O.ggeguh’s oral mesodermal perfusion technology helps reshape a [young oral cavity]

The oral mucosa, the immune system’s first defense line, covers the entire oral cavity, connecting externally to the skin and internally to the digestive tract mucosa. Structurally and functionally, it shares characteristics of both skin and digestive mucosa, including barrier protection, sensory perception, and digestive enzyme secretion. The mesoderm, situated between the epidermis and dermis, is critical for skin absorption of topical agents and the storage of collagen and elastin. The mesoderm also exists in the oral cavity.

Therefore, O.ggeguh developed its [oral mesodermal perfusion] technology, which delivers cellular nourishment through mesoderm-targeted therapy. This process deeply revitalizes cells, addresses both internal and external oral issues, and rebuilds a healthy cellular matrix to restore youthful oral vitality. The technology utilizes plant-based essential oils to achieve targeted penetration into the dermal layer and nutrient infusion from the dermis to the mesoderm. The essential oils’ nutrients also get through oral mucosa to activate Langerhans cells, enhancing their self-repair capacity and boosting cellular metabolism.

This technology combats oral aging and alleviates related issues, including salivary gland degeneration, loose teeth, bad breath, gum recession, oral dryness, tooth discoloration, mouth ulcers, and tooth sensitivity.

O.ggeguh’s plant-based essential oils infuse luxurious nutrients into the mesoderm to nourish your oral cavity. Rich in nutrients and characterized by small molecular size, high permeability, and volatility, the essential oils achieve 6-second rapid penetration into the dermis, ensuring efficient mesoderm nutrient delivery for cellular rejuvenation. Simultaneously, leveraging oil’s natural affinity for bacteria, these products can remove plaque and bacteria from teeth and gums.  They can also effectively reduce toxins entering the bloodstream via the oral cavity, lowering systemic inflammation and disease risks.