Description
Aging is associated with changes in the molecular structure of DNA, proteins ??and lipids. The accumulation of these structural changes forms the basis of cellular aging.
Bio-Restructuring, using hyaluronic acid, amino acids and vitamins, offers substances that merely moisturize and nourish dermal tissue cells, but do not improve extracellular matrix activity.
WHAT IS PEPTIDYAL 115?
Peptidyal 115 is the result of an innovative scientific study aimed at developing a BioRestructuring product that can actively support the physiological functional recovery of the skin, and in particular the extracellular matrix.
Peptidyal 115 can stimulate fibroblasts through the utilization of precursors and amino acids to produce collagen, elastin, and hyaluronic acid and slow down catabolic metabolism with scavenger action on oxidative stress, particularly on reactive oxygen species (ROS) and reactive nitrogen species (RNS) . It also reactivates biological repair and tissue regenerative processes.
Peptidyal 115 can stimulate fibroblasts through the utilization of precursors and amino acids to produce collagen, elastin, and hyaluronic acid and slow down catabolic metabolism with scavenger action on oxidative stress, particularly on reactive oxygen species (ROS) and reactive nitrogen species (RNS) . It also reactivates biological repair and tissue regenerative processes.
HOW CAN WE TAKE ACTION TO HINDER THE SKIN AGING PROCESS?
– Keep the skin hydrated with the help of substances that can capture water at the surface level (stratum corneum)
– Restoration of dermal function
– Increased collagen fibers and fundamental substance
– Increased functionality of elastic fibers
– Prevent formation of FREE RADICALS by reducing oxidative stress, which can damage both lipid (cell walls) and hydrophilic (cytoplasm, protein structures, and DNA) structures
– Improved skin tone
– Attenuation or disappearance of wrinkles
– Disappearance of pigmentation
– Restoration of dermal function
– Increased collagen fibers and fundamental substance
– Increased functionality of elastic fibers
– Prevent formation of FREE RADICALS by reducing oxidative stress, which can damage both lipid (cell walls) and hydrophilic (cytoplasm, protein structures, and DNA) structures
– Improved skin tone
– Attenuation or disappearance of wrinkles
– Disappearance of pigmentation
STRUCTURAL PROTEINS: COLLAGEN & ELASTIN
–Collagen consists of polypeptide chains, called chains, that are tightly interwoven together to form a compact superhelix. The primary structure of the individual chains includes more than 1400 amino acids and is characterized by the repetition of many triplets in the sequence: glycine, praline, hydroxyproline (ProHyp-Gly)n.
–Elastin is a fibrous protein composed of two polypeptide subunits called tropoelastin. Tropoelastin is composed of long Gly-rich helices separated by short stretches of Lys and Ala.
The two subunits are bound together by cross-linking, which gives two- and three-dimensional elasticity.
–Elastin is a fibrous protein composed of two polypeptide subunits called tropoelastin. Tropoelastin is composed of long Gly-rich helices separated by short stretches of Lys and Ala.
The two subunits are bound together by cross-linking, which gives two- and three-dimensional elasticity.
LISINA
Lysine is an essential amino acid (the human body cannot synthesize it, so it can only be ingested already preconstituted with food).
Lysine is found mainly in foods that provide protein ??of animal origin. It inhibits the growth of viruses and produces L-Carnitine, which improves stress tolerance, fat metabolism, has anti-fatigue action, promotes bone growth by helping the formation of collagen, the fibrous protein that makes up bones, cartilage and other connective tissues helps the body absorb calcium.
Lysine is found mainly in foods that provide protein ??of animal origin. It inhibits the growth of viruses and produces L-Carnitine, which improves stress tolerance, fat metabolism, has anti-fatigue action, promotes bone growth by helping the formation of collagen, the fibrous protein that makes up bones, cartilage and other connective tissues helps the body absorb calcium.
PROLINE
The amino acid praline is the main constituent of the protein ??stabilizers collagen and elastin. More than 10% of the elementary particles of collagen molecules are composed of praline alone. It is an important amino acid for the regeneration of skin and tendon structures.
The amino acid praline is a major component of the body’s structural proteins, collagen and elastin.
One quarter to one third of collagen reinforcement bars, for example, are made of praline.
The amino acid praline is a major component of the body’s structural proteins, collagen and elastin.
One quarter to one third of collagen reinforcement bars, for example, are made of praline.
GLYCINE
It is a nonessential amino acid found in small amounts in the vast majority of proteins ??found in tendons and muscles; it makes up about one-third of the structure of collagen. Glycine is needed to build proteins ??in the body and for nucleic acid synthesis, the construction of RNA, DNA, and other amino acids in the body.
HYDROXYPROLINE
A heterocyclic amino acid precursor of praline, the main component of collagen. Hydroxyproline differs from praline in the presence of a hydroxyl group (OH) attached to the C (gamma) atom. Hydroxyproline is an important component of the protein collagen; together with praline, they play a key role in collagen stability, enabling the strong twisting of the fiber helix.
WHAT IS PEPTIDYAL 115?
It is useful for moisturizing and regenerating dehydrated skin damaged by aging and exposure to sunlight.
It is indicated for skin rejuvenation, treatment of stretch marks, and as an adjunct to intradermal fillers. It is part of the Restorative and Regenerative Aesthetic Medicine protocol.
It is indicated for skin rejuvenation, treatment of stretch marks, and as an adjunct to intradermal fillers. It is part of the Restorative and Regenerative Aesthetic Medicine protocol.
