamic system that constantly adjusts to maintain balance and support throughout the body.
When surgery temporarily disrupts that system, the body may lose its sense of internal stability.
As a result, many women experience lingering abdominal weakness despite exercise, pelvic heaviness or dragging sensations, bladder symptoms, or the feeling that their center of gravity has shifted.
These sensations can feel discouraging, especially after the effort it takes to undergo surgery and begin the recovery process.
But they are not signs of weakness or failure.
They are signals that the deeper coordination of the core system still needs to be restored.
What Traditional Recovery from Fibroid Surgery Often Misses
Traditional rehabilitation after abdominal surgery often focuses primarily on strengthening individual muscles.
While strengthening can certainly play a role in recovery, it does not address the deeper coordination required for the core system to function well.
The body is not a collection of isolated parts that can simply be tightened or trained independently. It is an integrated system in which pressure, connective tissue tension, breath mechanics, and neurological regulation constantly interact.
When one layer of this system is overlooked, healing can feel incomplete even when you are putting in sincere effort.
True recovery involves restoring several interconnected processes.
Rebuilding pressure balance allows the diaphragm, abdominal wall, pelvic floor, and spine to function together again as an integrated unit. When pressure distributes well throughout the body, movements begin to feel lighter and more supported. The abdomen no longer needs to brace constantly, and the pelvic organs experience less downward strain.
Restoring fascial mobility is also essential. Fascia forms the connective web that provides structural continuity throughout the body. After surgery, this tissue can develop areas of restriction around incision sites and deeper structures. These restrictions can contribute to pulling sensations, pressure imbalances, and reduced mobility. Gentle, coordinated movement helps restore elasticity so the core can respond naturally rather than defensively.
Reestablishing organ support addresses the “floating” sensation many women describe after abdominal procedures. This feeling often stems from changes in pressure dynamics and connective tissue tension. As the body relearns how to distribute pressure and maintain balanced tension through the fascial system, the pelvic organs begin to feel more supported again.
Throughout this process, nervous system regulation plays a quiet but essential role. Surgery is both a physical and neurological stressor. When the body remains in a protective state, muscles and connective tissues may hold tension patterns that interfere with coordination and healing. As the nervous system shifts back toward safety, breathing deepens, protective guarding softens, and the body becomes more receptive to recovery.
Core restoration is therefore not simply about rebuilding strength. It is about restoring the harmony between breath, pressure, connective tissue, and movement that allows the body to function with ease.
A Whole-Body Approach to Recovering From Fibroid Surgery
After abdominal surgery, many women follow rehabilitation programs faithfully yet still feel that something in their body remains unsettled.
That lingering sense of disconnection is not imaginary. It is often a sign that the body needs an approach that addresses the full system rather than focusing on individual muscles alone.
A whole-body recovery approach considers how breath mechanics, pressure regulation, connective tissue mobility, nervous system balance, and functional movement patterns work together to support the pelvis and core.
When these systems begin to coordinate again, healing feels different.
Women often notice that their movements become smoother and more effortless. The abdomen feels supported without constant bracing. Pelvic heaviness begins to lift. The body feels more grounded and stable during everyday activities.
The goal is not simply to regain strength. It is to restore the body’s ability to support itself naturally from the inside out.
You Deserve to Feel at Home in Your Body Again
If you are navigating recovery from fibroid surgery and feel disconnected from your core, your symptoms are not a personal failure.
They are messages from a body that is asking for deeper restoration.
Healing is not about pushing harder or forcing the body to perform. It is about restoring the systems that allow your body to move, breathe, and stabilize with ease.
You deserve to move without heaviness.
To feel supported from within.
To trust your body again.
To return to daily life with confidence instead of caution.
Most of all, you deserve to feel at home in yourself.
A Gentle Path Back to Strength and Stability
The Core Recovery Method® was designed to help women restore core and pelvic floor function after pregnancy, injury, and abdominal surgeries such as fibroid removal.
Rather than focusing only on strengthening exercises, the method addresses the deeper systems that support lasting recovery: breath mechanics, pressure balance, connective tissue health, nervous system regulation, and functional core coordination.
Inside the method, women learn how to restore their foundation through coordinated breathing and pressure regulation, rebuild strength through integrated movement patterns, and reconnect with their bodies in a way that feels stable, supported, and sustainable.
Recovery becomes less about forcing the body to perform and more about creating the conditions that allow the body to heal.
