Have you ever wondered why pain keeps returning, even after you’ve treated the area that hurts?
Or why digestive problems, breathing difficulties, headaches, or chronic muscle tension sometimes persist despite medications, exercises, and other treatments?
The answer may lie in something we often overlook.
Structure.
One of the foundational principles of osteopathic medicine is that structure and function are interrelated. The physical organization of the body influences how it moves, circulates, breathes, and adapts to the demands of everyday life.
Dr. Jean-Pierre Barral, the developer of Visceral Manipulation, has emphasized the importance of understanding and treating structural restrictions when addressing dysfunction.
The principle is simple.
Structure influences function.
And sometimes, when we want to improve function, we need to begin by understanding what is happening structurally.
Think of Your Body as a House
Imagine living in a house where the foundation has shifted.
The doors no longer close properly. The windows stick. Cracks begin appearing in the walls.
You could repeatedly shave down the doors, adjust the windows, and plaster over the cracks.
But unless you address the underlying structural problem, those symptoms may continue to return.
The human body can behave in a similar way.
A restriction in one area can alter movement and create compensatory patterns elsewhere.
An old surgical scar may restrict the mobility of surrounding tissues. A diaphragm that cannot move freely may influence breathing mechanics. Restrictions involving the abdominal connective tissues may alter how comfortably the organs move as we bend, twist, and breathe.
The body is remarkably adaptable.
But adaptation can come at a cost.
Your Organs Need to Move, Too
When most people think about bodywork, they think about muscles, bones, and joints.
But your internal organs also have relationships with the structures surrounding them.
Your liver, stomach, intestines, kidneys, and other organs are supported by connective tissues that allow them to move in response to breathing, posture, digestion, and everyday activity.
Consider your diaphragm.
With every breath, the diaphragm descends and rises, creating movement throughout the abdominal cavity.
Your liver, stomach, and intestines accommodate this movement.
Now imagine that the diaphragm is restricted by an old injury, surgery, chronic tension, or altered posture.
The mechanical relationships between the diaphragm, rib cage, spine, and abdominal organs may change.
This does not mean that every digestive or breathing problem is caused by a structural restriction. It means that mechanical limitations are one possible contributor worth considering.
This is where Visceral Manipulation becomes an important part of my work.
Rather than focusing exclusively on an organ’s symptoms, I assess the mobility of the surrounding tissues and their relationships with the rest of the body.
The Nervous System Is Part of the Structure
The nervous system does not exist in isolation.
Nerves travel through muscles, fascial planes, connective tissues, and anatomical passageways.
They must accommodate movement as we turn our heads, reach overhead, bend forward, and walk.
Previous injuries, inflammation, surgery, and changes in surrounding tissues can sometimes interfere with normal nerve movement or create mechanical irritation.
For example, someone experiencing arm pain may not have a problem originating in the arm itself.
The contributing restriction may involve the cervical spine, shoulder girdle, surrounding connective tissue, or the pathway of a peripheral nerve.
Treating only the painful area may overlook these relationships.
Neural Manipulation allows me to explore the mechanical environment surrounding nerves and their relationship to neighboring structures.
The goal is not to force the nervous system to function differently.
It is to identify whether a mechanical restriction may be contributing to the symptoms and address that restriction when appropriate.
Scar Tissue: A Perfect Example of Structure Influencing Function
Consider someone who has undergone abdominal surgery.
The incision heals. The surgeon is pleased. Everything looks wonderful from the outside.
But internally, the healing process may create adhesions between tissues that previously moved more independently.
Scar tissue is a normal part of healing, but some adhesions can restrict tissue mobility.
A person may later experience pulling sensations, discomfort with movement, or altered abdominal mechanics.
The symptoms may appear some distance from the original surgical site.
This is why I pay close attention to surgical history, even when the surgery happened decades ago.
The body remembers mechanically.
Not necessarily through conscious memory, but through the physical changes that can remain in connective tissue, posture, and movement patterns.
Why I Don’t Chase Symptoms
When someone comes into my office with shoulder pain, I do not automatically assume the shoulder is the problem.
When someone presents with chronic lower back pain, I do not begin and end my assessment with the lumbar spine.
I want to understand the relationships.
How is the diaphragm moving?
What is happening in the rib cage?
Is there a restriction involving the pelvis?
Has the person undergone abdominal surgery?
How do the surrounding nerves and connective tissues accommodate movement?
Are there compensatory patterns that developed following an old injury?
Sometimes the painful area needs direct treatment.
Other times, the most meaningful restriction may be somewhere else entirely.
My work involves listening to the tissues, understanding their anatomical relationships, and recognizing how one part of the body may influence another.
Structure and Function Are a Conversation
Of course, structure and function are not separate entities.
They constantly influence one another.
Altered movement can change tissue loading. Pain can change posture. Inflammation can contribute to stiffness. Changes in nervous system activity can influence muscle tone and breathing patterns.
Over time, functional disturbances can contribute to structural changes, just as structural restrictions can influence function.
This is why the body must be approached as an integrated system.
The goal is not simply to make something move.
It is to help the body regain its capacity to move, adapt, and function with greater ease.
The Integrated Approach
At Reva Bloom Integrated Therapy, I draw from several manual therapy disciplines, including Visceral Manipulation, Neural Manipulation, Craniosacral Therapy, Arterial Manipulation, lymphatic work, and treatment of joints and connective tissues.
Each provides another way of understanding the relationships within the body.
No two people arrive with exactly the same history.
And no two bodies develop exactly the same compensatory patterns.
My approach is individualized because your body has its own story.
A story written through movement, injury, surgery, illness, adaptation, and healing.
My job is to listen carefully enough to understand what may be contributing to your discomfort.
And sometimes, the first step toward improving function is to address the structure that has been asking for attention all along.
Structure first. Function second.
Not because function is less important.
But because sometimes the body needs greater freedom of movement before it can function more comfortably.