Hi body is a beauty injection, which can remove wrinkles, fill the skin and improve the symptoms of aging and inelastic skin.

Hi contains many kinds of amino acids, vitamins and hyaluronic acid needed by human body. After being injected into the dermal layer of the skin, it can promote the collagen proliferation of the dermal layer of the skin and also play a role in replenishing water. After being absorbed by the skin after injection, it will gradually increase the elasticity of the skin. It's just that when injecting Hi body needle, it's best to go to the plastic surgery department of a regular hospital or go to a professional medical and aesthetic institution for injection.

When injecting sea needles, it can also fill the wrinkles in the neck, thus making the skin full. After injection, the skin will be red and swollen, which is mainly irritating to the skin and will have adverse reactions. These symptoms are also normal symptoms, which will gradually return to normal in a week or so, so beauty lovers need not worry too much.

Introduction of main components:

1, non-crosslinked hyaluronic acid: a component of extracellular matrix, which can replenish skin moisture and induce collagen secretion, and can be degraded by free radicals and enzymes in vivo.

2. A variety of amino acids: proline, glycine and alanine are the most abundant amino acids in collagen. Amino acids are essential nutrients for human body, which help human body's own fibroblasts secrete a lot of collagen. Carbon dioxide, water and urea can be produced and eventually metabolized.

3.L- carnosine: It is a natural dipeptide composed of β -alanine and L- histidine, which has antioxidant effect, effectively resists the destruction of free radicals in the skin environment and protects the reconstructed collagen fiber structure. In vivo, it can be decomposed by carnosinase to produce β -alanine and L- histidine, β -alanine and L- histidine, and also produce carbon dioxide, water and urea for final metabolism.

4. Vitamins: Vitamin B2, also known as riboflavin, forms two coenzymes in the form of phosphoric acid, namely flavin mononucleotide (FMN) and flavin adenine dinucleotide (FAD). Collagen fibrillation is assisted, and collagen fibers are formed by triple polymerization of collagen synthesis, collagen fiber generation and collagen fiber reconstruction.