Overview of Mebo 0.25%
What is Mebo 0.25% Ointment? (Definition and Classification)
| Property | Description |
|---|---|
| Active Ingredient | β-Sitosterol (Sitosterol 0.25% w/w) |
| Form | Oil-based Ointment, Topical Preparation |
| Pharmacological Class | Wound Healing Agent, Regenerative Agent |
| General Purpose | Facilitation of skin repair and epithelialization |
| Origin | Natural/Herbal-derived |
Mebo 0.25% is a distinctive phytosterol-based wound healing preparation designed for cutaneous (topical) application. It is functionally classified as a Regenerative Agent that actively supports the body's innate capacity for tissue repair, placing it within the category of natural-derived medicines. The product is clinically recognized for its role in supporting the healing of various superficial skin injuries. The preparation is based on the Moist Exposed Burn Ointment (MEBO) concept, which emphasizes a physiological environment conducive to tissue growth. This approach utilizes moist wound healing techniques rather than traditional dry methods.
The Composition and Natural Origin of Mebo 0.25%
The core active ingredient in Mebo 0.25% is β-Sitosterol (Sitosterol), a highly purified plant sterol component derived from natural sources, present at a precise concentration of 0.25% w/w. As a natural/herbal-derived product, the active component is suspended within an oil-based Ointment matrix. This oil-based formulation utilizes a Sesame oil base combined with beeswax and other nutritive elements, including fatty acids and amino acids. The β-Sitosterol itself is structurally similar to cholesterol but is of plant origin, a class of compounds recognized for possessing anti-inflammatory properties.
Mebo 0.25% and the Principle of Moist Healing
The preparation's general therapeutic purpose is to enable optimal skin barrier restoration by establishing and maintaining a continuously moist and protective microenvironment on the skin's surface. This environment facilitates epithelialization, the critical process of new skin cell migration and generation. This strategy of sustained moisture and the mild anti-inflammatory properties of the phytosterol aids in preserving tissue viability and encouraging the body’s own tissue regeneration efforts, which is particularly beneficial for the recovery of damaged skin integrity.
Regulatory References

