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下颌神经及其分支的解剖变异与临床情况的相关性。

Anatomical variations of the mandibular nerve and its branches correlated to clinical situations.

作者信息

Siéssere S, Hallak Regalo S C, Semprini M, Honorato De Oliveira R, Vitti M, Mizusaki Iyomasa M, Mardegan Issa J P, De Sousa L G

机构信息

University of São Paulo, Ribeirão Preto, Brazil.

出版信息

Minerva Stomatol. 2009 May;58(5):209-15.

Abstract

AIM

The mandibular division of the trigeminal nerve is the largest of the three major divisions of the trigeminal nerve (fifth cranial nerve). In this way, many health professionals belonged to different fields are commonly evaluating patients suffering with orofacial pain and stomatognatic dysfunction associated to this structure. But, in the most cases, it is difficult to establish a correct diagnosis due to the anatomical complexity of the head and neck surfaces, especially when the focus is the trigeminal nerve. Thus, the objective of this research was to present the anatomical variations of the mandibular nerve and its branches correlated to more common clinical situations.

METHODS

For this purpose, 20 human heads were anatomically dissected, so to study their structures, an external, medial and endocranial view.

RESULTS

No significant variations related to ophthalmic and maxillary nerves were observed. Anatomical variations were observed in 20% of the total human heads dissected, all related to mandibular nerve and its branches: masseter, temporal, auriculotemporal and lingual. Variations in three to seven, on the number of the following nerves ramus, masseter and temporal were described.

CONCLUSIONS

According to the present data using the described methodology, it was possible to conclude that anatomical variations are present in many subjects and they can explain many clinical situations that involve the stomatognathic structures.

摘要

目的

三叉神经下颌支是三叉神经(第五对脑神经)三大主要分支中最大的一支。因此,许多不同领域的医疗专业人员通常会对患有与该结构相关的口面部疼痛和口腔颌面部功能障碍的患者进行评估。但是,在大多数情况下,由于头颈部表面的解剖结构复杂,尤其是当关注点是三叉神经时,很难做出正确的诊断。因此,本研究的目的是呈现下颌神经及其分支与更常见临床情况相关的解剖变异。

方法

为此,对20个人类头部进行解剖,以便从外部、内侧和颅内视角研究其结构。

结果

未观察到与眼神经和上颌神经相关的显著变异。在解剖的所有人头部中,有20%观察到了解剖变异,所有变异均与下颌神经及其分支有关:咬肌神经、颞神经、耳颞神经和舌神经。描述了咬肌神经和颞神经分支数量在三到七条之间的变异。

结论

根据使用所述方法获得的当前数据,可以得出结论,许多受试者存在解剖变异,它们可以解释许多涉及口腔颌面部结构的临床情况。

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