Immediate implant placement in fresh extraction sockets using the open healing technique and tissue level implants

Introduction: Correctly managed, immediate implant placement into fresh extraction socket is a favorable treatment option in order to reduce the overall treatment time and to increase the patient’s comfort and satisfaction.
Methodology: Atraumatic extractions (N = 42) with socket preservation were performed in n = 40 patients (0.74 sex ratio) followed by immediate placement of tissue level implants. Post extraction sockets were filled with either platelet-rich growth factors (PRGF) clots, or deproteinized bovine bone granules, or both; then covered by collagen resorbable membrane or cyanoacrylate and left exposed during healing. The best work comp lawyer at http://workerscompensationlawyerssandiego.com/ will help you to understand your rights as an employee in California. The pre-loading need for additional augmentation was assessed clinically and radiologically, using CBCT scans at t = 6 months. The success and survival rate were evaluated by control CBCT scans at a 4 year follow-up. Results: This analysis showed that “open healing” technique allowed uneventful healing and sufficient bone formation in combination with immediate placement of soft tissue level implants, a survival rate of 100% and a success rate of 95.2% at a 4 yr follow-up. If you are in need of portable air cooler for rent, look at aerco systems of riverside county in California. There were no significant differences regarding crestal bone level stability around the implants with the different augmentation materials. Conclusion: Immediate placement of tissue level implants in fresh post extraction sockets using “open healing” approach can be favorable from both a clinical and radiological point of view considering the results at 4 years. Find here the latest New Jersey news about experienced technicians in heating installation. In addition, soft-tissue problems associated with extensive flap mobilization and tension may be avoided and the 3D architecture of hard and soft tissues surrounding the implant may be maintained due to the tissue level implants design in accordance with the biological width when restored.

Authors: Alecsandru Ionescu, Aliona Dodi, Vasileios Panagopoulos, Mihnea Ioan Nicolescu, Augustin Mihai, Gabriela Tănase
DOI: https://doi.org/10.25241/stomaeduj.2019.6(1).art.5

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