The objective of this study was to investigate the potential of xenograft (cancellous bovine bone) granules to form vital bone in non-natural boneforming areas of maxillary sinuses. Fourteen sinus augmentations were performed in 14 patients. Surgical outcomes were uneventful, and sufficient radiopaque volume was present radiographically to place dental implants in all sites. Clinical reentry at 6 months revealed bone formation at the osteotomy site. Histologic evaluation of the obtained bone cores revealed that xenograft granules were integrated and surrounded by woven bone and lamellar bone that were in close contact with the particles. The average percentage of newly formed bone at 6 months was 27.5% ± 8.9%. Vital bone formation using the xenograft granules was supported by both clinical and histologic evidence. © 2011 by Quintessence Publishing Co Inc.
The clinical and histologic efficacy of xenograft granules for maxillary sinus floor augmentation
De Angelis N.;
2011-01-01
Abstract
The objective of this study was to investigate the potential of xenograft (cancellous bovine bone) granules to form vital bone in non-natural boneforming areas of maxillary sinuses. Fourteen sinus augmentations were performed in 14 patients. Surgical outcomes were uneventful, and sufficient radiopaque volume was present radiographically to place dental implants in all sites. Clinical reentry at 6 months revealed bone formation at the osteotomy site. Histologic evaluation of the obtained bone cores revealed that xenograft granules were integrated and surrounded by woven bone and lamellar bone that were in close contact with the particles. The average percentage of newly formed bone at 6 months was 27.5% ± 8.9%. Vital bone formation using the xenograft granules was supported by both clinical and histologic evidence. © 2011 by Quintessence Publishing Co Inc.
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