Our source bone tissue is carefully selected and subjected to a rigorous, multistep process to eliminate any pathogens. The final material is packaged and sterilised for optimum infection control and surgical protocols. The source animal is also non-TSE relevant (not known to be susceptible to Transmissible Spongiform Encephalitis).
Graules Volume (Particle size range: 0.25-1mm)
0.5cc (BS-G005)
1.0cc (BS-G010)
Syringe Volume (Particle size range: 0.25-1mm)
0.5cc (BS-GS005)
BVital GENOSS has been built on the pioneering work done in dental biomaterials and advanced to reach new levels of regeneration. The best aspects of the established xenograft materials are retained with new features that have been scientifically tested to optimise results.
GENOSS is exactingly prepared for superior bone regeneration at every level. At the chemical level, carbonate apatite has been demonstrated to have improved osteoconductivity and resorbability compared with hydroxyapatite. Microscopically, the surface roughness profile of the apatite scaffold allows for greater better cell adhesion and osteogenesis. At the next levels, the increased granule porosity and abundance of micropores optimises the balance between providing the osteoconductive scaffold and allowing space for new bone and its blood supply.
Carbonate apatite structure - similar to natural bone
Highly porous
Rough surface/faciliates cell adhesion
High volume fill
Surface roughness affects cellular response, enhancing cell adhesion and proliferation and possibly other markers of expression of cell phenotype, like production of collagen type I, osteocalcin, extracellular matrix and mineralised material
1 gram of small size particles fills approximately 34% more volume than Bio-Oss®
1 gram of large size particles fills approximately 49% more volume than Bio-Oss®
88% void space for porcine mineral vs 78% void space of Bio-Oss® for small particles
95% void space for porcine mineral vs 88% void to view space of Bio-Oss® for large particles
