Frontiers in fascia research
Carla Alessandra Avila Gonzalez, Mark Driscoll, Robert Schleip, Scott Wearing, Eric Jacobson, Thomas Findley, Werner Klingler
Understanding individual variations in fascial tissue, often visualized with ultrasound, can lead to more personalized and effective therapies for conditions like pain.
Basic sciences are the backbone of every clear understanding of how the body is composed and how different structures and functions are connected with each other. It is obvious that there is a huge variability in human beings - not only in terms of the outer appearance such as measurements of height, weight, muscle mass and other physical properties, but also with respect to metabolic and functional parameters. This article highlights recent developments of research activities in the field of fascia sciences with a special emphasis on assessment strategies as the basis of further studies. Anatomical and histological studies show that fascial tissue is highly variable in terms of density, stiffness, and other parameters such as metabolic and humoral activity. Moreover, it encompasses nerves and harbours a system of micro-channels, also known as the primo vascular system. As ultrasound is a widely available method, its use is appealing not only for imaging of fascial structures, but also for thorough scientific analysis. Unlike most other imaging technologies, US has the advantage of real-time analysis of active or passive movements. In addition, other assessment methods for fascial tissue are discussed. In conclusion, fascial tissue plays an important role not only in functional anatomy, but also in evolutionary and molecular biology, sport, and exercise science as well as in numerous therapeutic approaches. A high density of nerves is found in fascial tissue. Knowledge of individual characteristics, especially by visualizing with ultrasound, leads to personalized therapeutic approaches, such as in pain therapy.
The episode was first published on the Swedish podcast Fasciaguiden on May 27, 2025. What if every chronic disease actually stems from the same root cause — the loss of electrons?…
How can we we understand Fascia & our bodies in a simple way? Special guest Sue Adstrum, PhD Fascia research in all its glory, but how do you present it so that ordinary people un…