The anti-aging effect of phosphatidylserine

Phosphatidylserine (PS) shows significant anti-aging potential in skincare products, mainly reflected in the following aspects:

1. Enhancement of Skin Barrier Function

As a component of cell membranes, phosphatidylserine exhibits excellent moisturizing and nourishing effects. It forms a protective film on the skin surface, effectively locking in moisture, strengthening the skin barrier, and reducing damage from external harmful substances. This delays skin aging, keeping the skin hydrated and smooth.

2. Promotion of Skin Cell Repair and Regeneration

This ingredient stimulates the regeneration and repair of skin cells, accelerating the skin’s natural healing process. It promotes recovery from minor injuries, inflammation, or trauma, helps maintain the health and vitality of skin cells, keeps the skin firm, and reduces the appearance of aging signs like wrinkles.

3. Antioxidant Effect

Phosphatidylserine acts as an antioxidant, neutralizing free radicals and reducing oxidative stress damage to the skin. Free radicals destroy collagen and elastic fibers in the skin, leading to sagging and increased wrinkles. PS delays these aging phenomena through its antioxidant properties, helping the skin maintain elasticity and radiance.

4. Regulation of Skin Oil Secretion

It regulates sebum production, aiding in maintaining the skin’s water-oil balance. An appropriate oil secretion level makes the skin appear fresher and healthier, avoiding skin problems caused by oil imbalance (e.g., enlarged pores, acne), thus indirectly achieving anti-aging effects.

5. Indirect Anti-aging via Improved Mental State

Phosphatidylserine helps improve brain function, enhance memory and cognitive abilities, and may assist in regulating neurotransmitters and cell signaling. When the body is in a good mental state, physiological functions remain more stable, presenting an overall younger appearance and supporting skin health.

By integrating these multifunctional properties, phosphatidylserine addresses both structural and functional aspects of skin aging, making it a promising ingredient in advanced anti-aging skincare formulations.