Overview of Seradase
What is Seradase? Definition, Classification, and Mechanism
| Property | Description |
|---|---|
| Active ingredient | Serrapeptase (Serratiopeptidase) |
| Form | Enteric-coated tablet / Capsule (Oral) |
| Pharmacological class | Systemic enzyme therapy, Proteolytic enzyme |
| General purpose | Anti-edematous and anti-inflammatory action |
| Origin | Biological (derived from Serratia bacteria) |
Seradase: Classification and Composition
Seradase is a medicinal preparation whose sole active ingredient is the enzyme Serrapeptase, also known scientifically as Serratiopeptidase or Serralysin. This entity is consistently classified as a systemic enzyme therapy, placing it within the broader proteolytic enzyme pharmacological class. Serrapeptase is notably of biological origin, specifically a purified metalloprotease enzyme originally isolated from cultures of Serratia bacteria. The medication is manufactured as a single-entity product for oral administration, most commonly in the form of an enteric-coated tablet or capsule. This specific oral dosage form, which includes the enteric coating, is a critical design feature intended to ensure the delicate enzyme survives degradation by gastric acid and reaches the small intestine intact for effective systemic absorption.
What is the General Function of Serrapeptase?
The fundamental purpose of Serrapeptase relates to its anti-edematous (anti-swelling) and anti-inflammatory enzymatic activity within the body. Its core function involves proteolysis, or the targeted breakdown of specific non-viable proteins and abnormal tissue components, exhibiting specific action against the fibrous protein fibrin. As a fibrinolytic agent, the enzyme influences processes associated with inflammation and the accumulation of tissue debris. This enzymatic activity supports a reduction in swelling and the management of fluid retention, while also serving as a fibrinolytic and anti-inflammatory agent. By supporting the degradation of these protein substrates, Seradase assists the body in managing swelling, clearing unwanted fibrous materials, and reducing the viscosity of excessive mucus secretions.


