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Home > Literature List > Influence of processing conditions on sesame lignan content and wound healing activity of Thai traditional ointment formulations

Influence of processing conditions on sesame lignan content and wound healing activity of Thai traditional ointment formulations

Journal name:Journal of Ethnopharmacology
Literature No.:
Literature Url: https://www.sciencedirect.com/science/article/abs/pii/S0378874125005938
Date publication:12 June 2025
Ethnopharmacological relevanceWP255/2 is a Thai traditional wound healing formula documented on the Wat-Phra-Chetuphon (Wat Pho) marble inscriptions. Previous studies have demonstrated its wound healing efficacy in rat models and diabetic patients with chronic foot ulcers. Sesame oil, the major component of WP255/2, plays a key role in the wound healing process, with sesamol identified as a potent bioactive compound involved in these effects.AimThis study aimed to investigate how different processing conditions influence the sesame lignan profile and wound healing activity of WP255/2 ointment formulations.MethodsWP255/2 preparations were formulated under 61 different conditions, and their sesame lignan profiles were analyzed using high-performance liquid chromatography (HPLC). The wound-healing potential was evaluated in Sprague-Dawley rats with excision wounds, focusing on wound contraction and histopathological analysis.ResultsSesamol concentrations varied among the 61 WP255/2 preparations, with WP-02 exhibiting the highest concentration (0.258 mg/g) and WP-03 containing none (0.000 mg/g). In the excision wound model, WP-03 and WP-01 significantly enhanced wound contraction compared to the non-treated group (p < 0.05) and exhibited anti-inflammatory effects. Additionally, all tested formulations (WP-01, WP-02, WP-03) promoted a balanced synthesis and degradation of collagen types I and III.ConclusionThe wound healing efficacy of WP255/2 is not directly proportional to sesamol concentration. Optimal activity was observed in formulations with low or undetectable sesamol levels, particularly those processed at 70 °C or 180 °C for 90 min. These findings highlight the critical role of processing conditions in modulating chemical composition and therapeutic efficacy, offering insights for standardizing traditional herbal formulations for clinical use.