When studying physiology, we often overlook a tissue that performs one of the most important functions in the body — holding the different parts of the body together. Tom Myers, the creator of the Anatomy Trains concept, calls fascia the “Cinderella” of the tissues of the human body. Yet it receives far less attention than other tissues. Looking at fascia, however, can help us gain a more objective understanding of how the body works and how to maintain health throughout life.
4 surprising facts about fascial tissue
Fact 1. Much of what we learn about muscles is misleading
Myers notes that the familiar illustration of red muscles on the human body actually shows a body from which the fascial tissue has been removed. In reality, the body looks quite different, but this type of image makes it much easier to study the muscles.
In fact, it is not the muscles themselves that attach directly to the bones, but the fascia. Muscles are wrapped in fascia inside and out, and the fascia from the outside and from within the muscle twists together to form a tendon.
When movement is created, the brain does not address individual muscles in isolation, but rather large fascial networks and individual motor neurons.
Fact 2. Fascia is more than just wrapping material
Fascia is not simply “wrapping material”; it is living biological tissue responsible for distributing load and directing movement through the body. It can also respond and remodel itself when the forces applied to the body change.
It is still not fully understood how the network that envelops the entire body is able to transmit information within its structure. One idea, proposed by Helen Langevin, suggests that the fascial network corresponds to a map of acupuncture points and meridians. In that case, changes at the cellular level may be achieved by acting on these points. A similar effect may occur during yoga, massage and physiotherapy.
Fact 3. A new perspective on chronic pain
Fascial tissue can lose its elasticity, becoming tight and less mobile as a result of factors such as:
- regular stress;
- past injuries;
- poor posture;
- emotional trauma.
In this way, the body stabilises itself during injury, which can lead to persistent tension and deformation.
This process can be illustrated by imagining a silk suit you are wearing. If you pull on one edge of the suit, the tension will be felt throughout the entire garment and may cause discomfort. In much the same way, patterns of fascial tension can spread through the whole body and therefore affect the body as a whole. This phenomenon is presented as one of the causes of chronic pain such as rheumatic pain, lower-back pain and migraines.
For this reason, bodywork techniques that act directly on fascial tissue may be more effective. The effect of exercises that focus only on muscles or the skeleton is often short-lived.
Fact 4. A new way to look at fitness
When we think of exercise only in terms of building muscle mass and increasing cardiovascular endurance, we risk overlooking the important role of fascia.
By keeping fascial tissue in good condition, you may not only train more effectively but also help maintain proper body function throughout life.
For example, if your training is limited to gym machines, such exercises may train only the muscles while largely ignoring fascial tissue.
Myers recommends choosing forms of activity that include movement and load in a variety of directions, helping to create balanced stability throughout the body.
