RESUMEN

BACKGROUND: Oleogelation is an efficient and emerging approach for obtaining biocompatible and biodegradable elastic semisolid crystals to be used in various cosmetic and pharmaceutical formulations. Recently, drug incorporation in oil structuring has been a promising strategy under consideration due to the effectiveness of this method. Plant oils have very beneficial characteristics for skin care and wound healing due to the presence of certain antioxidants. METHODS: In this study, the oleogels of Moringa oleifera seed oil with natural polysaccharides, including pectin, chitosan, and xanthan gum, were prepared using the emulsion template method. Moringa oil was selected because it can hydrate and moisturize the skin and has great antioxidant activity. Also, the natural polysaccharides, i.e., pectin and chitosan, exhibited good gelling properties. Allantoin, which is a wound healer and eucalyptus leaf oil with antioxidant potential, was incorporated into the emulsion-based-oleogels to enhance the antioxidant and antimicrobial activity of the oleogels. RESULTS: Allantoin and eucalyptus-loaded oleogels exhibited good antibacterial activity against E. coli. The FTIR spectra of moringa-based oleogels in the range between 3226-3422 cm-1 indicate the presence of hydrogen bonding in oleogels. CONCLUSION: The antioxidant potential of allantoin and eucalyptus-containing oleogel was maximized, and an IC50 value of 0.9719 µM was found. Maximum release of allantoin from oleogel was observed in the first hour.