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Biosis Healing - Biosis Healing Biological Hernia Graft
The Biosis Healing Biological Hernia Graft is designed specifically for hernia repair using a highly specialized porcine small intestinal submucosa material (SIS material). The graft undergoes rigorous processing involving virus inactivation, decellularization, and sterilization with ethylene oxide, ensuring it is safe and effective for medical use. The SIS material is tailored to remove immunogenic substances while preserving its natural extracellular matrix structure, crucial for tissue regeneration. Notably, the non-crosslinking process and immunogen elimination technology minimize complications like inflammation and surgical recurrence. The product supports robust tissue regeneration, with active substance retention, such as FN content at 43%, and an α-GAL clearance rate of 3.8 ng/mg. The graft degrades completely, aiding in tissue integration and regeneration, and is suitable for various abdominal hernia repair procedures.
Medical Device Registration Certificate Number: National Medical Device Registration Approval 20183130498
Invention Patent: ZL201310203592.2
Structure and Composition: Biosis Healing biological mesh for hernia repair is made from porcine small intestinal submucosa material(SIS material), processed through virus inactivation and decellularization, and sterilized with ethylene oxide.
Non-crosslinking Process
- Remove immunogenic substances.
- Preserve the natural extracellular matrix structure and components.
- Porcine small intestinal submucosa tissue.
- The technology of natural non-crosslinking biologic mesh used for hernia surgery is fully transformed into robust, well-vascularized tissue.
- Designed to prevent adhesions, it's ideal for various abdominal hernia repairs.
- Biological Hernia Graft completely degrades and absorbs, fostering tissue regeneration.
- Maintains numerous active substances, with FN content reaching 43%, enhancing tissue regeneration and repair.
- Utilizes immunogen elimination technology to achieve an α-GAL clearance rate of 3.8 ng/mg, ensuring minimal DNA remnants.
- User-friendly.
- Offers anti-inflammatory properties.
- Exhibits high mechanical strength and longevity, lowering the rate of surgery recurrence.