Product catalog-Peptides-HGH-Peptides collection-Cytamins-Pfizer-НПЦРИЗ-Nanox-Canada Peptides

Peptide complex for central and peripheral nervous system. Contains peptides 

Complex of peptide fractions of the 

Complex of peptide fractions of the cardiac muscle. Peptides possess selective action to myocardium cells, normalize metabolism in cardiac hystiocytes.

Complex of peptide fractions of the thyroid gland. Peptides possess selective action to thyroid glands cells, normalize metabolism in cells and regulate thyroid gland functions.

Complex of peptide fractions of the bone and cartilaginous tissue. Peptides possess selective action to various cells of bone and cartilaginous tissues, normalize metabolism in cells and regulate function of joints and spine.

Complex of peptide fractions of the prostate gland. Peptides possess selective action to prostate gland tissue cells, normalize metabolism in prostate cells.

Complex of peptide fractions of the adrenal glands. Peptides possess selective action to adrenal glands cells, normalize metabolism, increase their functional activity.

Complex of peptide fractions of the pancreas. Peptides possess selective action to pancreas cells, normalize metabolism and regulate pancreas functions.

Complex of peptide fractions of the 

Complex of peptide fractions of the liver. Peptides possess selective action to various liver cells, normalize metabolism in cells and regulate liver functions.

Complex of peptide fractions of the triceps. Peptides possess selective action to myocytes, normalize metabolism, increase their functional activity.

Peptide complex for veins. Contains peptides — vessels.

Complex of peptide fractions of the stomach wall. Peptides possess selective action to cells of stomach mucous membrane, normalize metabolism.

Peptide complex for male reproductive system. Contains peptides — vessels, brain, liver. 

Complex of peptide fractions of the brain. Peptides possess selective action to nervous tissue and brain cells, normalize metabolism in cells and regulate their functions.