Pericardial Membrane Grafts
A non-vascular biological membrane obtained from human donors, possessing a high collagen content and natural barrier function.
Typically provides:
- Tissue barrier
- Anti-adhesion surface
- Durable collagen matrix support.
High Type I collagen: Strong structural support
Smooth, non-porous surface: Anti-adhesion barrier
Regeneration-friendly structure: Integration with host tissue
Non-immunogenic: Very low rejection risk
Cross-link-free: Low calcification
High biocompatibility: High resistance to infection
Cardiovascular Surgery
- Heart valve reconstruction (mitral/tricuspid leaflet repair)
- Atrial/ventricular septal defect closure
- Aortic wall or vascular patch (arterial defect and aneurysm reconstruction)
- Reduced prosthesis contact – increased tissue compatibility
Excellent haemostasis, low calcification, high biocompatibility.
Neurosurgery / Spinal Surgery
- Dural repair (cranial and spinal dural tear / CSF leak)
- Adhesion and scar tissue barrier
- Peri-implant protection after spinal deformity surgeries
Thin and flexible, effective in preventing CSF leakage.
General Surgery & Gastrointestinal Applications
- Adhesion barrier (in intraperitoneal surgeries)
- Hernia repair and defect repair (ventral/inguinal)
- Oesophageal or intestinal perforation repair
Reduces inflammation, provides a safe barrier between the intestine and the prosthesis.
Thoracic Surgery
- Pleural defect repair
- Bronchial fistula closure
- Barrier in mediastinal reconstructions
Infection resistance and high mechanical strength.
Urology & Pelvic Surgery
- Bladder and urethral tissue defects
- Anti-adhesion barrier in pelvic organ prolapse surgeries
- Nerve and vessel protection
- Plastic, Reconstructive and Maxillofacial Surgery
- Cranio-maxillofacial defect repair
- Tissue support barrier after trauma, tumour resections
- Protective layer around nerve grafts
Collagen density is suitable for surgical shaping (high suture retention).