The Oscellation Technology Approach

Traditional clinical nutrition addresses the biochemical side of disease symptoms by prescribing nutrients to correct the "underlying cause." By adhering to this traditional belief, nutritional deficiencies are held at least partially to blame for general ill-health and chronic disease because nutritional deficiencies are considered to be the cause of abnormal cell function. Consider another possibility. Instead, what if aberrant cell function causes nutritional deficiencies?

By a wide majority, most human illness is due to chronic abuse of lifestyle, predominately in the area of diet. Diet provides the most profound influence on the biochemical environment, which is defined by the combination of stressors (physical and biochemical), that make up the quality of terrain. Just as a seed's growth potential is affected by the quality of the soil, so is the function of a human cell. Commonly endorsed sources of proteins, fats and carbohydrates in the typical diet force the metabolism to work harder in its attempt to maintain homeostasis.  As these metabolic pathways continue to function outside their comfort zone, predictable patterns of dis-ease emerge, leading to symptoms and illness. One predictable result is depletion of biochemical resources, particularly nutritional. In other words, assimilating foods common in the Western diet requires the cell to work harder, often burning more nutrition than the foods supply.

Our curiosity about this proposition spawned the evolution of Metabolic Therapies and the technology of Oscellation.

The Oscellation Technology (OT) approach is founded on these core principles.

• The cell is a biochemical entity. It derives both its strengths and weaknesses from the biochemical pathways it is asked to perform. Even emotional and physical trauma affects our health by ultimately affecting our biochemistry.
• The cell always responds appropriately and innately to its environment. If its environment is less than optimum, then its response will be less than optimum for the health and vitality of the individual.
• Continually requiring a specific metabolic demand to be addressed, not only creates nutritional deficiencies concerning that pathway, but also compromises other metabolic pathways, thus creating additional nutritional demands. A compromised relationship between two metabolic pathways results in symptoms and diseases which are seemingly unrelated, unless the metabolic relationship is considered.  Thus, disease is not a singular entity, but an expression of a metabolic "relationship" that is out of balance, i.e., a continuous metabolic push or stress.

For example, as someone eats more protein than their digestive system can comfortably digest, HCL levels may become depleted. Continuing this stressful eating pattern can cause allergies, leaky gut, and acid reflux. Would the solution be to supplement with HCL or eat easier-to-digest protein? The answer depends on the desired outcome. Supplementing with HCL would enable this individual to continue to live a lifestyle that places extra stress upon their system. On the other hand, changing dietary habits that require less effort from the digestive system propagates ease and supports a journey towards greater wellness.

To summarize, if you take clinical nutrition with the intent of supporting a less-than-optimal cellular response… are you then allowing this cell to continue to operate at a less-than-optimal state? The OT approach is to change the environment rather than address the nutritional deficiencies.  Oscellation Technology, utilized in all Metabolic Therapies products, optimizes cellular physiology by providing easy-to-digest, enzymatic and nutrient-rich sources of proteins, carbohydrates and fats. Oscellation Technology supports changing the environment of the cell, so that it can release its stored internal dis-ease and move directly into a state of ease. This cellular state of ease is experienced as "stillness," and has a particular vibratory state that emerges due to the lack of tension. This vibratory state is an oscillation at a cellular level, hence the name Oscellation.