Clinical Research Directory

Efficacy of Adjunctive Theravex Tissue Care® With Xenograft in Internal Sinus Lifting

The purpose of this clinical study is to evaluate the clinical and radiographic efficacy of Theravex Tissue Care Plus (Bone Bioactive Liquid) as an adjunct to a xenograft in crestal maxillary sinus elevation with simultaneous implant placement using the osseodensification technique. The study will enroll 16 partially edentulous patients who have inadequate posterior maxillary bone height. Participants will randomly undergo the sinus elevation and implant placement utilizing either a xenograft alone or a mixture of the xenograft and Theravex. The main question the study aims to answer is whether the adjunctive use of Theravex with a xenograft enhances vertical bone gain, bone density, and implant stability compared to using a xenograft alone.

Evaluation of Implant Stability Following Maxillary Sinus Floor Elevation Through Piezoelectric Trans-crestal Approach Versus Crestal Implant Approach

Rehabilitation of the maxillary posterior region is a challenge in every-day clinical practice. Following extraction of maxillary molars, alveolar ridge atrophy along with maxillary sinus pneumatization decrease the bone volume and increase implant placement complexity (Lyu et al., 2023). Several surgical procedures have been proposed to overcome these complications, including; short implants (Bechara et al., 2017), tilted implants (Meng and Zhang, 2022) as well as different sinus floor elevation techniques (Irinakis, 2011, Bishbish et al., 2023, Dragonas et al., 2023). Crestal maxillary sinus floor elevation has been considered a predictable and less invasive approach, providing sufficient vertical ridge height with high rates of implant survival (Guruprasad et al., 2024). However, there's limited body of evidence comparing the efficacy of different trans-crestal approaches as PISE and crestal implant approach with no bone graft. Thus, further clinical trials are recommended to determine whether the adjunctive use of piezoelectric instrumentation in internal sinus elevation offers significant clinical advantages over the crestal implant approach.