Advanced tech-driven components for skin rejuvenation: Enhancing cellular wellness at its core
Skin regeneration is the natural process by which the skin repairs and renews itself to maintain its health and appearance. This vital process fortifies the skin's protective barrier, keeping harmful environmental elements and pathogens at bay, while contributing to an attractive complexion.
Understanding the Process of Skin Regeneration
To renew the skin, cells follow a complex cycle of growth, displacement, specialization, and structure reconstruction. Specifically, epidermal renewal is a continuous, natural process that involves dead skin cells shedding and being replaced by new ones, predominantly on the surface. This transformation takes place within the epidermis.
The Skin Regeneration Cycle Unveiled
The regeneration process initiates in the deepest layer of the epidermis, called the basal layer, where new cells are constantly generated and move towards the surface. As they ascend, they transform and eventually become the hard, dry, and scaly cells that make up the outermost layer, called the stratum corneum, at which point, these cells are dead.
When the regeneration cycle is running smoothly, new cells reach the surface, causing older cells to shed in a process known as desquamation. As they are shed, they turn into powder. A healthy epidermal renewal cycle is essential for a multitude of reasons, including promoting smooth skin, promoting even tone, and expediting the healing of wounds and imperfections.
Timeline for Skin Regeneration
Generally, the complete cycle of epidermal renewal takes about 28 days in young adult skin. However, this process can slow significantly with age, extending up to 45-50 days in older skin. Moreover, epidermal renewal is less efficient in certain skin types, such as acne-prone skin and mature skin.
PureblomeTM, a post-biotic ingredient, has shown the potential to significantly reduce the time of stratum corneum renewal (SCR) in vivo. This decrease indicates its general renewal potential and its effectiveness in restoring skin specifically. Accelerating the regeneration process enhances texture and appearance, characteristics often observed with PureblomeTM treatment.
SCR is defined as the time it takes for cells to move from the basal layer to the stratum corneum and shed. Picture a mechanical escalator, with new cells being constantly produced at the bottom, pushing older, keratinized cells to the surface and shedding until they are lost.
Investigating Factors Impacting Skin Cell Renewal
Aging and Lifestyle Impacts on Skin Regeneration
By nature, aging causes the regeneration process to slow down, resulting from a decrease in fibroblast activity and collagen production levels, among other factors. However, lifestyle factors also play a significant role, with stress hormones, lack of sleep, poor diet, and exposure to UV radiation contributing negatively to skin regeneration.
Innovations in Skin Cell Regeneration Technology
In the cosmetic industry, technology is harnessed to improve skin regeneration using biotechnological ingredients and advanced delivery and release systems. These innovations increase the penetration, stability, and bioavailability of active compounds.
TriplobiomeTM Technology by Provital is one such leading biotechnological platform, leveraging the symbiotic relationship between plants and endophytes (microorganisms that live within plant tissue) to generate active compounds that regenerate the skin.
The Potential of PureblomeTM
Derived from agroecological hyssop and endophytic bacteria, PureblomeTM is a novel post-biotic ingredient developed with TriplobiomeTM Technology. It offers a triple efficacy approach, addressing mature women's needs with anti-acne, anti-aging, and anti-inflammatory benefits.
The Science Behind PureblomeTM
TriplobiomeTM Technology explores the symbiosis between plants and microorganisms, transforming the beauty world through nature's adaptive capacity. It promotes responsible and ecological beauty through the development of traceable and sustainable ingredients. To create PureblomeTM, we isolated the endophytic bacterium, Bacillus velezensis, from agroecological hyssop.
Key Active Compounds in PureblomeTM
PureblomeTM contains several bioactive compounds derived from Bacillus fermentation:
- Peptides (<8 kDa): contribute to the anti-aging and cutaneous restructuring properties of PureblomeTM (Suchi et al., 2017).
- Lipopeptides (e.g., surfactin): possess antimicrobial properties, combat bacteria such as Cutibacterium acnes, and reduce inflammation. Surfactin also stimulates collagen production, inhibits enzymes that degrade the skin matrix, softens wrinkles, while also exhibiting antioxidant effects. Other lipopeptides, like iturin and fengycin in Bacillus ferment, contribute to its antimicrobial effect and skin regeneration capacity.
- Other plant metabolites: these provide anti-inflammatory, antioxidant, and balancing properties. Broussonetin A is one example, preventing the formation of AGE (Mandour et al., 2020).
The Future of Skin Regeneration
Future cosmetics will emphasize advanced and sustainable biotechnological systems, unlocking the secrets of nature to regenerate the skin effectively and responsibly. holistic solutions for skincare that consider factors like the microbiome, environmental elements, and internal health will become increasingly popular. Products like PureblomeTM, which are sustainably sourced and take advantage of the symbiosis between plants and microorganisms, will lead the way in skin regeneration for years to come.
Maintaining Skin Health
A holistic approach is necessary for promoting healthy cell renewal, focusing on aspects such as:
- Lifestyle Adjustments: Balanced diet, stress management, and adequate sleep are vital.
- Protection from Environmental Aggressions: Regular sunscreen application and minimizing exposure to pollutants help safeguard the skin.
- Skincare Regimen: Gentle cleansing and hydration foster cell renewal.
- Incorporating Advanced and Science-Backed Ingredients: Products that accelerate skin regeneration and address imperfections, like PureblomeTM, can be beneficial.
- Selecting Products with Traceability and Sustainable Production: Opting for responsibly produced products contributes to the preservation of the environment while fostering ethical beauty practices.
For further advice on skincare and specialist guidance, feel free to reach out to our expert team, who are ready to answer your questions and help you make informed decisions for your personal skincare needs.
- PureblomeTM, the post-biotic ingredient derived from agroecological hyssop and endophytic bacteria, has shown potential to accelerate the skin regeneration cycle, specifically decreasing Stratum Corneum Renewal (SCR), by exploiting its ability to boost epidermal renewal.
- A balanced skincare regimen that incorporates advanced and science-backed ingredients, such as PureblomeTM, and focuses on aspects like lifestyle adjustments, protection from environmental aggressions, gentle cleansing, hydration, and the incorporation of traceable and sustainably produced products will promote healthy cell renewal for an attractive complexion.
