Clinical Research Directory

Artificial Intelligence-Guided Versus Manual CBCT Planning for Immediate Implant Placement

This study evaluates whether artificial intelligence (AI)-based analysis of cone-beam computed tomography (CBCT) scans can support clinical decision-making for immediate dental implant placement in molar extraction sites. When a molar tooth is removed, placing a dental implant immediately may reduce treatment time and preserve surrounding bone. However, immediate implant placement is not always possible and depends on the anatomy of the extraction socket, particularly the interradicular septum (the bone between the roots). CBCT imaging is routinely used to assess this anatomy before surgery. Traditionally, radiologists manually evaluate these scans. Recently, AI-based tools have been developed to automatically analyze CBCT images. In this randomized controlled trial, patients requiring molar extraction and potential immediate implant placement will be assigned to one of two planning approaches: AI-guided CBCT assessment or conventional manual CBCT assessment. The operating surgeon will use the assigned planning report to guide treatment decisions. The primary outcome of the study is the feasibility of immediate implant placement, defined as successful implant placement with achievement of primary stability during surgery. Secondary outcomes include surgical time, need for changes to the treatment plan, and implant stability measurements. The goal of this study is to determine whether AI-assisted CBCT analysis performs similarly to, or improves upon, conventional manual radiologic assessment in supporting safe and effective immediate implant placement.

Assessment of the Socket Shield Technique Accompanied by Sticky Bone Around the Immediate Implant

challenge of the implant of esthetic zone with buccal plate of bone width less than 2mm become available by the using of socket shield technique used with the immediate implant this technique provide improvement of the width of buccal plate of bone which improve esthetic outcome bot the jumping gape still a questionable area between the shield and the implant which required to be filled with biological filling to improve osteointegration and stability of the implant such as sticky bone ,bone mixed with injectable PRF , PRF also has antibacterial ,anti-inflammatory effect and regenerative effect which could help.

Buccal Plate Augmentation Using Sticky Bone With Simultaneous Immediate Implant Placement

the aim of this study is to clinically assess pink esthetic score following Buccal Plate Augmentation using Sticky Bone versus usage of Sticky Bone as a jumping gap filling material with simultaneous immediate implant placement in the maxillary esthetic zone

Xengenic Cortical Membranes Versus Connective Tissue Graft With Coronally Advanced Flap for the Treatment of Peri-implant Soft Tissue Dehiscences: A Randomized, Controlled Clinical Trial

Peri-implant soft tissue dehiscences represent a common complication in implant dentistry, often leading to esthetic and functional challenges. Current treatment options, including Xengenic cortical membranes and connective tissue graft with coronally advanced flap, aim to promote soft tissue regeneration and improve clinical outcomes. However, there is a need for comparative studies to determine the optimal treatment modality for peri-implant soft tissue dehiscences.

Evaluation of Cross-linked Collagen Membrane With and Without Silk Fibroin Around Immediate Dental Implants

Comparative evaluation of cross-linked collagen membrane with and without silk fibroin around Immediate Dental Implants -Randomized controlled trial.