Alazmi Saad Obaid
Department of Periodontology and Implant Dentistry, College of Dentistry, Qassim University, Saudi Arabia.
Bioinformation. 2024 May 31;20(5):562-565. doi: 10.6026/973206300200562. eCollection 2024.
The gold standard for bone regeneration in atrophic ridge patients is guided bone regeneration (GBR). This makes it possible to get enough bone volume for an appropriate implant-prosthetic rehabilitation. The barrier membranes must meet the primary GBR design requirements, which include adequate integration with the surrounding tissue, spaciousness and clinical manageability. Titanium mesh's superior mechanical qualities and biocompatibility have broadened the indications of GBR technology, enabling it to be used to restore alveolar ridges with more significant bone defects. GBR with titanium mesh is being used in many clinical settings and for a range of clinical procedures. Furthermore, several advancements in digitalization and material modification have resulted from the study of GBR using titanium mesh. Hence, we report a review on the various characteristics of titanium mesh and its current use in clinical settings for bone augmentation.
对于萎缩性牙槽嵴患者,骨再生的金标准是引导骨再生(GBR)。这使得获得足够的骨量以进行适当的种植修复成为可能。屏障膜必须满足GBR的主要设计要求,包括与周围组织充分整合、空间宽敞和临床可操作性。钛网卓越的机械性能和生物相容性拓宽了GBR技术的适应症,使其能够用于修复骨缺损更严重的牙槽嵴。钛网引导骨再生在许多临床环境和一系列临床手术中得到应用。此外,对钛网引导骨再生的研究带来了数字化和材料改性方面的多项进展。因此,我们报告了一篇关于钛网的各种特性及其目前在临床骨增量中的应用的综述。