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Evaluating the Effects of Dynamic Navigation on the Accuracy and Outcomes of the Autogenous Bone Ring Technique for Vertical Ridge Augmentation: A Pilot Randomized Controlled Trial

医学 顶点(几何体) 核医学 锥束ct 植入 随机对照试验 山脊 口腔正畸科 牙科 外科 泌尿科 计算机断层摄影术 地质学 解剖 古生物学
作者
Yu‐chen Chang,Ning Zhu,Jiayu Liu,Xianming Gao,Gang Chen,Yu Zhang
出处
期刊:Clinical Oral Implants Research [Wiley]
标识
DOI:10.1111/clr.14412
摘要

ABSTRACT Objectives Autogenous bone ring technique (BRT) is a one‐stage vertical augmentation approach with simultaneous implant placement. The aim of this study was to compare the accuracy and efficacy of autogenous BRT assisted by dynamic navigation (DN) with freehand approach (FA) for vertical ridge augmentation. Materials and Methods Twenty‐four patients eligible for autogenous BRT were randomly assigned to DN or FA groups. Digital preoperative design was conducted for both groups. BRT surgeries were executed with or without the aid of DN in the two groups. Accuracy outcomes evaluated angular and linear deviations at the bone ring in the donor site (BR‐D), recipient site (BR‐R), and implant entry/apex between planned and actual positions revealed by cone‐beam computed tomography. Vertical augmentation‐related outcomes, surgical complications, and patient‐reported outcomes were assessed over 6 months. Results Twenty‐four patients underwent surgery while one was lost to follow‐up. The DN group showed significantly lower mean (SD) BR‐R angular (3.58 [2.07] vs. 8.77 [4.20]°) and entry deviation (1.43 [0.51] vs. 2.01 [0.70] mm). For BR‐D, the DN group had significantly lower angular (4.80 [2.62] vs. 12.97 [6.26]°), entry (1.45 [0.96] vs. 3.52 [1.54] mm), and apex deviation (1.28 [0.64] vs. 3.50 [1.47] mm) compared to the FA group. Implant angular deviation (3.74 [2.14] vs. 9.17 [4.39]°) and apex deviation (1.75 [0.44] vs. 2.35 [0.82] mm) was significantly lower in the DN group. In the FA group, one patient exhibited temporary lower lip hypoesthesia. No significant differences were observed in vertical bone gain, resorption, or patient‐reported outcomes. Conclusions Compared to FA, DN may improve the accuracy of autogenous BRT procedures for vertical ridge augmentation while minimizing invasiveness. Trail Registration This study was registered at the Chinese Clinical Trial Registry ( https://www.chictr.org.cn ; Registration No. ChiCTR2200065585; registration date: 2022/11/09).
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