MEDICUBE: Deep Vita C Ampoule 2.0 (Stück) (10g x 3)

The complete ingredient list was not verified in the current product record. Check the current package before use, especially if you avoid specific ingredients or have known sensitivities.

Dermal hyperpigmentation is a complex biological process involving the overactivation of melanocytes in response to UV radiation and inflammatory triggers.
The Deep Vita C Ampoule 2.
0 utilizes high-purity L-Ascorbic Acid to intervene in the melanin production pathway.
Mechanistically, Vitamin C acts as a competitive inhibitor of the enzyme tyrosinase, which is the primary catalyst for the conversion of tyrosine into melanin.
By disrupting this enzymatic reaction, the ampoule prevents the formation of new pigment while facilitating the natural degradation of existing dark spots and acne marks.
This action is complemented by its role as a master antioxidant; it scavenges reactive oxygen species (ROS) and neutralizes the free radicals that cause lipid peroxidation and collagen damage.
This dual action is vital for maintaining both the tone and the structural integrity of the skin.
The formulation is further enhanced with Hyaluronic Acid to ensure that the brightening process is accompanied by intensive hydration.
This hydration plumps the keratinocytes, improving the skin's micro-relief and allowing for more uniform light reflection, which results in the characteristic clinical glow.
Clinical trials have demonstrated that consistent use over a 7-day cycle leads to a measurable reduction in the density of freckles, solar lentigines, and post-inflammatory hyperpigmentation.
To maintain the stability of the volatile Vitamin C, the product is packaged in a triple-ampoule system, ensuring that the patient receives the active ingredient in its most potent, reduced state.
This precision approach provides a scientific and effective solution for achieving a clear, even complexion and protecting the skin from the daily oxidative stress that leads to premature aging and dullness, fulfilling the clinical requirements for systemic radiance restoration.