Cytomaxes — Linguals

For the endocrine system (pineal gland) Complex of peptide fractions of the epiphysis (pineal gland). Peptides, included in ‘Endoluten lingual’, possess selective action to neuroendocrine system cells, normalize metabolism in epiphysis cells and melatonin secretion, regulate hormonal metabolism, have regulatory effect to epiphysis and to all organism in general.

For the vascular system Peptide fractions complex of the vessels. Peptides possess selective action to various cells of vascular wall, normalize metabolism and regulate functions of vascular system.

For the central nervous system 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.

For the musculoskeletal system Combination of peptide fractions extracted from cartilaginous tissue possesses selective action on various cells of bone and cartilaginous tissues, normalize metabolism in cells and regulate function of joints and spine.

For the digestive system (pancreas) Complex of peptide fractions of the pancreas. Peptides possess selective action to pancreas cells, normalize metabolism and regulate pancreas functions.

For the visual system Complex of polypeptide fractions of the eye tissues. Peptides possess selective action to various eye tissue cells, normalize metabolism.

For the cardiovascular system Complex of peptide fractions, acquired from cardiac muscle. Discharged peptides possess selective action on myocardium cells, normalize metabolism in cardiac hystiocytes.

For the male reproductive system Combination of peptide fractions extracted from prostate gland possesses selective action on prostate gland tissue cells, normalize metabolism in prostate cells.

For immune system Complex of peptide fractions of the thymus. Peptides possess selective action to immune system cells, normalize metabolism in cells and regulate functions of immune system.

For the digestive system (liver) Combination of peptide fractions, extracted from liver, possesses selective action on various liver cells, normalizes metabolism in cells and regulates liver functions.

For the respiratory system Complex of peptide fractions of the bronchial tubes mucous membrane. Peptides possess selective action to cells of bronchial tubes mucous membrane, normalize metabolism, and increase their functional activity.

For the urinary system Complex of peptide fractions, acquired from kidneys. Discharged peptides possess selective action to kidney tissue cells, normalize metabolism.

For the female reproductive system Combination of peptide fractions, extracted from ovaries, possesses selective action on cells of ovaries, regulates metabolism processes in ovaries, promotes maturing of ovicells, restores cyclic activity of ovaries.

For the endocrine system (thyroid gland) 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.