OsseoGraft Mineralized Cortico Cancellous

OsseoGraft biomaterials are produced in the USA at FDA & AATB certified bone banks.

Clinicians around the globe have counted on allografts for hard- and soft-tissue augmentation procedures for years.

OsseoGraft Cortico-Cancellous Particulate Allograft is an anatomic-based mix of 50% cortical and 50% cancellous bone particulate. OsseoGraft Cortico-Cancellous Particulate Allograft is used in procedures where space maintenance and faster remodeling4-5 are desired. This mixture combines the clinical advantages of both Cortical and Cancellous Particulate Allograft materials.

Our tissue bank assures the highest standard of tissue quality with minimal risk of disease transmission. Our multi-step harvesting process for OsseoGraft bone graft preserves the valuable minerals in bone (minerals don’t apply to soft tissues), collagen matrix and tissue integrity while inactivating pathogens and gently removing unwanted materials, such as cells, antigens and viruses, resulting in predictable, reliable and sterile allografts.

• Retains osseoconductive properties due to the preservation of the natural bone matrix collagen and mineral composition, trabecular pattern, and original porosity; enabling the ingrowth of vascular and cellular connective tissue7
• Anatomic-based mix of 50% cortical and 50% cancellous bone particulate
• Wide mouth jar to avoid spills
• Time saving, eliminates the need to mix various grafting materials
• Safe alternative to autograft
• No need for a 2nd surgical sight
• Lyophilized, and 5 year shelf life
• Irradiated in final packaging to ensure a 10-6 Sterility Assurance Level
• Combines the clinical benefits of both cortical and cancellous
• Very efficient space maintenance and speedy remodeling
• Natural bone collagen is preserved
• Cortical and cancellous particulates are single sourced (same donor)
• In addition, studies have shown that allograft bone can produce osseogenesis by activating mesenchymal cells to form bone.
• Sinus lift/sinus floor elevation
• Ridge augmentation
• Socket preservation