Basal Implant In Prosthodontics and Crown & Bridge
Year: 2025
Type: article
Abstract: Background: Basal implantology is an emerging concept in dental implantology that utilizes the basal cortical bone of the maxilla and mandible to achieve bicortical anchorage. Unlike conventional crestal implants, basal implants are single piece systems that allow immediate loading and eliminate the need for bone augmentation procedures, making them suitable for compromised clinical situations.Objective: This article aims to review the evolution, design principles, clinical applications, and prosthodontic considerations of basal implants in crown and bridge rehabilitation.Materials and Methods: A comprehensive narrative review of published literature was conducted to evaluate the historical development, implant designs, treatment philosophies, surgical protocols, and prosthetic loading concepts associated with basal implantology. Indications, contraindications, advantages, disadvantages, and biomechanical considerations in maxillary and mandibular restorations were analyzed.Results: Basal implants demonstrated high primary stability through engagement of cortical bone, enabling immediate functional loading. Advantages included flapless placement, reduced treatment time, minimal surgical trauma, avoidance of ridge augmentation, and a lower incidence of peri-implantitis due to polished implant surfaces. Successful outcomes were reported in patients with atrophied ridges and medically compromised conditions. However, technique sensitivity and limited aesthetic outcomes in single-tooth restorations were noted.Conclusion: Basal implantology represents a reliable alternative to conventional implant systems, particularly in cases with severe ridge atrophy and systemic limitations. Further long-term clinical studies are required to establish standardized protocols and wider acceptance in routine prosthodontic practice.
Author: Siwach, Amit
Language: English
Subfield: Oral Surgery
Field: Dentistry
Domain: Health Sciences
Open Access status: green
OpenAlex ID: W7115950329
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