Anti-inflammatory effect via membrane stabilization

"Anti-inflammatory effect via membrane stabilization" is **not a specific molecular target** such as a receptor, enzyme, or transporter. Instead, it describes a **mechanism by which certain drugs or compounds exert anti-inflammatory effects**. This mechanism involves stabilizing cellular membranes—particularly those of lysosomes and red blood cells—to prevent the release of inflammatory mediators like proteases and enzymes that contribute to tissue damage during inflammation. For example, acetylsalicylic acid (aspirin) and some plant extracts have been shown to inhibit hemolysis in vitro by stabilizing cell membranes under stress conditions such as heat or hypotonic environments. This process reduces leakage of serum proteins into tissues and limits secondary damage caused by free radicals or increased membrane permeability at sites of inflammation[1][2]. Because "membrane stabilization" refers to an action rather than a discrete molecular entity, it should not be considered a canonical therapeutic target but rather an important pharmacological concept describing how some anti-inflammatory agents work.

Other names

Membrane stabilization (as a mechanism)Anti-inflammatory effect via membrane stabilizationLysosomal membrane stabilization (mechanism)

Stabilization of cellular and lysosomal membranes to prevent the release of pro-inflammatory mediators such as enzymes from neutrophils and other immune cells[1][2] Prevention of hemolysis in red blood cells under stress conditions (e.g., heat, hypotonicity)[1]