Cervical bone remodeling is likely multifactorial, involving biologic width establishment, surgical and prosthetic manipulation, and stress concentration at the implant–abutment interface, with occlusal forces potentially contributing to adaptive bone remodeling in this region.[ 23 ] Although these associations did not reach statistical significance, possibly due to limited sample size, the findings highlight the importance of careful long-term monitoring of cervical volumetric alterations as potential early indicators of peri-implant tissue instability.
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Alveolar and maxillary sinus volumetric quantification after sinus lift, bone graft, and implant placement using cone-beam computed tomography: A retrospective study.
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