下颌骨舌骨桥接及其在干性下颌骨中的临床意义:一项横断面研究

P. Samanta, A. Priya
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摘要

简介:Mylohyoid Bridging (MB)是一种下颌骨骨质增生变异。在下颌骨分支的内侧,可以观察到Mylohyoid Groove (MG)。这个沟的内容是脊骨舌骨神经和血管。髓舌骨桥可以压迫这些神经血管结构。目的:确定髓舌骨桥接的发生率,并确定其是否完全/不完全或近端/远端或单侧/双侧。材料和方法:本横断面研究于2022年7月在印度北方邦大诺伊达Sharda大学医学科学与研究学院解剖系进行。研究对象为60个干燥的人下颌骨(120侧)。下颌骨来自解剖学系。观察下颌骨两侧分支内侧的下颌舌骨桥。结果用描述性统计表示,并以频率和百分比表示。结果:120个骨舌骨沟中有3个(2.5%)出现骨舌骨桥。所有观察到的下颌舌骨桥均为不完全型(近端型、中间型和远端型各1个)。在其中一个下颌骨,在下颌舌骨沟的近端发现了一个三角形的骨针状体,与右侧的下颌孔非常接近,而在另一个下颌骨,下颌舌骨沟非常深,并且在下颌舌骨沟和下颌管之间发现了交通。结论:掌握下颌舌骨桥的相关知识有助于下牙槽神经阻滞的成功实施。
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Mylohyoid Bridging of the Mandible and its Clinical Importance in Dry Mandibles: A Cross-sectional Study
Introduction: Mylohyoid Bridging (MB) is a hyperostotic variation in the mandible. On the inner aspect of the ramus of the mandible, the Mylohyoid Groove (MG) is observed. The content of this groove is the mylohyoid nerve and vessels. The mylohyoid bridging can compress these neurovascular structures. Aim: To determine the incidence of mylohyoid bridging and to determine, whether it is complete/incomplete or proximal/distal or unilateral/bilateral. Materials and Methods: The present cross-sectional study was conducted in the Department of Anatomy, School of Medical Sciences and Research, Sharda University, Greater Noida, Uttar Pradesh, India, in July 2022. The study was conducted on 60 dried human mandibles (120 sides). The mandibles were collected from the Department of Anatomy. The mandibles were observed for the presence of a mylohyoid bridge on the inner aspect of its ramus on both sides. Results were expressed using descriptive statistics and were expressed in terms of frequency and percentage. Results: Mylohyoid bridge was observed in three out of 120 (2.5%) mylohyoid grooves. All the observed mylohyoid bridges were incomplete types (one each of proximal type, intermediate type, and distal type). In one of the mandible, a triangular bony spicule was noted at the proximal end of the mylohyoid groove, in a close approximation of the mandibular foramen on the right-side, whereas in one of the mandible, the mylohyoid groove was very deep, and communication between the mylohyoid groove and mandibular canal was noted. Conclusion: Knowledge regarding mylohyoid bridging will help in the successful administration of inferior alveolar nerve block.
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