Kwoniella Mangroviensis, a Microorganism in Cork Oak That Keeps Your Skin Youthful

Aging is an inevitable phase of life. Everyone, whether male or female, ages as they grow older. One of the most visible signs of aging is changes in the skin.

According to a journal titled The Facial Aging Process From the ‘Inside Out’ published in the Aesthetic Surgery Journal, facial aging signs include wrinkles and folds, poor skin tone and texture, and imbalanced distribution of soft tissue.

There are many ways to address these signs, with one of the most popular methods being skincare products. Among the many skincare products available globally and nationally, one that has shown significant benefits is the optimization of Kwoniella Mangroviensis from Cork Oak.

A journal titled Kwoniella Mangrovensis, published by the World Register of Marine Species, explains that Kwoniella Mangrovensis is a teleomorphic yeast found in mangrove habitats in the Florida Everglades and the Bahamas. Essentially, Kwoniella Mangrovensis is present in the bark of oak trees.

This microorganism is then processed into a raw material that can help address human aging. The resulting product is called Shiloxome™. This raw material is the first ecosystem ingredient ever developed through Triplobiome™ Technology. Just as nature provides comprehensive protection to its coexisting inhabitants, Shiloxome™ creates an ecosystem that goes beyond just skin protection.

Shiloxome™ harnesses natural elements to deliver comprehensive multi-ome protection for the skin, following the evolving principles of holistic barrier care.

The effectiveness of this product was demonstrated in a study involving 60 women aged 45-65. Samples were collected using a tape-stripping procedure before and after treatment, with a placebo applied on one side of the face and Shiloxome™ at 2% on the other.

A total of 328 different lipids were identified from 240 samples analyzed. After bioinformatic analysis, 114 lipids showed significant differences with Shiloxome™ compared to the placebo. Lipid peroxidation levels were also measured. Furthermore, an enrichment analysis of the entire lipidome, which assessed various lipid properties (such as lipid class, chain length, and unsaturation), revealed that Shiloxome™ alters the skin’s lipid profile after 56 days of treatment.

The Research and Development (R&D) team at SML has developed innovative ideas that can be integrated into various customer products. They closely follow market trends to ensure they meet consumer demands.

Additionally, the R&D team supports formulations by optimizing the function of Shiloxome™ in personal care products such as serums, creams, and moisturizers. This capability enables customers to produce a wide range of high-quality products. By focusing on innovative formulations, SML adds value to raw materials, enhancing the overall value of their products. This ability supports sustainable, resilient, and adaptable formulations, allowing SML to thrive alongside technological advancements and innovations.

For those interested in learning more about the raw materials used or requesting the formulation, you can inquire on our website at ptsml.id or visit our Instagram account

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