Description:

The 500304 Geistlich Bio-Oss® 0.25–1mm, 1g (2cc) is a premier xenogenic bone grafting material sourced from the mineral component of bovine bone, meticulously processed to remove organic constituents while maintaining a highly porous and biocompatible architecture. With more than three decades of clinical validation and research, Bio-Oss® has established itself as a global standard in regenerative dentistry and oral surgery. This particular formulation includes granules sized from 0.25 to 1mm, making them suitable for fine defect configurations and situations that demand optimal particle packing. Supplied in a pre-measured volume of 1g (2cc), it offers practicality and uniformity for interventions such as alveolar ridge preservation, sinus floor elevation, repair of peri-implant defects, and periodontal bone regeneration. Geistlich Bio-Oss® replicates the architecture of human cancellous bone, fostering cellular migration, neovascularization, and blending with the patient’s own bone. Its osteoconductive characteristics facilitate the gradual formation of vital bone, while the slow resorption rate guarantees extended volume stability—a crucial element in maintaining space throughout bone remodeling and securing long-term success for prosthetics. Thanks to its low immunogenic response and enhanced biocompatibility, Bio-Oss® is appropriate for a diverse range of patients, including those undergoing complex or staged implant surgeries. The granules maintain their structural integrity throughout the healing phase, acting as a dependable scaffold for bone regeneration without early resorption or loss of volume. This product works well with barrier membranes such as Geistlich Bio-Gide®, allowing for guided bone regeneration (GBR) strategies in both aesthetic and functional areas. It fits seamlessly into traditional surgical practices and can be hydrated with sterile saline or the patient’s own blood to enhance handling characteristics. The 500304 Geistlich Bio-Oss® 0.25–1mm, 1g (2cc) stands as a reliable, scientifically validated option for practitioners seeking consistent regenerative results. Its performance, supported by a wealth of literature and clinical application globally, renders it a foundational biomaterial in modern implantology and periodontal regeneration.