Irradiated bone particulates, a natural scaffold for bone regeneration!
Raptos® mineralized bone grafts offer an osteoconductive platform for bone regeneration and Raptos demineralized particles offer an osteoinductive component. Used either alone or as part of a composite bone graft, allograft bone particulates supply a natural framework facilitating the attachment of osteogenic precursor cells.
Raptos® Premium Blend – This Cortical Mineralized/Demineralized (70/30) blend combines two of the most popular allograft particles used in dentistry, all in a single syringe!
Raptos® Bone Blocks – Raptos bone blocks are instrumental in bone volume regeneration for severe bone atrophy cases that require an increase in initial stability for an implant site.
Each donor is thoroughly evaluated using medical/ social history questions, medical records, blood tests, culture results, physical examination and autopsy reports (when performed). This process is used to ensure the donor is suitable for donation by allowing to recognize and exclude potential diseases or medical conditions that are unacceptable. Specific lab tests are performed for Syphilis, Hepatitis B and C, HIV and other viruses. All of the donor chart information is evaluated by individuals trained in tissue banking, prior to the processing of the tissue. Tissue grafts are rinsed and soaked in various solutions to minimize transmission of bacteria and viruses. Processing and packaging of the tissue are performed using aseptic technique and occur in a clean room. As an added margin of safety, a low dose gamma irradiation after final packaging of the musculoskeletal grafts is utilized.
Mandatory CTO registered with Health Canada.
Raptos® Allograft particulatesLogin or register for pricing and availability RAPTOSGRRaptos®
Allograft - Irradiated Bone Particulates offer a natural scaffold for bone regeneration. More Info
Raptos® Bone BlocksLogin or register for pricing and availability RAPTOSBLRaptos Cortico-Cancellous bone blocks for severe bone atrophy cases that require an increase in initial stability for an implant site. More Info