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The corticoperiosteal medial femoral supracondylar flap: anatomical study for clinical evaluation in mandibular osteoradionecrosis.

机译:皮质骨膜内侧股骨sup上皮瓣:下颌骨放射性骨坏死临床评估的解剖学研究。

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PURPOSE: An ideal way to treat osteoradionecrosis of the jaws is to transfer an osteogenic, appropriately vascularized flap to the affected site. The corticoperiosteal femoral medial supracondylar flap is being used increasingly in the treatment of complex pseudarthrosis of long bones, but is yet to find robust indications for use in the treatment of osteoradionecrosis of the jaw, the reasons being a lack of anatomical data concerning its vascular supply and the local constraints of its routine harvest. This study presents an anatomical study and literature review to explore its potentials in clinical practice. MATERIALS AND METHODS: A total of 25 legs were dissected following vascular injection of colored neopren. The descending genicular artery (DGA) and veins were studied with particular attention paid to anatomical variations found in their branches. Calibers and length of the vessels were recorded. RESULTS: Many anatomical variations of the DGA were found and a classification proposed. The mean caliber of the DGA at the origin was 1.9 mm, and for the vein, 1.8 mm. The mean useful length of the pedicle was 7.9 cm. A case is reported. CONCLUSION: A clear anatomical knowledge (and, therefore, a sound classification system to grade flap harvesting potential) is the key first step prior to extensive clinical use of this flap. Various anatomical patterns of the pedicle are frequently encountered; branches can be elusive when raising the flap. Vascular imaging is therefore a critical step in identifying types and subtypes before surgery.
机译:目的:治疗颌骨骨坏死的理想方法是将成骨的,适当血管化的皮瓣转移到患处。皮质骨ios股内侧con上皮瓣越来越多地用于治疗长骨复杂假关节,但尚未找到用于治疗颌骨骨坏死的强有力的适应症,原因是缺乏有关其血管供应的解剖学数据以及当地常规采伐的限制。这项研究提出了一项解剖学研究和文献综述,以探索其在临床实践中的潜力。材料与方法:血管注射彩色氯丁橡胶后,解剖了总共25条腿。研究了膝下动脉(DGA)和静脉,并特别注意其分支中的解剖变异。记录口径和船只长度。结果:发现了DGA的许多解剖变异并提出了分类。 DGA的平均口径为1.9毫米,静脉为1.8毫米。椎弓根的平均有效长度为7.9 cm。报告了一个案例。结论:在广泛临床使用该皮瓣之前,明确的解剖学知识(因此,一种合理的分类系统可对皮瓣的收获潜力进行分级)是关键的第一步。椎弓根的各种解剖模式是经常遇到的。抬起襟翼时,树枝难以捉摸。因此,血管成像是在手术前识别类型和亚型的关键步骤。

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