Overview of ABSI 2.0
Adaptive Bodywork Structural Integration (ABSI) 2.0 is not just another version, it’s an evolution, a revolution. While it may not address every condition or offer treatment for every illness, it is complete in its unique way, reaching into every nook and cranny of the body.
The interconnectedness of the human body
Scope and Limitations
This doesn’t mean that ABSI is a ‘cure-all.’ It’s not designed for acute injuries, nor is it always successful. However, it is a ‘compleat’ healing system in the sense that it taps into the fascinating world of fascia, the connective tissue that invests every tissue in our body with a supporting net and plays a vital role in our health and wellbeing.
The intricate web-like structure of fascia
The Role of Fascia
“Fascia not only connects all parts of the body, it connects all the branches of medicine,” says the osteopath Snyder. Because fascia is intimately connected to all the body systems, we routinely witness changes in habit, neurology, or chemistry that go beyond a ‘musculo-skeletal’ perspective. This broad scope is one of the unique features of ABSI 2.0.
The neuro-myofascial network
Study of ABSI 2.0
A study of ABSI 2.0, also known as ‘Spatial Medicine,’ requires a deep understanding of the anatomy and physiology of the fascia and its interconnected muscles and joints. It also involves knowledge of embryology, anthropology, psychology, kinesics, and the complex control the brain has over movement.
The study of human potential
Differentiation from Original SI
Unlike the original SI that focused primarily on the myofasciae, ABSI 2.0 is concerned with the entire Extracellular Matrix (ECM). This collagenous network is found throughout the body, each with its specific approach, ranging from the meningeal layers of the brain and spinal cord to the myofascial network of the muscles. This inclusive approach to the ECM/fascial system is what sets ABSI 2.0 apart.
The study of fascia, muscles and joints
Challenges and Future Directions
However, the field is still young, and we’re at the beginning of our learning about how fascia responds to different stimuli, its role in morphogenesis and morphostasis, and how to maximize its health. The task now is to improve our knowledge base, documenting the benefits of ABSI 2.0 more thoroughly. One of the challenges of documenting such results is the ubiquity of fascia: a similar protocol applied to a similar ‘condition’ can render improvement in two individuals that may manifest in very different ways. This fascial network is a fractal that demonstrates ‘sensitive dependence on initial conditions,’ and we are still working out its intricate pathways and less predictable properties.
The study of fascia
Leverage of New Fascial Properties
ABSI 2.0 leverages the newly elucidated fascial properties to its advantage. Over the decades, SI has absorbed the research into fascial properties and how the neuromyofascial web manages global stability with local mobility. This has expanded the approach to SI and done much to put the traditional model of movement biomechanics into proper perspective.
The neuro-myofascial web
Viscosity of ECM
The viscous (gel-like) property of the ECM plays a vital role in protecting body tissues and bones from daily impact. We don’t yet know what forms of treatment, training, or diet might alter the viscosity positively, but ABSI 2.0 aims to explore this further.
The concept of viscosity
Elasticity of Fascial Tissues
Similarly, we now know that fascial tissues store and release elastic energy in quick cyclic movements that elicit recoil. The implications for training, from explosive force to efficient long-distance running, are being busily explored. We already know that training can dramatically improve fascial energy storage and elastic recoil, and we all know that elasticity is a property we associate with youth. If little Johnny falls down the stairs, there will likely be some tears but no broken bones. If Grandma falls down the stairs, the result may be more serious.
A tightly coiled spring (representing a young, elastic fascia) and a looser, less taut spring (representing an older, less elastic fascia
SI 2.0 adds cyclic movement to the mix to train the fascia into increased elasticity.
Cyclical skipping
Plasticity (Viscoelasticity)
That fascia is plastic (deformable through combining viscosity with elasticity), can be readily observed and was Ida Rolf’s main contribution to our understanding. The mechanism of exactly how it plasticly deforms under different strengths and velocities of mechanical tension is still under discussion, but the phenomenon is not.
Clay being molded, as a metaphor for fascia’s plasticity
Discover the Revolution in Healing with Adaptive Bodywork Structural Integration (ABSI) 2.0!
Full body integration – moving with feeling, awareness, and poise
Are you ready to embark on a journey towards holistic health and wellbeing? ABSI 2.0 offers an innovative approach to healing, tapping into the fascinating world of fascia – the connective tissue that invests every tissue in our body with a supporting net and plays a vital role in our health.
ABSI 2.0, also known as ‘Spatial Medicine,’ opens up an exciting new realm of study, exploring the anatomy and physiology of the fascia and its interconnected muscles and joints. Whether you’re a practitioner or a patient, you will marvel at the changes in habit, neurology, or chemistry that go beyond a ‘musculo-skeletal’ perspective.
The intricate web-like structure of fascia
But ABSI 2.0 is not just an evolution; it’s a revolution in the way we perceive and approach healing. Unlike the original Structural Integration that focused primarily on the myofasciae, ABSI 2.0 considers the entire Extracellular Matrix (ECM), from the meningeal layers of the brain and spinal cord to the myofascial network of the muscles.
Join us as we delve into understanding how the ECM’s gel-like property protects body tissues and bones from daily impact, and how fascial tissues store and release elastic energy in quick cyclic movements. Participate in the ongoing exploration of this fascinating field, as we strive to improve our knowledge base and document the benefits of ABSI 2.0 more thoroughly.
ABSI 2.0 is not just another version of SI; it’s a holistic healing system in its own right. So, are you ready to join the revolution and discover how ABSI 2.0 can contribute to your health and wellbeing?
The Extracellular Matrix (ECM)
Don’t wait! Begin your journey with ABSI 2.0 today and explore the wonders of your body’s own potential for healing and transformation.
Don’t wait! The future is now
Start your journey to structural well being with a comprehensive 90 minute Adaptive Bodywork Session or make it a project with a 3, 6 or 12-series.
Together we’ll explore what’s holding you back.
Together, we’ll set you on a path to a more balanced and integrated life.
Removing Pain from the Human body by Adaptively Reconfiguring the Connective Tissue Support System…
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Have you got questions?
For more information visit us at: www.adaptivebodywork.com
Are you ready to get started?
Start your journey to structural well being with a comprehensive 90 minute Adaptive Bodywork Session or make it a project with a 3, 6 or 12-series.
Together we’ll explore what’s holding you back.
Together, we’ll set you on a path to a more balanced and integrated life.
3167 St-Catherine St., East
Montreal, Quebec, H1W 2C4, Canada
1-514-830-5444
info@adaptivebodywork.com
