Protector-3-Complex // Cell supply with pineal gland, thymus and bone marrow peptides

Protector-3-Complex supports the cell supply with pineal gland, thymus and bone marrow peptides

Protector-3-Complex - dietary supplement with broad spectrum polypeptide fraction complex concentrate (extract) from the pineal gland, thymus and bone marrow of young animals.

2 capsules Protector-3-Complex (recommended daily dose) contain:

• Pineal gland extract (contain pineal gland polypeptide complex concentrate) 20 mg
• Thymus extract (contain thymus polypeptide complex concentrate) 20 mg
• Bone marrow extract (contain bone marrow polypeptide complex concentrate) 20 mg

Protector-3-Complex is a product that was developed for special purposes. Its main task is to supply the cells of the pineal gland, bone marrow and thymus with the missing tissue-specific regulatory peptides when required. Pineal gland peptides, bone marrow peptides or thymus peptides are sufficiently formed from proteins by the body under normal conditions. Young and healthy people who lead a healthy lifestyle usually do not need to add such peptides from the outside. But why and especially when does it make sense to additionally supply the body cells with these peptides? The answer to this is hidden in the most important biological process for all living organisms - protein biosynthesis.

Protein biosynthesis

Protein biosynthesis is the formation of new proteins in cells and thus the process of gene expression, which is of central importance for all living things. During this process (e.g. in pineal cells, bone marrow cells, thymus cells, etc.) proteins are built up from amino acids according to genetic information. This is necessary for cells to grow and perform their most important functions. Proteins control all important processes in the body. Optimal protein synthesis in the cells of the pineal gland, bone marrow and thymus is essential for the normal function of these organs. During cellular protein metabolism, the proteins "break down" into small fractions - peptides. These peptides regulate many cellular processes, including the cell cycle, gene expression (protein synthesis), or the response to oxidative stress. They are therefore often referred to as regulatory peptides or peptide bioregulators.

Deficiency of peptides during aging and exposure to extreme factors

Protein synthesis works very well in a young, healthy organism. Because of this, the cells of the pineal gland, bone marrow, and thymus usually work very well even in young and healthy people. The health of these cells is important for the body's defenses to function optimally. Unfortunately, with age, but also due to the long-term effects of many harmful factors on the body (physical or psychological stress, pollution, illness, poor diet, etc.), the intensity of protein synthesis in cells decreases significantly. This means that the older the person gets or the more extreme the load on the organism, especially the immune system, the neuroendocrine and blood-forming systems, the lower the intensity of protein synthesis in the organs of these systems. As a result, fewer regulatory peptides are formed in the cells of these organs. Functional disorders of the pineal gland, bone marrow or thymus as well as disorders of the self-regulation of the immune system, the neuroendocrine and the hematopoietic system can occur. In such cases, one speaks of premature (accelerated) aging (wear) of the systems.

Enrichment of the peptide pool

Scientists have found that short peptides are identical in all mammals and humans. This means that such animal peptides are accepted as endogenous by the human organism. A deficit in regulatory peptides such as pineal gland, bone marrow or thymus peptides can thus be compensated for by using peptides of animal origin from the same tissues (cells). In addition, it was found that biological peptides have tissue specificity. This means that they can only get into cells of the tissue from which they originally came. Accordingly, pineal gland peptides can only be absorbed by pineal gland cells, bone marrow peptides can only be absorbed by bone marrow cells, thymus peptides can only be absorbed by thymus cells and so on. Biological peptides can only interact with cells in the tissue from which they originate. They have no mechanisms of interaction with cells from other tissues.

In other experiments, scientists have found that peptides that enter the bloodstream from the intestines are only absorbed by old, exhausted, and damaged cells. Young, healthy and fully functional cells do not absorb additional peptides. In general, cells only absorb the molecules from the blood that they know and actually need. Correspondingly, by enriching the blood with pineal gland peptides, bone marrow peptides and thymus peptides, the pool of regulatory peptides in the corresponding tissues (pineal gland, bone marrow, thymus) is also enriched. When the peptide level is physiologically normal, the cell begins to work normally again, as in a young and healthy organism. An optimal availability of peptides in the pineal gland cells, bone marrow cells and thymus cells is essential for the function of these cells as well as for an optimal function of the body's own defenses. An optimal qualitative and quantitative availability of regulatory peptides in the cells is essential for their optimal function.

Innovative technology from Previtalica

The innovative technology developed by our company enables a particularly gentle processing of animal tissues. This technology makes it possible to obtain low molecular weight protein fractions (polypeptide fractions) from the tissues of the pineal gland, bone marrow or thymus, which retain their high natural bioavailability and activity. The natural structure of peptide molecules is not impaired in this technological process. This is an important feature for the high quality of the Protector-3-Complex as well as for all other peptide products from Previtalica.

Nutritional–physiological effect

Protector-3-Complex has a nutritional–physiological effect on the body. Its most important task is to supply the body cells with a broad spectrum complex of pineal gland, bone marrow and thymus peptides. In this way, a lack of regulatory peptides in the corresponding cells can be compensated for. The rest is done by the body itself. Protector-3-Complex does not contain any hormones and has no anabolic, hormonal or pharmaceutical effects. This is a completely safe natural product for special nutritional purposes. Protector-3-Complex supplies the cells of the immune system, the neuroendocrine and the hematopoietic system with exactly the nutrients that these cells need in certain situations, especially during aging or under permanently increased stress - these are tissue-specific regulatory peptides.

The nutrient in the Protector-3-Complex is a broad-spectrum complex of specially processed low-molecular proteins (polypeptide complexes) from pineal gland, bone marrow and thymus from young animals (calves) not older than 11 months. In the digestive tract, these substances are broken down into short biologically active pineal gland peptides, bone marrow peptides, thymus peptides and amino acids. Since they retain their endogenous form, they are optimally absorbed by the target cells. Therefore, these substances can also be administered in very small doses. The effect is aimed at bringing the peptide pool in the cells of the pineal gland, bone marrow and thymus to a physiologically normal level. This effect unfolds gently and slowly in a completely natural way. The use of Protector-3-Complex is therefore recommended, if necessary, daily for several weeks.

Protector-3-Complex consumption recommendation: for adults 2 capsules daily before the meal. We recommend using it for a month and repeating the application every 3 months.

Protector-3-Complex storage recommendation: keep in the original packaging, dry, protected from light, at room temperature not above 25°C and out of the reach of small children.

Protector-3-Complex is deliberately free of undesirable or controversial emulsifiers, stabilizers, carriers, preservatives, superplasticizers, colorants, lactose and other cheap additives.