MSB Undecylenic Acid [100]
102.4 EUR
- In Stock
Cellution® is a microencapsulation technology that enhances the effectiveness of micronutrients, botanicals, and Pharma API by incorporating them into Arabic Gum particles through a unique spray-drying process. The resulting stable hydrocolloid improves the bioavailability of Alpha-lipoic acid, a sulfur-containing fatty acid found in various foods, especially in animal products and plants like spinach and broccoli. Compared to other carriers, Cellution offers advantages such as water solubility, higher bioavailability, versatility, and extended shelf life, amplifying the benefits of MSB.
- From 5 to 20: 102.4 EUR
- From 21 to 60: 83.2 EUR
- From 61 to 119: 64 EUR
- From 120 + 57.6 EUR
Cellution® is a microencapsulation technology designed for micronutrients, botanicals, and Pharma API, enhancing Undecylensäure, an organic fatty acid known for its antifungal properties, enhancing its medicinal effects. This technology involves incorporating Undecylensäure into Arabic Gum particles, forming a stable hydrocolloid upon the addition of water. This enhances its functional effects, allowing controlled release and versatile applications in skincare and overall health. Compared to conventional carriers, Cellution stands out with water solubility, high bioavailability, versatile applications, and extended shelf life, optimizing MSB Undecylenic Acid’s functional contributions.
• ANTIFUNGAL POTENCY
MSB Undecylensäure disrupts fungal cell membranes, exhibiting potent antifungal effects by hindering growth. Its amphipathic nature enables interaction with both hydrophobic and hydrophilic regions of the fungal membrane, causing altered permeability and eventual cell death.
• DERMATOLOGICAL BENEFITS
Undecylensäure supports dermatological health by modulating lipid metabolism, influencing skin lipid composition, and promoting skin barrier function.
• CELLULAR PROCESSES AND IMMUNOMODULATION
Beyond antifungal properties, Undecylensäure influences cellular processes, exhibiting immunomodulatory effects by modulating inflammatory responses and impacting immune cells.
• LIPID METABOLISM AND METABOLIC IMPACT
Undecylensäure’s role in lipid metabolism affects cellular energy production, contributing to the overall metabolic profile of cells.
• SAFETY CONSIDERATIONS
Its gradual interaction with cells minimizes the risk of adverse reactions, crucial for skincare applications where a balance between efficacy and safety is essential.