Serratiopeptidase | CAS 70851-98-8 | Proteolytic Enzyme

Product Name: Serratiopeptidase (Serrapeptase)
CAS No.: 70851-98-8
Appearance: White powder or suspension
Solubility: Freely soluble in water; active in neutral to slightly acidic pH range
Stability: Requires careful storage conditions (protection from high temperatures and humidity) to maintain biological activity

1. Introduction

Serratiopeptidase is a proteolytic enzyme obtained from bacteria associated with the silkworm intestine. It possesses pronounced anti-inflammatory and fibrinolytic activity, helping to reduce swelling, decrease inflammation, and accelerate tissue healing.

Serratiopeptidase was originally isolated from the silkworm intestinal tract and has since gained recognition for its diverse therapeutic properties. Due to its ability to digest proteins, it significantly reduces inflammatory processes, making it a sought-after supplement in the treatment of chronic inflammation and postoperative conditions.

2. Chemical Structure & Synthesis

Structurally, serratiopeptidase is a protein enzyme with an active center specifically targeting peptide bonds in protein substrates. Modern biotechnological methods allow the production of high-purity enzyme through microbial fermentation followed by purification, ensuring product standardization.

3. Properties

• Appearance: White powder or suspension

• Solubility: Freely soluble in water; active in neutral to slightly acidic pH range

• Stability: Requires careful storage conditions (protection from high temperatures and humidity) to maintain biological activity

4. Applications

Serratiopeptidase is used for:

• Reducing inflammation

• Decreasing swelling

• Accelerating regeneration of damaged tissues

• Sports medicine

• Postoperative recovery

• Therapy of chronic inflammatory diseases

5. Conclusion

Serratiopeptidase is a promising natural enzyme with pronounced anti-inflammatory and fibrinolytic activity. Its use in comprehensive therapy helps improve regeneration processes and reduce inflammatory reactions, highlighting its value in modern medicine.