Myofascialogie en France & Belgique & QuĂ©bec Bien Ătre,Douleurs Chroniques
Jean Francois Brabant ·
Why the "isolated muscle" model is outdated: what fascia science reveals
What surprises me even today is that several approaches continue to want to isolate one muscle to strengthen or reduce tension, whereas modern science demonstrates that the human body functions as a continuous fascial network, not as 640 separate muscles.
The research of the last 20 years is very clear:
Endoscopic work by Dr. Jean-Claude Guimberteau has demonstrated that the fascia is an uninterrupted three-dimensional mesh that connects every muscle, organ and structure of the body.
Réf. : Guimberteau JC., Architecture of Human Living Fascia, 2015.
Research in mechanotransduction shows that when a tension appears in a region, it spreads throughout the fascial network.
Réf. : Schleip R. et al., Fascia: The Tensional Network of the Human Body, 2012.
Ref. : Huijing P. Journal of Biomechanics, 2009.
This explains why tension in the hip can affect your knee, ankle, or even the diaphragm.
Anatomically we separate muscles to draw them.
But functionally, they are woven into the same fascial envelope, sharing strength, tension and fluid.
Réf. : Thomas Myers, Anatomy Trains, 2014.
This phenomenon of âfascial densificationâ is described in several recent publications.
Réf. : Stecco C., Functional Atlas of the Human Fascial System, 2015.
Founder of Myofascial Release, John F. Barnes added that hardened fascia can develop considerable internal forces (up to 2,000 pounds per square inch, according to his clinical findings).
This is a Barnes clinical estimate, not an instrumental measure - but it does illustrate the intensity of the internal forces of a solidified fascia.
Since the body works according to a model of tension (balance between tension and compression), any local intervention necessarily influences the entire system.
Réf. : Levin S., Biotensegrity: The Structural Basis of Life, 2006.
Isolating a muscle does not reflect the biomechanical reality of the human body.
The new scientific understanding leads to a clear conclusion:
Itâs much more effective to treat and train the fascia as a whole, rather than trying to isolate a muscle independently from others.
This is exactly what Myofascialology offers:
work on the quality of the fascia, its fluidity, its mobility and its ability to transmit force harmoniously... rather than trying to build one muscle at a time.
Segmented anatomy is a thing of the past.
The global facial model has become the modern reference for understanding, treating and accompanying the human body.
Myofascialology therapist & trainer