Journal of Orofacial Rehabilitation
Year 2025
Vol 5 Issue 3
1. Editorial l J Orofacial Rehabilitation. 2025 Dec;5(3):1-2.
DOI: 10.5281/zenodo.19984393
Osseodensification with DENSAH Burs: A revolutionary advancement in implant osteotomy preparation.
Arka Swarnakar.
2. Review Article l J Orofacial Rehabilitation. 2025 Dec;5(3):3-7.
DOI: 10.5281/zenodo.18450775
Implant-supported overdentures and neuroplasticity: A neurofunctional perspective on prosthetic adaptation.
Shubham Chavhan, Manesh Lahori, Siddharth Sisodiya, Abhishek Sharma, Prerna Kaushik, Yashi Garg.
Abstract
Implant-supported overdentures represent a significant advancement in prosthodontic rehabilitation by providing superior stability, retention, and functional outcomes when compared with conventional removable dentures. Beyond their mechanical benefits, emerging research highlights the role of neuroplasticity in facilitating functional adaptation following implant therapy. Neuroplastic mechanisms, including osseoperception and cortical reorganization, enable the central nervous system to integrate implant-supported prostheses into oral sensorimotor control. This review synthesizes current evidence addressing the neurobiological basis of adaptation to implant-supported overdentures, with emphasis on sensory perception, neuromuscular coordination, and cortical remodeling. Available data suggest improved tactile sensibility, enhanced masticatory performance, and measurable changes in cortical activation following implant rehabilitation. However, variations in methodology and limited long-term studies necessitate cautious interpretation. Collectively, current findings indicate that implant-supported overdentures restore oral function not only mechanically but also through neuroadaptive processes, reinforcing their role in modern neuroprosthodontic practice.
Keywords: Dental implants, Functional MRI, Implant-supported overdentures, Neuroplasticity, Osseoperception.
3. Case Report l J Orofacial Rehabilitation. 2025 Dec;5(3):8-12.
DOI: 10.5281/zenodo.18451227
Minimally invasive esthetic management of maxillary central incisors using the injectable composite veneer technique with universal light-cured radiopaque injectable composite – A case report.
Pragati Goyal, Anuja Agarwal, Vivek Kumar Sharma, Manesh Lahori.
Abstract
Background: Contemporary esthetic dentistry emphasizes upon conservative treatment strategies that preserve natural tooth structure while delivering predictable esthetic outcomes. The injectable composite veneer technique has been introduced as an advancement in direct adhesive procedures for anterior teeth. Aim: To present a clinically reproducible protocol for esthetic rehabilitation of maxillary central incisors using an injectable composite veneer technique with a transparent index.
Materials and Methods: A rubber-based elastomeric impression was obtained and a working cast fabricated. A clear silicone index was produced using Exaclear (GC) in a non-perforated dentulous stock tray. Following minimal enamel preparation and adhesive procedures, composite resin was injected using G-ænial Universal Injectable (GC) and light cured through the transparent index.
Results: The technique enabled accurate transfer of the planned tooth morphology, resulting in favorable esthetic integration, appropriate contour, and satisfactory surface finish.
Conclusion: Injectable composite veneering represents a conservative and efficient approach for anterior esthetic rehabilitation, offering predictable outcomes when appropriate case selection and adhesive protocols are followed.
Keywords: Composite, esthetic dentistry, injectable composite, veneer.
4. Case Report l J Orofacial Rehabilitation. 2025 Dec;5(3):13-17.
DOI: 10.5281/zenodo.18451502
Guided implant surgery for replacement of an avulsed maxillary central incisor in a young adult- A case report.
Sagar Mitra, Nikita Arya, Sumit Kumar Roy.
Abstract
Tooth avulsion in the anterior maxilla presents functional, esthetic, and psychological challenges, particularly in young patients. This case report describes the diagnosis, digital planning, guided implant surgery, and prosthetic rehabilitation of a twenty-year-old male with a missing right maxillary central incisor following traumatic avulsion due to a road traffic accident. A fully digital workflow including intraoral scanning, CBCT data merging, virtual implant planning, and surgical guide fabrication using Exocad software was employed. Accurate implant placement with favorable esthetic and functional outcomes was achieved.
Keywords: Anterior maxilla, digital workflow, guided implant surgery, intraoral scanning, single tooth implant.