What is Elastin

Elastin is an extracellular matrix protein primarily found in connective tissues, especially in ligaments, arteries, skin, and similar structures. It coexists with collagen fibers to provide tissues with elasticity and tensile strength. Its unique cross-linked structure gives it a "rigid" yet flexible nature, offering robust support and resilience to tissues. Elastin plays a key role in maintaining skin elasticity and tissue tension, and its degradation is a major factor in skin aging, leading to sagging, drooping, and fine wrinkles. Thus, elastin is essential for anti-aging and preserving skin firmness.

• Enhances Skin Elasticity

  Elastin is a key component of the skin's elastic fibers, supporting collagen fibers to keep the skin looking plump and resilient. As we age, the amount of elastin gradually decreases, leading to skin laxity and wrinkle formation. Proper supplementation of elastin can help improve skin sagging and maintain skin firmness and elasticity.

• Promotes Cell Regeneration

  Elastin activates fibroblasts in the dermis, stimulating the synthesis of elastin and collagen. It repairs and regenerates skin cells, replacing aged ones, thereby making the skin smoother, softer, and more elastic while promoting cellular renewal.

• Delays Aging and Resists Damage

  Elastin plays a vital role in anti-aging. It exhibits high stability and can withstand physical, chemical, and even certain enzymatic attacks. However, with age, the activity of elastase increases, leading to the degradation of elastin and the aging of skin tissues. Supplementing elastin helps maintain the youthful state of skin tissues and prevents skin aging.

• Provides Nutritional Support

  Elastin is primarily composed of amino acids such as glycine and leucine, featuring a highly cross-linked hydrolyzed protein structure. It exhibits excellent affinity with the skin, is easily absorbed, promotes skin microcirculation, and accelerates fibroblast synthesis of collagen, thereby reducing wrinkles.

• High Chemical Stability

  Elastin has a stable structure and properties, making it a "hard" protein that is neither easily dissolved nor degraded. It demonstrates strong resistance to acid and alkaline hydrolysis.

• Elasticity and Support

  Elastin coexists with collagen fibers, providing tensile strength to tissues. It can stretch several times its original length and is essential for maintaining the elasticity and structure of the skin, blood vessels, and other tissues.

• High Efficacy at Low Concentrations

  Although elastin constitutes only about 2% of the total protein in the dermis, it plays a critical role in maintaining skin elasticity.