The Fluid Body

“At the beginning of our life cycle, we are conceived in fluid, developed in amniotic fluid and born in fluid; our bodies are more than 70-percent fluid. New scientific discoveries demonstrate that the fascial system is a combination of a powerful fibrous web surrounded by a ground substance that is a fluid/gelatinous medium, and which is the internal and external environment of every cell in the body. Recent research shows there is a micro-fascial system (a tensegrity structure) within every cell. Inside the cytoskeleton of the cell lay microtubules of fascia that have a hollow core, which fluid flows through. Energy, information and consciousness flow within that fluid. Consciousness flows through every cell of our bodies. The fluid within and around every cell performs the important function of being the transport medium of oxygen, nutrients, chemicals, hormones, toxins, energy and information throughout our entire being, almost instantaneously.”
John F. Barnes, P.T., L.M.T.—Massage Magazine April 5, 2011

Tensegrity
“Tensegrity, tensional integrity or floating compression, is a structural principle based on the use of isolated components in compression inside a net of continuous tension, in such a way that the compressed members (usually bars or struts) do not touch each other and the prestressed tensioned members (usually cables or tendons) delineate the system spatially.” Wikipedia

Tensegrity is a term coined by Buckminster Fuller. The word is a contraction of two terms: tension and integrity. It describes a structural relationship principle that Fuller defined as stabilizing the shape of structures by continuous tension or “tensional integrity”, rather than by continuous compression, such as is used in a stone arch or a skyscraper. A tensegrity structure is composed of firm rods that do not touch one another, but are suspended and made strong by the simultaneous action of a network of balanced compression and tensile parts.

Buckminster Fuller was inspired in his work by the innovative sculpture of Kenneth Snelson in which we can see how otherwise heavy metal struts are upheld with a sense of levity and ease when the tensegrity principles are applied.

While most buildings utilize simple compression in alignment with gravity—block upon block and into the earth—to support their form, tensegrity structures are different. They are self-supporting, absorbing and distributing forces omnidirectionally throughout their shapes, giving them the ability to yield increasingly, without ultimately breaking or coming apart. They allow for what would otherwise be heavy limbs and reaching projections to be far away from the center without toppling the entire system.

Biotensegrity
It wasn’t until fairly recently—the last several decades—that scientist have observed that these very same principles of self-inclusive support underlie the integrity of all biological structures.

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