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首页> 外文期刊>Rhinology >A study of the maxillary and sphenopalatine arteries in the pterygopalatine fossa and at the sphenopalatine foramen.
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A study of the maxillary and sphenopalatine arteries in the pterygopalatine fossa and at the sphenopalatine foramen.

机译:翼ery窝和蝶ala孔上颌和蝶ala动脉的研究。

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OBJECTIVES: Arterial ligation remains a key option in the treatment of persistent epistaxis and clarification of the arterial configuration of the distal maxillary/sphenopalatine artery is important for understanding the rationale behind current surgical treatments. Greater understanding of the arterial anatomy will reduce the risk of technical failures and improve the reliability of surgical interventions for persistent epistaxis and will also be useful for surgeries involving the pterygopalatine fossa. STUDY DESIGN: Anatomical study in cadavers. METHODS: This is an anatomical study of 128 cadaveric tissue blocks containing the pterygopalatine fossa. In total, 118 tissue blocks were microdissected using a Watson-Barnet dissecting microscope. Ten injected tissue blocks were cleared by the Spalteholz technique. Photographic records were made. RESULTS: Analysis demonstrated three common configurations of the maxillary artery in the pterygopalatine fossa: a single looped form (18%) and two double-looped forms, 'E' (51%) and 'M' (31%). The maxillary artery bifurcates before the sphenopalatine foramen in 105 cases (89%). The sphenopalatine foramen lies at the posterior end of the middle turbinate; in 58% of cases it lies in both the superior and middle meati. Asymmetry in the size of the maxillary arteries was uncommon; only 3% could be described as 'dominant'. CONCLUSIONS: The arterial configuration of the maxillary artery in the pterygopalatine fossa can be complex but may be classified into one of three forms. Some configurations may be more liable to lead to difficulties with branch identification during surgical treatment of epistaxis particularly in combination with an inadequate osteotomy. Clinicians should expect to find more than one vessel exiting the sphenopalatine foramen and actively search for these during surgery. Asymmetry in the maxillary/sphenopalatine arteries is not common and contralateral ligations are not indicated.
机译:目的:动脉结扎术仍然是持续性鼻出血治疗的关键选择,明确上颌/蝶ala远端动脉的动脉构型对于了解目前外科治疗的依据非常重要。对动脉解剖结构的更多了解将减少技术故障的风险,并提高持续epi鼻的外科手术干预的可靠性,并且对于涉及翼ery窝的手术也将是有用的。研究设计:尸体的解剖研究。方法:这是对包含翼ery窝的128个尸体组织块的解剖学研究。使用Watson-Barnet解剖显微镜总共解剖了118个组织块。通过Spalteholz技术清除了十个注射的组织块。照相记录。结果:分析显示翼ery窝上颌动脉的三种常见结构:单环形式(18%)和两种双环形式,“ E”(51%)和“ M”(31%)。蝶ala孔前上颌动脉分叉105例(89%)。蝶ala孔位于中鼻甲后端。在58%的情况下,它位于上层和中层。上颌动脉大小不对称的情况很少见。只有3%可以被描述为“主要”。结论:翼ery窝窝上颌动脉的动脉结构可能很复杂,但可以分为以下三种形式之一。某些配置可能更容易导致鼻epi的外科治疗期间,尤其是与切骨术不足相结合时,难以识别分支。临床医生应该期望找到一条以上从蝶for孔出来的血管,并在手术期间积极寻找这些血管。上颌/蝶ala动脉不对称并不常见,对侧结扎也未显示。

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