Spine | Intervention

Adcon^® Gel is a biocompatible resorbable gel, composed of polyglycan ester combined with absorbable gelatine in a phosphate-buffered saline. Adcon^® Gel provides a physical barrier to inter-tissue adhesions and inhibits fibroblast migration and ingrowth. This results in improved patient rehabilitation, reduced recurrent pain, and decreased number of re-operations as a result of such adhesions. The design of Adcon^® Gel establishes a temporary basal lamina by combining an absorbable, collagen-derived material with a resorbable polyglycan ester.

• Prevents adhesion formation
• Resorbable
• Extensive clinical history
• Ease of use

All Leader Biomedical allografts are processed with our proprietary eCOO^® Technology, a mild and efficient platform using supercritical carbon dioxide (scCO₂) to clean, sterilise, and impregnate human and animal-derived bone and tissue with limited use of chemicals. For spine intervention treatments, we offer eTiss^® cancellous and cortical bone chips with sound structural and mechanical properties for filling of bone loss and/or correcting of defects as well as eTiss^® DBM cortical bone demineralised with the goal of exposing encapsulated growth factors, such as bone morphogenetic proteins (BMPs).

Properties of eCOO^® allografts

• Macroporous: stimulating cell colonisation and osteoconduction
• Microporous: enabling biologic fluids to pass through the construct
• Bioactive: ensuring the tissue graft interacts with the patient’s body

Leader Biomedical’s OssGro^® synthetic bone grafts are produced with MBCP^™ Technology, a proprietary method for producing high quality synthetic bone grafts composed of 60% HA and 40% βTCP. For spine intervention treatments, our portfolio offers OssGro^® granules (in vial or syringe) and wedges to support new bone formation promoted by the release of calcium and phosphate ions as well as Ossfinity^® putty that combines OssGro^® granules and an absorbable hydrogel to create a putty, which acts as a carrier for rapid vascularisation and mineralisation.

The MBCP™ advantage:

• Regeneration
• Porosity (macro and micro)
• Permeability
• Safety
• Availability