
New research: Fascia should be seen as its own anatomical system
In an article in Svenska Dagbladet, fascia, the body's connective tissue, is described as a central and previously underestimated tissue with great importance for health and movement.
- 01Consider fascia as its own anatomical system – not just connective tissue or a single organ
- 02The fascial system is divided into four organs: superficial, musculoskeletal, visceral, and neural fascia
- 03Lack of uniform terminology hinders research – the new definition aims to solve this
- 04Fascia is not a passive structure – it affects movement and function throughout the body
- 05The new definition can improve treatment for pain, injuries, and rehabilitation
Recently, the study “Towards a comprehensive definition of the human fascial system” was published in the prestigious Journal of Anatomy by authors including Carla Stecco, Professor of Anatomy.
The authors propose a breakthrough in anatomy: fascia is not just connective tissue, not just an organ – it is its own anatomical system consisting of four different organs. This insight could change medical research and lead to new treatments for pain, injuries, and rehabilitation.
Fascia – a system of four organs
Today, there is no uniform terminology for fascia, which makes it difficult to compare research and develop effective treatments. The study divides the fascial system into four organs: superficial, musculoskeletal, visceral, and neural fascia, all of which play a central role in the body's movement and function.
What could this mean for healthcare?
- - Better treatment of pain and injuries
- - Improved surgical procedures and rehabilitation
- - More effective medical research through clearer terminology
The researchers argue that we must re-evaluate fascia – it is not just a passive structure, but a system that affects the entire body. The study urges researchers and healthcare professionals to adopt this new definition to improve both research and patient care.
Fascia Innovation bridges the gap between research and public education – A new milestone in understanding the body's fascial system
Since 2015, Fascia Innovation has worked to bridge the gap between advanced research and public knowledge about fascia. Through the internationally recognized publications Fascia Guide and Fascia Research Database, we make scientific information accessible in a simple and educational way.
Now, another important milestone has been reached. The scientific article “Towards a Comprehensive Definition of the Human Fascial System” marks a significant step in uniting new and established knowledge about fascia. This publication helps to create a more uniform definition of the body's fascial system and strengthens the understanding of its role in both medicine and health.
Read more here
The authors propose a breakthrough in anatomy: fascia is not just connective tissue, not just an organ – it is its own anatomical system consisting of four different organs.
- ArticleFascia and the female cycle in the Hälsohormoner podcast
Axel Bohlin is a guest on the Hälsohormoner podcast again. The focus of this episode is on the fascia's connection to the female cycle and all that it entails.
- ArticleAxel Bohlin guests on the podcast 'Both and instead of either or'
Axel Bohlin is a guest on the AWOL Zebra podcast again, discussing the new English release of the Fascia Guide.
- ArticleThe Fascia System The Body's Network in the Din Hälsokälla Podcast
Axel Bohlin, one of the hosts of the Fasciaguiden podcast, explains in an inspiring and understandable way what fascia is, what we can learn from it, and how we can use it as a st…
- Ep. 00101. Why Fascia?
The first episode of the English podcast “The Fascia Guide”. The Fascia Guide is a podcast about the living body, about new research and a new perspective on health, pain and what…
- Ep. 01515. Dr. Neil Theise on fascia, complexity, and the nature of consciousness
The episode was first published on the Swedish podcast Fasciaguiden on June 5, 2025. In this thought-provoking conversation, we meet Dr. Neil Theise — liver pathologist, fascia re…
