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zygomatic arch
颅骨弓:位于眼眶下方或侧面的颅骨弓。
常用释义
英式发音
美式发音
基本释义
  • 颅骨弓:位于眼眶下方或侧面的颅骨弓。
例句
  • 1·Objective To investigate a new technique of reduction malarplasty for prominent malar complex and zygomatic arch.
    目的探索一项新的降低颧骨颧弓突度的技术,以改善高颧患者的面容。
  • 2·Superior buccal gingival sulcus incision dissection was made inferior to zygomatic bone and zygomatic arch periosteum.
    口腔内上颊龈沟入路在颧骨及颧弓骨膜下剥离。
  • 3·Objective To investigate the value of scalp coronal incision in jaw fractures, especially in maxillofacial zygoma, zygomatic arch, orbital fractures.
    目的探讨头皮冠状切口在颌骨骨折中的应用价值,尤其是对颌面部颧骨、颧弓、眶周骨折中的应用。
  • 4·Objective: To evaluate the possibility and effect of removal of the tumor invading lateral skull base in zygomatic arch and temporomandibular approaches.
    目的:评价经颧弓和颞颌径路切除侧颅底肿瘤的可行性和疗效。
  • 5·Conclusion 3d helical ct imaging can provide valuable information in demonstrating the space relationship of zygomatic bone and zygomatic arch fractures.
    结论螺旋CT三维成像对于颧骨、颧弓骨折具有重要临床诊断及应用价值。
  • 6·Objective: To evaluate the effectiveness of the rigid internal fixation of zygomatic arch fracture by the upper zygomatic arch incision with the mini-plate.
    目的:评价颧弓上缘入路,微型钛板行颧弓骨折坚强内固定的疗效。
  • 7·Methods:113 cases of midface fractures were reviewed. The nasal bone fracture, zygomatic arch fracture, optic nerve contusion, zygomatic maxilla fracture were treated.
    方法:回顾分析113例面中部骨折的临床资料,治疗了鼻骨、颧弓、视神经损伤及颧上颌骨骨折。
  • 8·Objective To study the practicability and the aesthetic significance of the treatment of the scalp coronal incision on all kinds of fracture of zygoma and zygomatic arch.
    目的:研究头皮冠状切口治疗各类颧骨颧弓骨折的实用性及美学意义。
  • 9·Methods: According to the mirror imaging symmetry principle, we assumed the skull as an entirety and design the localizer to measure the projections of zygoma and zygomatic arch.
    方法:视头颅为一整体,根据镜像对称性原理,制成由面弓、滑动定位尺、轨限、耳杆和额托等附件构成的颧骨复合体骨折定量复位校正仪。
  • 10·Results The location, shape and displacement of fragment of zygomatic bone and zygomatic arch fractures were demonstrated stereoscopically through 3D images reconstructed from helical CT.
    结果螺旋CT三维成像能够立体地显示骨折的部位、形态、骨折块移位特点和类型等空间信息。