PCC-04 - Cell supply with cartilage peptides

PCC-04 - Bioregulator with cartilage peptide complex
PCC-04 - is a natural product that supports the supply of cartilage cells with tissue-specific peptides. When using PCC-04, the pool of peptides of the cartilage tissue is enriched.
Guaranteed the highest quality, safety and satisfaction
Contains only natural substances
Does not cause allergies
Does not contain hormones
Checked from independent laboratories

PCC-04 supports the cell supply with cartilage peptides

PCC-04 - dietary supplement with polypeptide fraction complex concentrate (extract) from the cartilage tissue of young animals.

2 capsules PCC-04 (recommended daily dose) contain: cartilage extract (contains cartilage peptide complex concentrate) 20 mg.

The optimal function of the human musculoskeletal system is directly linked to the state of health of the cells of the cartilage tissue. The optimal function of the cartilage cells is in turn directly related to the intensity of protein synthesis in these cells. 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 and in which proteins are built up from amino acids according to genetic information. This process is necessary for cells to grow and perform their most important functions. Proteins control all important functions in the body.

Protein synthesis works well in a young organism. Accordingly, the organs and organ systems usually function well even in a young organism. During the 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.

In a young body with a normal intensity of protein synthesis, the cartilage peptides are produced in sufficient quantities by the body itself. Unfortunately, with increasing age, but also with increasing stress on the body, the intensity of protein synthesis decreases. This means that the older we get or the more extreme the conditions under which the cartilage works, the lower the intensity of protein synthesis in the cartilage cells. Less cartilage peptides are formed under these conditions. As a result, various cell damage and dysfunction can occur in these cells.

Missing regulatory cartilage peptides can be filled in by using animal cartilage peptides. Scientists have found that missing peptides in a tissue can be replenished by using animal peptides from the same tissue. It has been shown, that short peptides are identical in all mammals and humans. Animal cartilage peptides are therefore accepted by the human body as endogenous. In addition, the biological peptides have what is known as tissue specificity. This means that they can only get into cells of the tissue from which they originally came. Cartilage peptides can only be taken up by the cartilage cells.

When using PCC-04, the pool of regulatory peptides of the cartilage tissue is enriched. Qualitative and quantitative availability of regulatory cartilage peptides is essential for normal cell function of the cartilage.

The technology developed by our company enables the production of absolutely safe low molecular weight factions from animal cartilage tissues. The natural form of the animal proteins is not changed during the technological process. This guarantees that peptides that are transported to the cartilage cells in the bloodstream have their high natural bioavailability.

PCC-04 consumption recommendation: for adults 2 capsules daily before the meal. We recommend using it for a month and repeating the application every 3 months.

PCC-04 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.

PCC-04 is deliberately free of undesirable or controversial emulsifiers, stabilizers, carriers, preservatives, superplasticizers, colorants, lactose and other cheap additives.

PCC = peptide complex concentrate.