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What is Structural Integration?

In Structural Integration we focus on releasing and realigning the fascia - The continuous web of connective tissue that surrounds everything within the body - from muscles, organs, ligaments and nerves. It has even been found to penetrate blood cells. To find more about fascia and why this system is so crucial, scroll to the bottom of this page, or click here!

Typically we run through a series of 10 sessions, working on a new layer each time.

What can I expect from a session?

Usually around 2hrs. It is recommended not to try and squeeze a session into a busy schedule, for various reasons - one of them being that each body is different and may require more attention in particular areas, thus running 'over' time. I would rather give you the work at an organic pace instead of watching the clock.

Who could benefit?

Usually around 2hrs. It is recommended not to try and squeeze a session into a busy schedule, for various reasons - one of them being that each body is different and may require more attention in particular areas, thus running 'over' time. I would rather give you the work at an organic pace instead of watching the clock.

Question question?

Usually around 2hrs. It is recommended not to try and squeeze a session into a busy schedule, for various reasons - one of them being that each body is different and may require more attention in particular areas, thus running 'over' time. I would rather give you the work at an organic pace instead of watching the clock.

How is it different from a massage?

Although it may look similar from an outside perspective. A general massage and a structural integration session are very different. Massages typically work on the short term, providing relaxation and short lived relief. Whereas in Structural Integration we work layer by layer. Increased blood flow.

Before vs. After

Although the lighting isn't consistent in these videos, you can see how even just one session can make a difference in your posture.
In the video on the left, you can see 
In the video on the right, 

More on Fascia - 

Fascia is a continuous, web-like tissue composed of collagen and elastin fibres embedded in a hydrated extracellular matrix. It envelopes muscles, bones, nerves, and organs, acting as both a supportive structure and a communication network. Beyond its mechanical roles, fascia serves as an integrative system, connecting distant parts of the body both physically and electrically.

In the context of health, fascia:

  • Maintains structural integrity: Provides stability and reduces strain during movement.

  • Facilitates healing: Serves as a reservoir for immune cells and facilitates wound repair.

  • Supports communication: Acts as a pathway for the distribution of electrical signals and vital nutrients.

    Research shows that fascia plays important roles in posture, circulation, force transfer, balance, coordination, and is one of the most common causes of musculoskeletal pain.

    It influences mobility, posture, hormonal regulation, neurovascular control, lymphatic function, wound healing, and even the risk of developing chronic pain conditions. 

    Fascia tissue houses numerous nerves and blood vessels, providing essential pathways for delivering oxygen, nutrients, and cellular communication throughout the body.

    fascial adhesion, occurs when collagen fibers within the fascia become tangled and fused together


Fascia is meant to glide easily. 
Tight fascia causes shallow breathing, 
It prints in the position is always finds itself in. If you are sedentary, sat down for your working hours, it will lock itself up, there's no getting around it. 

Everything effects everything else in the body. Use the image of a fitted bedsheet as an example. When you tug or twist it at one part, the whole sheet responds. The same effect happens in the body. As a result the body holds/moves other areas of the body to compensate.

Collagen fibers in injured areas may grow in an entangled pattern as they attempt to heal the injured spot. 'Knots' and adhesions form, trapping toxins and restricting movement.

Gross Trauma can include sprains, falls or general accidents. Micro Traumas can be caused by overuse of one particular movement. Looking down at your phone constantly is a massive strain - a common issue we call text neck. 

The average head at a neutral position weighs 5kg. At a 15° angle, the weight of the head increases to 12kg. At 30° it weighs 18kg. at 45° it is 22kg, and a staggering weight of 27kg at 60°. No wonder so many people struggle in this region. In fact -- 700 cumulatively (2hrs a day) seen about the cervical spine.

75% of the population are chronically dehydrated. Even if you are drinking plenty of fluid, we are most often in artificially heated/cooled environments - using technology also has this drying out effect. Medication, caffeine, processed foods.
Your fascia is your delivery system of fluid, and hydration runs every single system.
Afternoon fatigue, brain fog.. it isn't low blood sugar.
When low grade dehydration occurs, the body takes water from fascia where it can (where we store most of our H20) to feed the brain first. 
When dehydration of fascia itself occurs, toxins and inflammation accumulate. Joints are then very prone to pain, stiffness and injury because these toxins and inflammation don't get flushed out.




- Too little movement
- Injury
- Overuse
- Dehydration
- Stress
- Bad diet 
- Ageing/Gravity                       

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