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Hyaluronic acid
Hyaluronic acid is involved in most biological processes. It provides moisture and regulates regeneration processes. EnviroCells uses the method of microbial fermentation and deep purification to apply the product for cosmetic purposes.
Hyaluronic acid is a polymer that has the same structure in all biological species. It consists of shells and lubricants of chondrocytes (cells of articular cartilage), which have a beneficial effect on the body. Hyaluronic acid is involved in the formation of large negatively charged aggregates responsible for the elasticity of cartilage and its resistance to compression.
Hyaluronic acid is found in cells and intercellular matter and is involved in most biological processes. It helps to adapt to chemical and physical inflammation, participates in cell regeneration, migration, ion exchange and metabolism. Hyaluronic acid performs its main function in the intercellular matrix, where it is found in significant amounts.
More than half of the body’s total hyaluronic acid is found in the epidermis and dermis. It is here that it provides hydration, regulates regeneration processes and performs a barrier function.
When exposed to the skin, UV reduces the synthesis and increases the rate of breakdown of hyaluronic acid. The less hyaluronic acid remains in the body, the faster the aging and fading process of the skin proceeds.
Hyaluronic acid is found in cells and intercellular matter and is involved in most biological processes. It helps to adapt to chemical and physical inflammation, participates in cell regeneration, migration, ion exchange and metabolism. Hyaluronic acid performs its main function in the intercellular matrix, where it is found in significant amounts.
More than half of the body’s total hyaluronic acid is found in the epidermis and dermis. It is here that it provides hydration, regulates regeneration processes and performs a barrier function.
When exposed to the skin, UV reduces the synthesis and increases the rate of breakdown of hyaluronic acid. The less hyaluronic acid remains in the body, the faster the aging and fading process of the skin proceeds.
In 1989, the method of microbial fermentation was practiced. It was based on the fact that some types of bacteria are able to synthesize hyaluronic acid. To obtain it in industrial production, non-pathogenic Streptococcus bacteria obtained by special selection and cloning by genetic engineering methods are used. A capsule of polysaccharide is formed on the surface of bacterial cells during cultivation. Hyaluronic acid accumulates in the culture fluid, after which it is purified.
The hyaluronic acid obtained in this way has the form of a solution or powder, which are later used for the production of medicines.
The molecule of this acid is very sensitive to external influences. Therefore, it is important to observe the storage conditions during isolation, purification and sterilization.
The production of hyaluronic acid for contouring is carried out by microbial synthesis. Then there is the creation of cross-links between the sections. In other words, stabilization.
The density of the cross-links has a direct effect on the basic properties of the gels obtained: mechanical density, degree of swelling, elasticity, diffusion characteristics and permeability.
Depending on the purpose, the gels have varying degrees of viscosity. For example, less stable gels are used to eliminate fine and medium wrinkles. And to make up for lost volume and correct wrinkles, they are viscous.
The long-term clinical result after injections is preserved due to the resistance of the cross-linked products to hydrolytic decomposition.
After stitching, the gels are thoroughly cleaned and become usable.
The hyaluronic acid obtained in this way has the form of a solution or powder, which are later used for the production of medicines.
The molecule of this acid is very sensitive to external influences. Therefore, it is important to observe the storage conditions during isolation, purification and sterilization.
The production of hyaluronic acid for contouring is carried out by microbial synthesis. Then there is the creation of cross-links between the sections. In other words, stabilization.
The density of the cross-links has a direct effect on the basic properties of the gels obtained: mechanical density, degree of swelling, elasticity, diffusion characteristics and permeability.
Depending on the purpose, the gels have varying degrees of viscosity. For example, less stable gels are used to eliminate fine and medium wrinkles. And to make up for lost volume and correct wrinkles, they are viscous.
The long-term clinical result after injections is preserved due to the resistance of the cross-linked products to hydrolytic decomposition.
After stitching, the gels are thoroughly cleaned and become usable.
Properties and applications
Production
BRANCHES OF APPLICATION
Medicine
Hyaluronic acid is widely used in medicine and cosmetology. It has gained such popularity due to its moisturizing and viscoelastic properties.
Acid is used to treat osteoarthritis, to moisturize the skin and cornea, and is an excellent carrier for delivering drugs to target tissues and cells.
Acid is used to treat osteoarthritis, to moisturize the skin and cornea, and is an excellent carrier for delivering drugs to target tissues and cells.
BRANCHES OF APPLICATION
Cosmetology
The most common use of hyaluronic acid is cosmetology. It is in this industry that it is used not only in external products, but also in the best drugs for injection.
In the composition of preparations, the properties of hyaluronic acid can manifest themselves even with a low content of 0.01−0.1%. Cosmetics are distributed over the entire surface of the skin and form the thinnest film that absorbs moisture from the air. Hyaluronic acid helps to retain moisture, reduce water evaporation, and stabilize the skin structure.
Preparations with hyaluronic acid are included in lip balms and lipsticks, after-sun lotions, anti-cellulite creams, eye gels, wound healing and sunscreens.
Products containing hyaluronic acid moisturize the skin well and give it a healthy appearance. The degree of moisture depends on the molecular weight. Almost all pharmaceutical and cosmetology companies that specialize in professional cosmetics produce preparations based on hyaluronic acid. Customers love it for its versatility, compatibility with all skin types and the absence of allergic reactions.
In the composition of preparations, the properties of hyaluronic acid can manifest themselves even with a low content of 0.01−0.1%. Cosmetics are distributed over the entire surface of the skin and form the thinnest film that absorbs moisture from the air. Hyaluronic acid helps to retain moisture, reduce water evaporation, and stabilize the skin structure.
Preparations with hyaluronic acid are included in lip balms and lipsticks, after-sun lotions, anti-cellulite creams, eye gels, wound healing and sunscreens.
Products containing hyaluronic acid moisturize the skin well and give it a healthy appearance. The degree of moisture depends on the molecular weight. Almost all pharmaceutical and cosmetology companies that specialize in professional cosmetics produce preparations based on hyaluronic acid. Customers love it for its versatility, compatibility with all skin types and the absence of allergic reactions.
BRANCHES OF APPLICATION
Mesotherapy and biorevitalization
Hyaluronic acid is the most popular drug used for mesotherapy. For the procedure of classical mesotherapy, hyaluronic acid with a content of 0.5 — 1.5% is used.
Biorevitalization is an injection of high molecular weight hyaluronic acid, which has a molecular weight of more than 1000 kDa. It helps to enhance skin hydration, as well as the manifestation of antioxidant and anti-inflammatory properties.
It has been repeatedly proven that after a course of hyaluronic acid, the level of hydration of the dermis increases significantly. In addition, after a full course of biorevitalization, an increase in skin elasticity and density was noted.
Biorevitalization can be applied to almost any part of the body, even in such delicate areas as the area around the mouth and eyes, neck skin, decollete and mammary glands.
Biorevitalization is an injection of high molecular weight hyaluronic acid, which has a molecular weight of more than 1000 kDa. It helps to enhance skin hydration, as well as the manifestation of antioxidant and anti-inflammatory properties.
It has been repeatedly proven that after a course of hyaluronic acid, the level of hydration of the dermis increases significantly. In addition, after a full course of biorevitalization, an increase in skin elasticity and density was noted.
Biorevitalization can be applied to almost any part of the body, even in such delicate areas as the area around the mouth and eyes, neck skin, decollete and mammary glands.
BRANCHES OF APPLICATION
Injection contouring
Contour injection plastic surgery allows you to adjust the shape of the face in a non-surgical way, to make up for soft tissue defects by increasing or restoring the lost volume.
The method of injectable facial contouring is based on the introduction of preparations based on hyaluronic acid and biopolymer gel into the skin, which allows you to adjust the shape without surgical intervention.
njection plastic surgery gives visible results after the first session:
The method of injectable facial contouring is based on the introduction of preparations based on hyaluronic acid and biopolymer gel into the skin, which allows you to adjust the shape without surgical intervention.
njection plastic surgery gives visible results after the first session:
- wrinkles on the bridge of the nose and forehead disappear, and the skin around the eyes smoothes
- skin tone returns
- the volume of the lips, the line of the nose, the contours of the mouth, cheekbones and other facial features are adjusted to the desired shape
- the face shape becomes smooth and rejuvenated.
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