A physiological corrector is a molecule that is naturally present in the human body and helps regulate physiological processes. Physiological correctors can include enzymes, hormones, antioxidants, minerals, and vitamins that are necessary to maintain proper body function.
The benefits of physiological correctors are:
Based on substances already present in the human body, physiological correctors are designed to work in harmony with the body's natural processes.
Physiological correctors meet the specific needs of the body. Our teams have developed particularly effective and tailored formulations and dosages to optimize our products as much as possible.
Designed to mimic and regulate the body's natural mechanisms, physiological correctors are molecules that the body recognizes, making them very well tolerated by your organs.
Naturally present in the body, they are better absorbed through membranes and are not perceived as foreign molecules. As a result, they are better absorbed and utilized by your organs.
They are degraded and eliminated at a rate compatible with the body's metabolic processes. This contributes to increased stability and reduced accumulation of the substance in the body, thereby limiting the risk of adverse effects.
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Physiological correctors, as molecules naturally present in the human body, are optimized to interact with specific biological processes. They are essential for the proper functioning of the body and play a crucial role in regulating various physiological functions.
The effectiveness of physiological correctors lies in their ability to act precisely and selectively on relevant biological mechanisms. For example, certain enzymes act as physiological correctors by catalyzing specific chemical reactions in the body, which promotes the proper functioning of metabolic pathways. Hormones are another example of physiological correctors that regulate various processes, such as growth, metabolism, and reproduction.
Another aspect of the effectiveness of physiological correctors lies in their ability to work synergistically with other molecules and biological systems. They can act in an integrated manner to maintain overall balance and health of the body. For example, certain minerals and vitamins act as physiological correctors by participating in numerous enzymatic reactions and supporting various essential biological functions.
Furthermore, physiological correctors are generally well tolerated by the body as they are already part of its internal mechanisms. The body is accustomed to using them and metabolizing them effectively. Therefore, their bioavailability is often high, meaning that they are easily absorbed, distributed, and utilized by the body.
When a physiological corrector is administered, it is often recognized by the metabolic and immune systems of the body as a familiar molecule. As a result, it is metabolized in a similar way to endogenous molecules, which are naturally produced by the body. This similarity in metabolism promotes the seamless integration of physiological correctors into existing biological processes.
Furthermore, physiological correctors are generally better tolerated than dietary supplements or foreign substances. When foreign substances or dietary supplements are introduced into the body, the immune system may sometimes perceive them as foreign agents and trigger an immune response. This can lead to undesired reactions or intolerances.
On the other hand, physiological correctors, being already present in the body, are recognized by the immune system as part of the organism and do not trigger undesirable immune responses. The metabolic processes of the body are also adapted to metabolize these molecules efficiently without causing harm.