In an ever-connected global landscape, at Provital introduces the Triplobiome™ Technology to bring unprecedented symbiotic synergies for the development of new cosmetic ingredients.
Recognizing the dynamic transfer of information in natural systems underscores the importance of fostering sustainable practices to preserve ecosystem balance and emphasizes the profound positive impacts of nature experience on human well-being. With Triplobiome™, a new endophyte-based biotechnology appears enabling a true ecopsychological experience for the final beauty user. Thanks to its Interkingdom Symbiosis concept, it activates skin intelligence via transfer of nature’s ancient wisdom, to bring unprecedented symbiotic synergies responding to both nature and science-seeker beauty consumers equally.
As a result of Triplobiome™ Technology, emerges a pioneering solution, Shiloxome™, representing the 1st “ecosystem ingredient” ever developed. Derived from isolating the endophytic yeast Kwoniella mangroviensis from the bark of cork oak (Quercus suber), it activates unparalleled skin protective mechanisms. So, Shiloxome™ takes the protective power of its symbiotic provenance to provide the skin with the capacity to adapt, survive, and protect itself.
- Supported by exposomics research, Shiloxome™ safeguards the skin from environmental pollutants by preserving the microbial diversity in the most superficial barrier of the skin.
- Besides, transcriptomics data further substantiates the protective well-aging efficacy of Shiloxome™ by stimulating crucial cellular processes in the extracellular matrix, promoting a youthful and healthy dermis.
- And more importantly, a breakthrough lipidomic analysis proved new lipid-enhancing mechanisms displayed by the active. In this regard, Shiloxome™ actively works to replenish the lipid barrier, bolster moisture retention, and enhance the skin's elasticity and suppleness thanks to reducing the pollution-induced lipid peroxidation that prevents the necessary lipid chain elongation. So, this comprehensive in vivo analysis not only supports the restoration of a shielding function of the lipid barrier (‘brick & mortar’) but also identifies and assesses the improved properties in the whole lipidome profile.
Thus, Shiloxome™ orchestrates a harmonious blend of natural elements, delivering a multi-ome protection for the skin in line with the expanding principles and consumer types of barrier care.
Moreover, its overall effect on mature skin was further supported by an in vivo instrumental analysis that quantified statistical significance in the improvement of key parameters for skin aging such as TEWL, brightness, isotropic microstructure, smoothness, and elasticity.
Shiloxome™, the first ecosystem ingredient to offer a multi-ome and well-aging skin protection.
