Tensegrity, Fascia and the Living Architecture of the Human Body
Have you ever experienced pain in one part of your body, only to discover that the restriction may be coming from somewhere else?
Perhaps you have pain in your shoulder, but the deeper pattern involves your ribs, pelvis or the way you place weight through your feet. Maybe your lower back is working overtime because another part of your body has become restricted. The painful area may be where the strain is being felt, but it is not necessarily where the pattern began.
This raises an important question:
What if the body is not a collection of separate parts, but a living, interconnected structure that continually adapts as a whole?
The concept of tensegrity gives us a fascinating way to explore this question.
What is tensegrity?
The word tensegrity combines the words tension and integrity.
The term was developed by architect and inventor Buckminster Fuller, building upon the sculptural work of Kenneth Snelson. In a tensegrity structure, stability is created through a balance between compression and continuous tension.
The solid struts do not need to be stacked directly upon one another. Instead, they are held in relationship by a continuous tension network.
Imagine several wooden rods suspended inside a web of elastic cords. The rods provide compression, while the cords maintain tension. Each component influences every other component.
If pressure is placed on one part of the structure, the force is distributed throughout the entire network. The structure bends, adapts and reorganises without immediately collapsing.
When this principle is applied to living organisms, it is often called biotensegrity.
The body is not simply a stack of bones
We are often taught to imagine the skeleton as the frame of the body, with the muscles and other soft tissues hanging from it.
This model is useful, but it does not fully explain the adaptable and responsive nature of the human body.
From a biotensegrity perspective, the bones and cartilage act as compression elements within a continuous network of tension created by muscles, tendons, ligaments and fascia.
The bones do not work in isolation. They are held, moved and stabilised through their relationship with the surrounding soft tissues.
This allows the body to be both stable and mobile.
Too much rigidity would restrict movement. Too little tension would make the structure unstable. The body is constantly adjusting the balance between tension, compression, stability and movement.
Thomas Myers, creator of Anatomy Trains, applies this principle to human biomechanics. He describes the myofascial network as a continuous system capable of distributing strain throughout the body.
The integrity of the body depends not only upon the strength of its individual parts, but upon how effectively those parts relate and respond to one another.
Fascia connects the whole body
Fascia is the connective tissue network that surrounds, supports and passes through muscles, bones, nerves, blood vessels and organs.
It is not simply packaging material.
Fascia helps tissues glide, transmits mechanical forces and contributes to posture, movement and body awareness. Rather than existing as separate sheets that stop and start, fascia forms a three-dimensional continuum throughout the body.
Research has identified anatomical continuity between many muscles and fascial structures. There is also evidence that tension can be transferred between some neighbouring tissues along myofascial chains. However, scientists are still investigating the extent and clinical significance of this force transmission.
This means the body should not be reduced to a collection of isolated muscles.
When you move your arm, the movement does not involve only the muscles of your arm. Your shoulder, ribs, spine, pelvis and legs may all participate in stabilising and organising that movement.
When you walk, the movement of your feet influences your knees, hips, pelvis, spine, shoulders and head.
Everything is responding to everything else.
The body distributes strain
One of the most important points in Thomas Myers’ explanation is that the body is designed to distribute strain.
A healthy tensegrity structure spreads force through the entire system. It adapts rather than allowing all the pressure to remain concentrated in one place.
Problems can develop when the body loses some of this adaptability.
This may happen through:
- Injury
- Surgery or scar tissue
- Repetitive movement
- Prolonged sitting
- Restricted movement
- Postural habits
- Muscle guarding
- Dehydration
- Physical or emotional stress
- Nervous-system dysregulation
- Compensatory movement patterns
If one area becomes restricted, shortened or unable to respond effectively, the rest of the body adapts around it.
Initially, this compensation may be useful. It allows us to continue moving and functioning.
Over time, however, another area may be required to carry more than its share of the load. That area may become tight, tired, inflamed or painful.
The place where the pain appears may be the place that is overworking, rather than the place where the original restriction began.
This does not mean that pain is never caused by a local injury or condition. Sometimes the painful area is exactly where the problem is located. Tensegrity simply invites us to look at the wider pattern as well.
Pull one thread and the whole body responds
Imagine pulling on one corner of a spider web or a net.
The movement does not remain in that corner. It travels through the interconnected strands and changes the tension across the entire web/net.
The same principle can help us understand why a restriction in one part of the body may influence another.
A change in the feet may affect how the pelvis is positioned.
A change in the pelvis may influence the lower back and rib cage.
A restricted rib cage may change breathing mechanics and place greater demand on the neck and shoulders.
The shoulder may become painful, even though the wider pattern involves several areas of the body.
This is why repeatedly working only on the place that hurts may sometimes provide temporary relief without creating lasting change.
The symptom matters, but so do the relationships surrounding it.
The body adapts to our life experiences
Tensegrity is not only about movement and physical injury.
Our bodies also adapt to our experiences.
When we feel threatened, overwhelmed or unsafe, the nervous system may prepare the body to fight, flee, freeze or protect itself. Breathing may become shallower. The jaw may tighten. The shoulders may rise. The abdomen may brace, and the body may become less fluid and adaptable.
If the stress passes and the nervous system returns to safety, these protective patterns may soften.
When stress becomes prolonged, the body may continue organising itself around protection.
This does not necessarily mean an emotion is literally stored inside a particular muscle or piece of fascia. It means that our emotional experiences can influence breathing, posture, muscle tone, movement and nervous-system activity.
Over time, these repeated responses can become familiar patterns within the body.
The person may no longer consciously feel threatened, but their body may still be bracing as though it needs to protect them.
Physical, emotional, mental and spiritual tension
From my perspective, tensegrity also offers a way of understanding the relationship between our physical, emotional, mental and spiritual experiences.
We do not leave our emotions outside the treatment room.
Our beliefs, memories, relationships, fears and life experiences can influence how we breathe, move, hold ourselves and respond to touch.
When tension enters one area of our lives, the whole person may begin to reorganise around it.
A painful experience may influence the way we see ourselves.
A belief may affect the choices we make.
An emotion may influence our posture and breathing.
A physical restriction may affect our mood, confidence and willingness to participate in life.
The different dimensions of our experience are not necessarily separate. They continually communicate and influence one another.
For me, this is where biotensegrity becomes more than an interesting anatomical theory. It becomes a beautiful metaphor for the interconnected nature of the whole person.
Tensegrity and the bioelectric body
The body is mechanical, chemical and electrical.
Cells are continually responding to pressure, movement, tension and changes within their environment. The process through which cells convert mechanical forces into biological signals is known as mechanotransduction.
Research into cellular tensegrity suggests that mechanical forces can be transmitted through the extracellular matrix and the internal structure of cells. These forces may influence cellular shape, communication and behaviour.
This does not prove every energetic or spiritual interpretation of fascia. However, it does demonstrate that touch and mechanical pressure are not experienced only at the surface of the body. Living tissues receive and respond to mechanical information.
In my work, I also consider the body’s bioelectric activity, meridian pathways and subtle energetic relationships. I listen through my hands for areas that feel restricted, congested, disconnected or unable to respond freely.
I am not simply asking:
Where does it hurt?
I am also asking:
What is this area connected to?
What has the body been compensating for?
Where has the natural movement or flow become restricted?
What might the whole system need in order to feel safe enough to reorganise?
Working with the whole pattern
During an Awakened Wellness session, I do not necessarily begin and end with the painful area.
I may explore the relationships between:
- Fascia and movement
- Feet, legs and pelvis
- Pelvis, spine and shoulders
- Breathing and the nervous system
- Physical tension and emotional experience
- Meridian pathways and bioelectric flow
- Protective patterns and areas of compensation
The intention is not to force the body into a predetermined position.
The intention is to listen, respond and support the body to rediscover greater balance, movement and adaptability.
Sometimes the body does not need more pressure. It may need safety, patience and an opportunity to release a pattern it no longer needs.
The body is not fighting against us. It is continually trying to protect us and maintain our ability to function.
Pain may be part of that communication.
Pain as information
Pain is real, and persistent or unexplained pain should always be appropriately assessed by a qualified healthcare professional.
At the same time, pain can be approached with curiosity.
Instead of asking only, “How do I make this pain stop?” we might also ask:
- What has changed in my body?
- Where have I lost movement or adaptability?
- What has this area been compensating for?
- What happens to my posture when I am stressed?
- Am I breathing freely?
- Where am I bracing or holding?
- What support does my body need?
These questions do not blame the person for their pain. They create a broader understanding of what the body may be experiencing.
The wisdom of the whole
Biotensegrity reminds us that the body is not simply assembled from individual parts.
It is a living, responsive and interconnected system.
The body distributes forces, adapts to restriction and continually reorganises itself in response to movement, stress, injury and experience.
The place where pain is felt deserves care and attention, but it may be only one part of a much larger story.
When we begin listening to the relationships within the body, we move beyond chasing symptoms and begin exploring the pattern as a whole.
Perhaps the question is not simply:
Where does it hurt?
Perhaps the deeper question is:
Where did the body first begin to change, and what does the whole system need now?
Dawn Kelly
Awakened Wellness with Dawn
Book a Session with Dawn
If you are experiencing pain, tension, restricted movement or stress, book an Awakened Wellness session and explore what your body may be communicating.
Appointments available in Midland and Collie
www.dawnkelly.com.au
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