3D FASCIA
Fascia | The Piezoelectric Network of the Body
Fascia is a complex network of connective tissue that envelops and permeates every muscle, bone, nerve, and organ in the body. Its molecular and electrical properties are essential to its function in the body, including the ability to respond to mechanical stress and generate electrical signals known as a piezoelectric response.
The molecules that make up fascia are large chains of amino acids linked together to form proteins. These proteins have an electric charge on them, which allows them to interact with other molecules in the body, like ions. This interaction creates an electrical current that flows through the body, enabling the transmission of sensory information, movement control, and other critical functions.
Fascia can be divided into three layers: the superficial fascia, the deep fascia, and the visceral fascia. The superficial fascia is the layer closest to the skin and is composed mainly of adipose tissue and loose connective tissue. The deep fascia is the layer that surrounds muscles and bones and is composed of dense connective tissue. The visceral fascia is the layer that surrounds organs and is also composed of dense connective tissue.
THE 3-D ORIENTATION OF MOLECULES
The three-dimensional (3D) orientation of the molecules in the fascia is also important for its function. The arrangement of the molecules allows for the efficient transfer of mechanical stress and the generation of piezoelectric signals. When mechanical stress is applied to the fascia, the electrical charges within the molecules become re-arranged, leading to a change in voltage. This change in voltage is referred to as the piezoelectric response, and it plays a critical role in various physiological processes, including movement control, perception, and the regulation of cell and tissue function. SPECTRA SCULPT’s Quantum EMS and its signature calibration can help to break up adhesions and scar tissue in the fascia.
The piezoelectric response of fascia is not just limited to the individual molecules within the tissue. The entire fascia network is capable of responding to mechanical stress and generating piezoelectric signals. This network-level response allows for the efficient transfer of mechanical forces and information throughout the body, contributing to the coordination of movement and the regulation of various physiological processes.
Fascia is not only crucial for maintaining the body's structure and function, but it also plays a significant role in our appearance. The fascia in our skin, known as the subcutaneous fascia, connects the dermis to the underlying muscle layer. It also contains fat cells, which store energy and provide insulation. However, when the fascia becomes tight and constricted due to poor posture, lack of movement, or injury, it can pull down on the skin, causing visible dimpling and unevenness known as cellulite.
CELLULITE IS CAUSED BY ADHESION OF THE FASCIA
Cellulite affects up to 90% of women and 10% of men, and recent research has shown that the fascia plays a significant role in the development of cellulite. In healthy fascia, the fat cells are arranged in a regular pattern, with the connective tissue forming a supportive framework that keeps everything in place. However, when the fascia becomes damaged or inflamed, it can become thicker and more fibrous, leading to a loss of elasticity and the formation of adhesions that pull down on the skin, causing the characteristic dimples of cellulite.
In addition, targeted exercises and lifestyle changes, foam rolling, massage, and stretching, can help to release tension and restore the fascia's natural elasticity. Maintaining good posture, staying hydrated, and eating a healthy diet can all help to improve fascial health and reduce the appearance of cellulite.
In conclusion, fascia is a complex network of connective tissue that plays a critical role in maintaining the body's structure and function. Its molecular and electrical properties, including its piezoelectric response and the three-dimensional orientation of its molecules, are essential to its function in the body. Understanding the role of fascia in health and wellness, including its piezoelectric response, is critical, and further research into its properties and function is necessary to fully appreciate the significance of this often-neglected component of the body.
* Image for reference and educational purposes only.
References:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8467050/
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