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USA+1 (513) 666-5251 WILLIAM@HYDROSTRUCTURAL.COM
USA+1 (513) 666-5251 WILLIAM@HYDROSTRUCTURAL.COM
At Hydro Structural, our highest priority is ensuring that each student not only learns but masters these transformative skills. The discoveries speak for themselves; they’re proven, effective, and capable of making a profound impact. But the true measure of our success is in our students’ ability to replicate these techniques with precision and confidence. As a teacher, my role goes beyond sharing knowledge—I am here to support, mentor, and guide each student to genuine mastery. It’s essential to me that every student develops these skills thoroughly, so they can achieve the same life-changing results and, if they choose, pass them on with the same high standard of excellence.
Everyone reaches mastery of Hydro Structural in a few short months..
Teaching the Knowledge about why things happen to our bodies and how to correct them.
“Hydro Structural has to be a great leap forward, this I guarantee. Otherwise, I would not be teaching it.”
Abnormal pressure from a collapse and compensatory tension is responsible for damaging a wide range of cellular activities and metabolic functions.
Many biological reactions occur in an aqueous environment, Loss of Structural Integrity due to a Collapse causes the water acting as a primary solvent for many metobolic functions to bear down under its own weight on all the surrounding tissues. It disrupts the transport of nutrients, gases, and waste products within and between cells and damages those tissues resulting in chronic inflamation.
Water has a high heat capacity, enabling it to absorb and release heat with minimal changes in temperature unless it is compressed. This property is crucial for maintaining the body's temperature within a narrow range, despite fluctuations in the external environment however if these same fliuds are being compressed there is a wide range of abnormal temperature changes that occur.
Water contributes to the lubrication of joints and the protection of vital organs, such as the brain and spinal cord, by serving as a cushioning fluid. Loss of range of motion due to structural collapse and resulting compensatory tension cause accellerated degeneration due to fluids not reaching encapsulated areas of the body.
Water plays a pivotal role in maintaining the balance of electrolytes, such as sodium, potassium, and chloride, within the body. These electrolytes are essential for nerve conduction, muscle contraction, and overall cellular function. Its is essential for recovery and regeneration of damaged tissues as well.
Histological Pathological Effects from Collapsing Abnormoral Pressures in combination negatively effects the balance for nerve conduction and more intake of electrolyes are required.
Water is involved in the breakdown of nutrients and the production of energy within. The production of metabolic energy in the human body is not solely dependent on nutrient intake but also on the integrity of its physiological systems. A stable, well-regulated body optimizes energy extraction from food and water, creating a synergistic relationship between internal balance and nutritional intake. Therefore, achieving metabolic efficiency requires not only adequate nutrition but also maintaining the body's connection to its underlying "source energy" through physiological stability.
The human body is composed of approximately 60% water, with variations depending on factors such as age, sex, and body composition. Water is distributed throughout the body, with different tissues and organs containing varying concentrations. For instance, muscle tissue has a higher water content compared to adipose (fat) tissue.
Within cells, water is a critical component of the cytoplasm, which is the gel-like substance that fills the interior of the cell. It participates in numerous biochemical reactions and serves as a medium for transport and communication within the cell. Additionally, water is a key component of blood plasma, lymph, cerebrospinal fluid, and other bodily fluids, playing essential roles in nutrient transport, waste removal, and temperature regulation.
Contrary to popular belief, the water we drink does not directly integrate into the structure of our body’s cells and tissues. When we consume water, it undergoes a complex journey through the digestive system and is absorbed into the bloodstream through the intestines. However, the vast majority of this water is eventually excreted by the kidneys as urine, with only a small portion being utilized to maintain the body’s hydration and support essential functions.
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