Exploring the Therapeutic Potential of Algae-Based Sheet Masks in Skincare: A Comprehensive Study of Cosmetological Benefits and Microbiome Balanced Interactions
Research
in dermatology is exploring bio-compatible materials like alginate and calcium
sulphate for use in skincare products, such as facial sheet masks. Alginate
(from seaweed) has wound healing and hydration properties, while calcium
assists in maintaining skin balance and protection. In this study we explore
the effects of an algae-calcium based sheet mask on skin. Materials and Methods: In-vitro studies investigated the
purpose, process and effectiveness of an algae-calcium dry sheet mask (Algae
Mask-MedSkin Solutions Dr. Suwelack). The mask is made from brown algae and
undergoes a lyophilization and stabilization process to form its final
structure. The mask’s
properties were tested using scanning electron microscopy (SEM) and its
performance was assessed on human skin biopsies. Various tests were performed,
such as measuring the release of ionic constituents and concentration of
calcium ions, and the fibroblast
cell-activating effect. Clinical evaluations and skin microbiome assessment
were conducted on healthy volunteers to assess the mask’s effect on the skin. Results and Conclusion: The study
validates the benefits of macro algae-based sheet masks for skincare, with
significant cosmetic effects and high tolerance due to its composition.
Notably, the algae based mask releases substantial calcium ions, hydrates, minimizes skin roughness and
wrinkles, regulates pH levels, and maintains skin microbiome diversity. It also
decreasesCorynebacterium species found on the skin, suggesting potential
to modify skin microbiome.
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