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深度masseteric三角形区域来定义masseter神经血管束:一个尸体研究

Istemihan Coban¹, Fulya Yaprak¹, Yelda Pinar²

¹Izmir Democracy University, Faculty of Medicine, Department of Anatomy, Izmir, Türkiye.

Journal of stomatology, oral and maxillofacial surgery

|July 28, 2024

概括

深度质体三角形 (DMT) 作为一个可靠的地标,用于定位质体神经血管束 (NVB). 这种解剖学识别可以提高面部复苏手术和神经阻塞手术的精度.

科学领域:

人体解剖学解剖学解剖学
手术解剖学手术解剖学
头部和部手术头部和部手术

背景情况:

面部复苏对于恢复模仿功能至关重要,影响身体和心理健康.
大脑神经血管束 (NVB) 对于这些过程至关重要,需要在下口中精确识别.
深度质谱三角形 (DMT) 被确定为质谱NVB定位的潜在里程碑.

研究的目的:

评估深度质体三角形 (DMT) 作为定位质体神经血管束 (NVB) 的地标的可靠性.
确定DMT的解剖测量和NVB的深度.
建立一个改进的技术,用于在手术过程中massetericNVB定位.

主要方法:

在捐赠的尸体 (10名男性,10名女性) 中,进行了40次胸膜切割.
从皮肤上测量了深度质体三角形 (DMT) 的尺寸和质体NVB的深度.
在剖析后识别并测量了大质体NVB.

主要成果:

DMT边缘的平均长度为17.3毫米 (上部),25.9毫米 (后部) 和26.3毫米 (前部).
按摩肌的上边的总长度平均为52.7毫米.
质体NVB位于距皮肤表面约17毫米的平均深度.

结论:

在DMT是访问masseteric神经的无分支部分的有价值的地标.
从下角到DMT的中点的直线有助于大质体NVB定位.
这种解剖学方法提高了大脑神经采集和神经阻塞程序的准确性.

关键词:

人体解剖学解剖学解剖学面部神经是什么意思马塞特是一个大师.马塞特里克神经是一种神经.神经传递神经传递帕罗蒂多马塞特里克地区.

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