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SucraEx™ Clinical Study Summary

DS V-LINE

SucraEx™ is an advanced dermocosmetic component system based on sucralfate, developed for skin regeneration and barrier repair. Studies aim to evaluate the effects of this component on the skin at cellular and clinical levels. SucraEx™ offers a multi-layered care approach targeting the epidermis, dermal-epidermal junction (DE), and dermis layers. The formulation works with the synergistic effect of active ingredients that support moisturizing, barrier strengthening, and skin regeneration.

1. Study and Mechanism of Action

Sucralfate, the main component of SucraEx™, is a component initially used in the medical field for its tissue-protective and healing effects. On the skin, it shows the following effects:

  • Forms a protective barrier over the damaged area.
  • Supports cellular regeneration processes.
  • Promotes fibroblast activity and tissue repair.

Thanks to this mechanism of action, both a protective and restorative process is initiated in the skin.

2. Findings Obtained

In clinical and laboratory studies, the following findings were obtained regarding SucraEx™:

  • An increase in protein expressions supporting skin barrier function was observed.
  • A significant improvement in moisture retention capacity was detected.
  • Acceleration in cell regeneration and tissue repair processes was observed.
  • In clinical studies, it was confirmed that the healing time in damaged skin was shortened.
  • Thanks to its soothing effect, a reduction in skin redness and sensitivity was observed.

Especially in comparative tests, SucraEx™ showed a stronger moisturizing and regenerating effect compared to sucralfate used alone and cica-based ingredients.

3. Conclusion

SucraEx™ not only provides superficial hydration to the skin but also offers a versatile care approach that supports cellular-level regeneration and barrier repair.

The data obtained show that SucraEx™ provides effective and measurable results in strengthening the skin barrier, increasing moisture levels, and supporting tissue regeneration.