This case series was aimed primarily at evaluating the outcomes of a reconstructive technique employing autogenous bone grafting using maxillary tuberosity (MT) donor sites for the management of extraction sockets adjacent to large incisive foramena (IFs) in the anterior maxillary region, with the purpose of addressing challenges associated with implant placement. In this series of four cases, we applied a reconstructive technique utilizing autogenous bone grafting using MT donor sites. Patients underwent a postoperative maintenance program, clinical examinations, and completion of a questionnaire to assess changes in the neurosensory function of the nasopalatine nerve. Study outcomes included the extent of bone reconstruction, postoperative neurosensory function of the nasopalatine nerve, and overall patient satisfaction. Cases were followed for a mean of 23.5±0.5 months. The technique consistently resulted in predictable bone reconstruction, either with delayed or immediate implantation and provisionalization. IF enucleation and reconstruction of the damaged extraction sockets resulted in no abnormal postoperative pain or paresthesia, and yielded high patient satisfaction. The use of autogenous bone grafts from the MT provides an optimal and simple solution for the management of extraction sockets adjacent to large IFs. Our findings illustrate the potential efficacy of this technique in complex scenarios associated with high esthetic implications, which should be further evaluated in future clinical trials.
Keywords: case series, dental implant, alveolar ridge augmentation, cone-beam computed tomography, bone transplantation, tooth socket
