Can hyaluronic acid remove acne scars?

Hyaluronic acid is one of the moisturizing ingredients commonly used in skin care products and is also an important component for hydrated skin. So besides moisturizing, does hyaluronic acid have any other skin care effects? If you’re interested, come and have a look!

Can hyaluronic acid remove acne scars?

Hyaluronic acid generally cannot remove acne scars. Acne scars refer to local pigment changes that occur after acne, which can be red or black. The main effect of topical hyaluronic acid is hydrating and moisturizing, but it cannot inhibit local vasodilation or pigment production, so it is not very effective for acne scars.

Hyaluronic acid skin care benefits

Absorb moisture: Hyaluronic acid can help the skin absorb a lot of moisture. When the skin has moisture, it can naturally maintain elasticity and softness. Using a small amount of hyaluronic acid as a moisturizer, compressing and packaging the million-molecular-weight hyaluronic acid and applying it to the skin can absorb about 1,000 times its own weight in water, refilling the epidermal cells and smoothing wrinkles. By replenishing it daily, the cells will naturally become filled up.

Repair and moisture retention: Hyaluronic acid is also an important component in the skin and has the function of repairing epidermal tissue. When skin tissue is exposed to UVB rays, the skin will be sunburned and inflamed, the dermis will stop producing hyaluronic acid, and the rate of hyaluronic acid decline will be accelerated. Hyaluronic acid exists in large quantities in the connective tissue and dermis of the human body. It has strong water absorption and moisturizing functions. It can also enhance the skin's ability to retain water for a long time. It can help elastic fibers and collagen to be in a moisture-filled environment, making the skin appear more elastic.

Lock in moisture: Hyaluronic acid can gradually form a moisture-rich film on the stratum corneum, while transporting moisture in a step-by-step manner from the inside to the outside. Therefore, when the environment is dry, it is necessary to rely on sealants to reduce the evaporation of water to the outside in order to maintain long-term moisturizing. Occlusives form a thin film on the surface of the skin that prevents moisture from escaping.