Overview of Danzen
| Property | Description |
|---|---|
| Active ingredient | Serrapeptase (Serratiopeptidase) |
| Form | Enteric-coated tablet |
| Pharmacological class | Systemic Proteolytic Enzyme |
| Common use | Management of inflammation and swelling |
| Origin | Naturally derived (from Serratia marcescens) |
Danzen is a pharmaceutical preparation intended for oral administration, whose sole active component is Serrapeptase, also designated as Serratiopeptidase. It is formally classified as a Systemic Proteolytic Enzyme, which means its primary function involves the catalytic breakdown of specific protein molecules throughout the body's systems, distinguishing its mechanism from traditional non-enzyme anti-inflammatory drugs.
What Type of Medicine is Danzen and its Active Ingredient?
Danzen is a single-ingredient product belonging to the class of metalloendopeptidases. Its active component, Serrapeptase, is naturally derived; the enzyme is produced by the bacterium Serratia marcescens strain E-15, highlighting its unique biological origin. The enzyme is considered systemic because its intended action occurs on tissues beyond the gastrointestinal tract after absorption.
Danzen Composition and Pharmaceutical Form
Danzen is formulated exclusively as an enteric-coated tablet, representing the necessary pharmaceutical drug form for this preparation taken via the oral route. The core composition contains the Serrapeptase enzyme along with solid pharmaceutical excipients. The enteric coating functions as a vital base/vehicle to protect the sensitive proteolytic enzyme from degradation by the highly acidic environment of the stomach. This protective formulation ensures the enzyme remains intact until it reaches the intestine for systemic absorption, which is critical for achieving its intended systemic effects. The use of this specific coating is a defining factor in its preparation.
What is the General Purpose of Serrapeptase?
The general purpose of Danzen relies on the proteolytic activity of Serrapeptase to address symptoms related to tissue stress and inflammation. The compound is recognized for its anti-edemic and fibrinolytic properties. This targeted enzymatic action is intended to facilitate the systemic clearance of inflammatory debris and excess fluid, resulting in the high-level effects of managing inflammation and reducing edema (swelling). Its use typically involves supporting recovery from discomfort associated with localized tissue swelling.
Regulatory References




