Abstract Due to inadequate bone quality and quantity in the possible implant bed, implant placement in severely atrophic jaws poses a major clinical problem. Conventional augmentation techniques, like sinus lifts and ridge augmentation, raise the danger, expense, and complexity of treatment. In order to compare the principles, benefits, and clinical uses of basal implantology to crestal implants in severely resorbed jaws, a literature-based review was carried out. Crestal implants are effective when adequate crestal bone is available. However, in cases of severe bone atrophy, basal implants offer a viable alternative by anchoring in the basal bone, which is typically more resistant to resorption and infection. This approach potentially eliminates the need for complex bone augmentation procedures. Basal implants represent a strategic and less invasive solution for restoring function in atrophic edentulous jaws, offering reduced surgical interventions and greater treatment predictability.
Abstract This case report outlines the management of a patient with a highly resorbed maxillary ridge featuring flabby tissue, which poses challenges in terms of denture retention and stability. A novel approach was adopted by creating a hollow maxillary denture utilizing a thermocol to reduce weight, thus minimizing excessive pressure on fragile tissues. This design improved both comfort and functionality for the patient. In addition, an immediate denture was provided for the mandibular arch following tooth extraction, restoring both function and aesthetics. The combination of a lightweight thermocol-based hollow maxillary denture and an immediate mandibular denture offered a practical and patient-friendly solution for managing the flabby ridge. The patient reported increased comfort, better masticatory function, and overall satisfaction with the prosthesis. This case highlights the importance of innovative denture fabrication techniques in addressing complex oral conditions, particularly for patients with compromised ridges and soft tissue challenges.
Abstract Single-visit endodontics (SVT) is an efficient and evidence-based alternative to conventional multi visit endodontic therapy (MVT). Endodontic success depends on effective microbial elimination, proper canal shaping, and hermetic obturation. With the advent of rotary NiTi systems, bioceramic sealers, advanced irrigation methods, and magnification aids, achieving optimal canal disinfection in a single appointment has become increasingly feasible. Literature comparing SVT and MVT showed comparable success rates in postoperative pain, flare-ups, and apical healing outcomes. While SVT offers advantages such as reduced chair time, fewer inter-appointment contaminations, and improved patient compliance, careful case selection remains crucial, particularly in cases of apical periodontitis or retreatment. With stringent asepsis, precise technique, and sound clinical judgment, single-visit endodontic therapy can deliver predictable outcomes equivalent to multi-visit procedures, making it a viable and time-efficient approach in contemporary endodontic practice.
