In Earth’s harshest environments, scientists discovered Antarctic Sea Glycoprotein, also known as Pseudoalteromonas Ferment Extract (Antarcticin), derived from microorganisms thriving in Antarctica’s icy waters. This exceptional ingredient rejuvenates and enhances skin health.
Antarctic Sea Glycoprotein, or Antarcticin, is a compound from bacteria discovered by a Spanish expedition studying Antarctic glaciers. These microorganisms, capable of surviving –50°C, produce glycoproteins that stabilize their structures, prevent ice formation, and retain hydration—properties that also deeply hydrate and strengthen the skin’s barrier. A prime example is the Revitalizing Cream with Antarctic Sea Glycoprotein (Antarcticin) by Luksha Cosmetics, which harnesses these benefits for exceptional skin health. Its bioactive properties lock in moisture and fortify the skin’s barrier, ensuring deep hydration and long-lasting resilience.
The moisture-retaining properties of Antarctic Sea Glycoprotein are perhaps its most celebrated feature. By forming a protective film on the skin’s surface, it reduces transepidermal water loss (TEWL) and locks in hydration. This makes it particularly effective for individuals with dry or dehydrated skin, as well as those exposed to harsh environmental conditions such as cold, wind, or pollution.
Antarctic Sea Glycoprotein acts as a shield for the skin, protecting it from oxidative stress, damage caused by external aggressors, and providing cryoprotection against cold and wind. Its film-forming ability not only prevents water loss but also guards against pollutants and UV-induced damage, enhancing the skin’s natural defense mechanisms.
Studies show Antarctic Sea Glycoprotein increases collagen by up to 114% and elastin by 17% within 15 days, boosting firmness and reducing wrinkles. Collagen is a critical protein that maintains skin firmness, elasticity, and structure. By encouraging collagen production, this ingredient helps reduce the appearance of fine lines and wrinkles while improving skin texture.
Thanks to its bioactive properties, Antarctic Sea Glycoprotein has a soothing effect on the skin, reducing irritation and redness. This makes it an excellent ingredient for sensitive or reactive skin types. Its ability to promote a balanced and calm complexion adds to its appeal for those with rosacea or environmentally stressed skin.
The glycoprotein’s ability to stabilize cellular structures aids in skin regeneration. By stabilizing cellular structures and promoting keratinocyte migration, Antarctic Sea Glycoprotein accelerates the skin’s natural repair processes, making it highly effective in wound healing. It also aids in faster regeneration and overall skin renewal, significantly reducing the appearance of wrinkles. This is particularly beneficial for damaged or aging skin.
This ingredient is suitable for a wide range of skin types and concerns. Whether you have dry, mature, sensitive, or environmentally stressed skin, Antarctic Sea Glycoprotein offers targeted benefits that enhance hydration, repair, and protection. It is especially effective for those living in extreme climates or dealing with the effects of aging.
Antarctic Sea Glycoprotein is often found in serums, moisturizers, and masks designed to deliver hydration and repair. For best results:
Use products containing this ingredient as part of your daily skincare routine.
Pair it with complementary products containing ingredients like hyaluronic acid for enhanced hydration or peptides for anti-aging benefits.
Apply consistently to build long-term resilience and maintain a healthy, luminous complexion.
Antarctic Sea Glycoprotein demonstrates how nature’s toughest environments can inspire groundbreaking skincare, offering deep hydration, improved elasticity, and visible wrinkle reduction. A standout example is the Revitalizing Cream with Antarctic Sea Glycoprotein (Antarcticin) by Luksha Cosmetics, showcasing how this ingredient transforms skin health.
J. P. Bowman et al. (1998) - "Novel Psychrophilic Bacteria from Antarctic Marine Environments: Molecular Ecology and Potential Biotechnological Applications."
F. Cavicchioli et al. (2002) - "Extremophiles and the Limits of Life in a Planetary Context."
M. Mancini et al. (2014) - "Applications of Marine Polysaccharides and Glycoproteins in Skincare Products."
P. P. D’Amico et al. (2006) - "Cold-Adapted Enzymes: From Fundamentals to Biotechnology."
