introduction

Collagen, often referred to as the “fountain of youth,” plays a crucial role in maintaining the health and vitality of our skin, bones, joints, and more. From skin care products to supplements, collagen has gained significant attention in recent years due to its potential benefits for healthy aging and overall well-being. In this comprehensive guide, we will delve into the fascinating world of Collagen and explore its structure, functions, sources and potential health benefits.

Structure of collagen

An essential skin protein:

This essential protein in the human body is characterized by its special structural configuration. The unique formation is created by the arrangement of three amino acid chains into a triple helix. This structure consists of sequences of the amino acids glycine, proline and hydroxyproline, known for their nitrogen richness. This ensures high stability and strong binding ability within the molecule.

The building blocks of the protein:

Glycine: This smallest amino acid is crucial for the formation of the tight triple helix by occupying every third position in the protein structure.

Proline and hydroxyproline: These amino acids are essential for stabilizing the helix structure through hydrogen bonds, which give the fibers their immense tensile strength.

Main types of skin protein and their functions:

Type I Protein: The most common type, found mainly in skin, tendons, organs and the organic matrix of bones. Type I fibers have extremely high tensile strength, which is essential for load-bearing capacity and resistance to tensile forces.
Type II Protein: This type is found primarily in cartilage and provides important elasticity and support, which is crucial for shock absorption between joints.
Type III Protein: Often present in combination with type I in skin, muscles and blood vessels, type III supports the structural integrity and elasticity of these tissues.

Scientific insights into protein structure:

The triple helix of the skin protein is known not only for its mechanical strength, but also for its ability to interact with other biological molecules. These interactions are essential for the formation of larger complexes, the fibrils. These interweave into fibers that form the structural components of the tissues.

Medical and cosmetic use of the protein:

This structural protein plays an essential role in wound healing and maintaining skin elasticity as well as the integrity of bones and joints. Ongoing research enables a deeper understanding of the diverse functions the protein performs in the human body and opens up new possibilities for innovative treatments.

The essential protein in Hya4Plus Effect Serum plays a central role in supporting and strengthening the skin's structure. This skin protein, especially Type I, is valued for its excellent ability to not only firm the skin but also to deeply hydrate it. Our innovative serum uses the body's natural mechanisms to stimulate the production of this essential protein, which in turn significantly improves the skin's firmness and elasticity.

By specifically promoting Type I protein, our serum helps to refine and smooth the skin texture. It contributes significantly to reducing the visibility of wrinkles and fine lines by effectively supporting and strengthening the dermal layers. In addition, our product relies on an advanced formula rich in amino acids such as glycine, proline and hydroxyproline, which are crucial for the formation and maintenance of the triple helix structure of the protein.

These structural components are not only known for their mechanical strength, but also for improving moisture retention in the skin. Continuous use of the serum can therefore lead to the long-term maintenance of a youthful radiance and a more resilient skin texture.

By using Type I protein, combined with a scientifically based composition, our Hya4Plus Effect Serum an effective solution for anyone who wants firmer, younger-looking skin. It is not just a skin care treatment, but a targeted therapy that aims to slow down and optimize the biological processes of skin aging.