Exosome + Deep PDRN High Class Moist Essence is a premium Japanese essence designed for deep hydration, skin recovery, and visible rejuvenation. It combines two advanced bioactive technologies: exosomes and Deep PDRN.

Exosomes support cellular communication, regeneration, and barrier repair. Deep PDRN (Sodium DNA) is a dermatology-inspired bioactive ingredient that helps improve smoothness, firmness, and overall skin vitality.

Together, they create an intensive hydrating and anti-aging treatment with a silky, fast-absorbing texture.

Key Benefits

• Deep hydration and improved moisture retention
• Renewal and firmer-looking skin with PDRN
• Smoother texture and a refined surface
• More even-looking tone
• Soothing care and strengthened skin barrier
• Anti-aging support with consistent use
• Silky, lightweight, fast-absorbing finish

Ideal For

• Dull, tired, or dehydrated skin
• Aging skin with fine lines or loss of elasticity
• Weakened or irritated skin needing barrier support
• Anyone seeking luxury, fast-acting hydration
• Part of the Super Boost line – higher intensity care

Key Active Ingredients

• Exosome Extract – supports renewal, regeneration, and improved elasticity.
• Deep PDRN (Sodium DNA) – clinically recognized regeneration support for firmer, revitalized skin.
• Sodium Hyaluronate – deep hydration and a smoother look.
• Peptide & Fermented Ingredients – anti-aging support and collagen appearance care.
• Centella Asiatica (CICA) – soothing support and barrier protection.

How to Use

1. After cleansing and toner, dispense a small amount into your palms.
2. Gently press into the skin until fully absorbed.
3. Use morning and evening.
4. For best results, layer with PDRN or exosome serums.

INCI / Ingredients

(Typical formulation for Japanese Exosome + Deep PDRN essences.)

Water, Glycerin, Butylene Glycol, Sodium DNA (PDRN), Exosome Extract, Sodium Hyaluronate, Betaine, Panthenol, Centella Asiatica Extract, 1,2-Hexanediol, Allantoin, Arginine, Carbomer, Hydroxyethyl Urea, Disodium EDTA, Phenoxyethanol.