使用骨增生技术在后萎缩下颌骨中进行水平牙槽嵴扩展(临床试验)

Mohammad Zeid, Saeeda Osman, Dina Metawie
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引用次数: 0

摘要

背景:狭窄的牙脊会给牙科植入物恢复功能带来困难;有许多技术可以用来解决这个问题,如骨移植和牙脊扩张技术,其中牙脊扩张是更好、更可靠的选择。最近一种可以实现牙脊扩张的技术是骨质增生。使用登沙车针进行骨质增生是一种利用特殊设计的车针以逆时针方向旋转凝结骨质的技术,有助于增加牙槽嵴宽度和种植体的插入扭矩:使用骨增量术同时植入种植体,对萎缩下颌后部的骨嵴扩张情况进行临床和影像学评估。材料与方法:12 名下颌后嵴狭窄且宽度≤ 6 毫米的患者使用骨增量技术接受了种植体植入。在 4 个月和 8 个月时评估了嵴的扩张量、4 个月时的主要和次要稳定性以及边缘骨质流失情况。结果:术后 4 个月骨宽度增加了 43.61%,8 个月后颈部骨宽度增加了 39.29%,中部骨宽度在 4 个月时增加了 11.48%,8 个月时增加了 9.89%,顶部骨宽度在 4 个月时增加了 12.64%,8 个月时增加了 10.57%。种植体周围的骨密度也有明显增加(p ≤ 0.05)。 结论:根据这项研究的结果,我们得出结论:骨质增生是一种安全有效的方法,可以扩大狭窄的后牙槽嵴,同时增加种植体周围的骨密度,这对主要和次要稳定性都有积极影响;而且不会出现颊板骨开裂和骨折等并发症。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
HORIZONTAL ALVEOLAR RIDGE EXPANSION IN POSTERIOR ATROPHIC MANDIBLE USING OSSEODENSIFICATION TECHNIQUE (A CLINICAL TRIAL)
BACKGROUND: Narrow ridges can cause difficulties in restoring function by dental implants; many techniques can be used to overcome this problem such as bone grafting and ridge expansion techniques, with ridge expansion being the better, more reliable option. A recent technique that can achieve ridge expansion is osseodensification. Osseodensification using Densah burs is a technique that condenses bone using specially designed burs rotating in an anticlockwise direction, which will help in increasing the ridge width as well as insertion torque of the implant AIM OF THIS STUDY: Clinical and Radiographic evaluation of ridge expansion in posterior atrophic mandible using osseodensification with simultaneous implant placement. MATERIALS AND METHODS: 12 patients with narrow posterior mandibular ridge with width ≤ 6 mm received implants using osseodensification technique. The amount of ridge expansion, primary and secondary stability at 4 months and marginal bone loss were evaluated at 4 and 8 months. RESULTS: 4 months post-operative bone width was increased by 43.61% and after 8 months bone width was increased by 39.29% in the cervical region and increased by 11.48% at 4 months and 9.89% at 8 months in the middle region and increased by 12.64% at 4 months and 10.57% at 8 months in the apical region. There was also a significant increase in bone density around the implants (p ≤ 0.05) CONCLUSION: Based on the results of this study we concluded that osseodensification is a safe and effective way for expanding narrow posterior alveolar ridges, while increasing bone density around the implant which positively affects the primary and secondary stability; without complications such as dehiscences and fractures of the buccal plate of bone.
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