Redefining hair care solutions using cynorrhodon extracts for combating brittle locks
In the realm of hair care, Provital is making waves with its latest research, focusing on developing active ingredients from algae extract and seabuckthorn extract. These botanical extracts are designed to address specific hair concerns such as fragility and nourishment.
The algae extract, specifically from Palmaria palmata, is being hailed for its ability to strengthen fragile hair fibers. This seaweed extract is rich in polysaccharides, antioxidants, and amino acids, which not only supply moisture but also protect hair from environmental damage. These compounds contribute to overall hair resilience.
On the other hand, seabuckthorn extract, derived from the seabuckthorn fruit (Rosa canina), is being leveraged for its nourishing properties. Recognized for its rich content of vitamins, fatty acids, and antioxidants, seabuckthorn deeply nourishes hair fibers and the scalp, promoting healthier and stronger hair.
Provital's formulations incorporate these extracts into transparent, cosmetically elegant formulas, adding cosmetic appeal such as shine and a lightweight feel. This is a testament to the advances in formulation technology accompanying the ingredient innovation.
The benefits of these extracts have been confirmed through various studies. For instance, a study comparing a leave-in serum containing the Palmaria palmata extract enriched with arginine to a placebo showed that the extract was effective in treating fragile hair, significantly increasing hair diameter, hair breakage strength, and reducing split ends by four times compared to the placebo.
However, it's worth noting that while damaged hair reduces its contact angle, indicating a modification of hair hydrophobicity, seabuckthorn extract seems to restructure hair hydrophobicity after damage. Interestingly, braids treated with seabuckthorn extract regained contact angle values equivalent to those of untreated control braids.
Moreover, the Palmaria palmata extract repairs split ends and makes hair less porous and healthier, protecting the hair fiber from damage even after gentle washing, and providing softness and hydration to the hair.
The growing demand for more natural cosmetics has led Provital to extract these active ingredients from marine macroalgae. This commitment to pioneering hair care solutions with marine and botanical origin ingredients is evident in Provital's recent product communications and social media hints, such as the award-winning PUREBLOME™, likely related to biobased actives including algae.
In conclusion, Provital's latest advancements in hair care research employing algae extract aim to reinforce fragile hair through bioactive polysaccharides and antioxidants derived from seaweed, while seabuckthorn extract is utilized for its potent nourishment and protective benefits. These innovations combine marine biotechnology with formulation expertise to deliver effective, sensory-appealing hair care products.
- Beyond hair care, Provital's formulation technology is also making strides in the realm of skin care, focusing on extracting active ingredients from various sources.
- Additionally, the company is exploring the use of these botanical extracts in the health-and-wellness sector, with a focus on developing fitness-and-exercise supplements that promote overall well-being.
- The fashion-and-beauty industry is also a potential area of interest, with Provital investigating the use of these natural extracts in cosmetics and beauty products for a more sustainable lifestyle.
- As for food-and-drink, Provital is contemplating the application of these marine and botanical extracts in the production of nutrient-rich food products, aiming to enhance the health benefits of daily meals.
- In the realm of education-and-self-development, Provital is leveraging its knowledge in botanical extracts to create resources for personal-growth and self-development, promoting a holistic approach to health.
- Lastly, Provital is embracing technology to further its research and development efforts, incorporating advanced methods in biotechnology to extract, analyze, and optimize the properties of these active ingredients for various applications, from home-and-garden products to tech devices.
