Tent Pole Technique: Research Summaries

Research
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The tent pole technique for guided bone regeneration is a method used to perform horizontal ridge augmentation, which is often necessary to facilitate dental implant placement. This technique involves the use of tenting screws to create space and support for bone graft materials, allowing for predictable functional and esthetic reconstruction of compromised edentulous ridges.

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In this method, a combination of xenograft and particulate autogenous bone is typically used, supported by tenting screws. A long-lasting resorbable collagen membrane is often placed over the graft to help contain the bone particles and guide the regeneration process. The technique is designed to maintain the space needed for new bone growth, preventing soft tissue collapse into the defect area.

The tent pole technique is considered effective for achieving horizontal ridge augmentation, and it has been compared with other methods such as the tunnel technique and open ridge augmentation. It is noted for having a relatively low rate of complications compared to some other methods, making it a favorable option in cases where the bony deficiency is flat.