Transforming the health and wellness industry, probiotics treatments are now trending in both skin and hair care product lines. Probacillus Revive takes a new approach in delivering probiotics for use in personal care. This ingredient is capable of speeding skin repair by enhancing cellular renewal while also increasing collagen production to improve texture. Combined with the increased rate of exfoliation, the improvements in hydration will further minimize the appearance of wrinkles for additional anti-aging results. Probacillus Revive allows formulators and beauty product manufactures to capitalize on probiotic trends!
Measures a material's potential to protect against oxidative stress or ROS... Read More
Probacillus Revive exhibited antioxidant activity comparable to 200M Trolox®. The antioxidant capacity of Probacillus Revive increased as the concentration increased, as a result we can assure that its ability to minimize oxidative stress is dose dependent. Probacillus Revive was designed to aid in cell renewal, moisturization, and anti-aging and function as a probiotic. With the present study we can confirm that this unique ingredient is not only capable of providing functional benefits but it is also capable of providing potent antioxidant benefits when added to cosmetic applications.
Assesses the ability of a sample to increase cellular metabolic activity in cult... Read More
Probacillus Revive exhibited positive results by increasing cell metabolism. The increase in fluorescent signal indicates an increase in cellular metabolism and viability post Probacillus Revive treatment. For these reasons, we can assume Probacillus Revive is suitable for cosmetic applications designed to increase cell viability and metabolism.
Measures reduction of inflammatory response... Read More
Probacillus Revive did not exhibited anti-inflammatory effects on LPS- treated fibroblasts at higher concentrations. As expected, the changes in IL-6 production using Probacillus Revive appears to be dose dependent and at lower concentrations seems to be moderately anti-inflammatory. Therefore, Probacillus Revive is more suitable for cosmetic applications other than anti-inflammation when higher concentrations are used.
Increases epidermal turnover... Read More
The results indicate that Probacillus Revive is capable of increasing cellular renewal 13.0% better when compared to the untreated biological control and 9.0% better when compared to the unloaded vehicle. Enhancing cellular renewal can help improve epidermal integrity, therefore enhancing barrier function. This benefit of cellular renewal will ultimately lead to improvements in hydration.
Increase and sustained skin moisturization... Read More
As evidenced in a efficacy study of Probacillus Revive on skin, our findings indicate that Probacillus Revive is 18.0% more effective in moisturizing the skin than glycerin, a known humectant. Furthermore, Probacillus Revive worked 69.0% better at moisturizing the skin than a cost comparable concentration of Hyaluronic Acid. This study was conducted to demonstrate that Probacillus Revive is a more effective approach to moisturization than glycerin and also provides brand differentiation. Additionally, Probacillus Revive is the more economical choice in moisturizing agents when compared to Hyaluronic Acid. Furthermore, the cost contribution of the two when compared shows Probacillus Revive moisturizes much more effectively. Probacillus Revive was designed to provide moisturizating benefits, however with the present study we can confirm that this succulent botanical ingredient is not only capable of providing protective benefits but also ideal for moisturizing and skin hydrating personal care applications.
Increases collagen I synthesis in in-vitro cultured dermal fibroblasts... Read More
Collagen I is a major component of the human dermis and provides stability and elasticity to the skin. According to the results, Probacillus Revive shows that all three levels (1%, 2%, and 4%) significantly increase collagen I synthesis in comparison to the control sample. 1% Probacillus Revive increased collagen I synthesis by 46%; 2% Probacillus Revive increased collagen I synthesis by 99%; and 4% Probacillus Revive increased collagen I synthesis by 164%. The data displays that a 4% concentration is the most effective in boosting synthesis of collagen I by fibroblast cells, as the results are dose-dependent. Therefore, we can assume that Probacillus Revive may increase cellular metabolism and in turn enhance collagen I synthesis, improving the overall health of the skin.
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