Formulation and evaluation of herbal body lotion using aloe barbadensis miller
Abstract
This abstract outlines the development of a herbal body lotion, emphasizing its proposed mechanism of action, which involves the upregulation of aquaporin expression and the modulation of key epidermal lipid synthesis. These biological processes are hypothesized to enhance skin hydration and barrier function. The formulation centers around the hydrating and soothing properties of aloe vera, known for its emollient and anti-inflammatory effects. The lotion is meticulously crafted using a synergistic blend of natural and functional ingredients to deliver deep moisturization, nourishment, and a pleasant sensory experience. Key ingredients include aloe vera gel, almond oil, and rosemary oil, chosen for their rich content of skin-nourishing fatty acids and antioxidant properties. Lotus flower powder and sandalwood powder add a distinctive calming fragrance and potential skin-soothing benefits. Functional excipients such as polysorbate, stearic acid, and glycerin are included to stabilize the emulsion, ensure an appealing texture, and enhance moisture retention. Vitamin E provides antioxidant protection, while benzyl alcohol serves as a preservative to maintain product integrity and shelf life. The final product is a non-greasy, fast-absorbing herbal lotion that leaves the skin feeling soft, supple, and refreshed. This formulation represents a harmonious blend of traditional botanical knowledge and modern cosmetic science, offering a natural and effective solution for daily skincare.
Keywords:
Herbal skincare, Aloe vera, Skin hydration, Antioxidants, Emollient formulation, Natural cosmeticsDOI
https://doi.org/10.70604/References
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