Impacted teeth, due to systemic or local factors, represent a frequent problem in most populations. The authors present two techniques for conservative intervention: the apicotomy and the double traction (E….
Aim: The aim of this study was to analyse the influence of two surface modifications on osseointegration of two different implant surfaces with identical macro design and to compare the…
Introduction: Successful osseointegration of dental implants requires sufficient bone surrounding the implant. Restoration of considerable hard tissue defects can be achieved using a variety of techniques. Bone grafts are widely…
Aims: A thin facial bone (<2 mm) overlying maxillary anterior teeth is prone to resorptive processes after extraction and immediate implant placement. A thin bone contributes to risk of bone…
Introduction: A series of procedures have been described, for treating atrophic edentulous maxilla, which provide adequate bone volume for the placement of dental implants. However, such treatment options include additional…
Patients with severe atrophic maxillas are a challenging for oral rehabilitation using dental implants. There are some surgical options in those cases, like zigomatic implants and use of extra-bucal donor…
As techniques rapidly grow, numerous graft materials also developed, therefore bone defect considered to be irrepairable became possible to be managed by using these materials which were applied to these…
The correct and precise understandings of the applied anatomy, physiology, and pathology about the maxillary sinus cavity can provide the successful procedures for the maxillary sinus surgery. Above all, it…
The mechanical and chemical surface modifications of titanium (Ti) due to corrosion attack into the oral cavity may be an important factor for lipopolysaccharide (LPS) affinity and thereby could contribute…
One of the biggest challenges in implant dentistry is the rehabilitation of the severely resorbed maxilla. The resorptive process has not only rendered the volume of bone available for implant…
