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预制游离腓骨瓣修复上颌骨和下颌骨缺损的经验。

Experience with the prefabricated free fibula flap for reconstruction of maxillary and mandibular defects.

作者信息

Nazerani Shahram, Behnia Hossein, Motamedi Mohammad Hosein Kalantar

机构信息

Department of Surgery, Iran University of Medical Sciences, Tehran, IR Iran.

出版信息

J Oral Maxillofac Surg. 2008 Feb;66(2):260-4. doi: 10.1016/j.joms.2007.06.675.

Abstract

PURPOSE

We report our 11-year experience with a new technique to prefabricate the osteocutaneous free fibula flap to reconstruct defects of the maxilla and mandible not amenable to conventional methods of treatment.

MATERIAL AND METHODS

We treated 11 patients aged 17 to 47 years with jaw defects using prefabricated free fibula grafts from 1994 to 2005. We prepared the fibula on the leg with a 6- to 8-mm muscle cuff; next we transferred the bone flap to the surface of the leg without severing the pedicle, and then covered the muscle almost circumferentially by partial thickness skin graft. The bone flap was left in place with its pedicle intact for 2 to 3 months, after which the skin graft had taken and the flap was free of inflammation. The fibula flap was then transferred to the face, fixed in place with plates, and microvascular anastomosis was performed. Implant placement was completed 4 to 6 months after transfer of the flap to the oral cavity.

RESULTS

Graft take was unremarkable in all cases. There were no cases of infection and only minor complications. Edema of the flap may be encountered, which subsides with time. If the mandible is not edentulous the mandibular teeth may bite into the flap, but these wounds heal by the time the patient is ready for implant insertion (3 to 6 months). Implants placed in the fibula were successful during the follow-up period (2 to 13 years).

CONCLUSION

The prefabricated fibula with a "banking time" on the leg for flap maturation seems to be a better choice compared with other methods of using the fibula for reconstruction and has passed the test of time. We hereby report this new technique to add to the armamentarium of jaw reconstruction surgery.

摘要

目的

我们报告了一项新技术的11年经验,该技术用于预制带骨皮的游离腓骨瓣,以重建不适于传统治疗方法的上颌骨和下颌骨缺损。

材料与方法

1994年至2005年,我们使用预制游离腓骨移植物治疗了11例年龄在17至47岁之间的颌骨缺损患者。我们在腿部制备带有6至8毫米肌肉袖套的腓骨;接下来,我们在不切断蒂的情况下将骨瓣转移至腿部表面,然后用断层皮片几乎将肌肉全周覆盖。骨瓣带着完整的蒂留在原位2至3个月,之后皮片成活且皮瓣无炎症。然后将腓骨瓣转移至面部,用钢板固定到位,并进行微血管吻合。在皮瓣转移至口腔后4至6个月完成种植体植入。

结果

所有病例中移植物均顺利成活。无感染病例,仅出现轻微并发症。可能会遇到皮瓣水肿,但会随时间消退。如果下颌骨并非无牙颌,下颌牙齿可能会咬到皮瓣,但在患者准备好植入种植体时(3至6个月)这些伤口会愈合。随访期间(2至13年),植入腓骨的种植体均成功。

结论

与其他使用腓骨进行重建的方法相比,在腿部“储存一段时间”以使皮瓣成熟的预制腓骨似乎是更好的选择,并且已经经受住了时间的考验。我们特此报告这项新技术,以丰富颌骨重建手术的手段。

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