Completely transparent anatomical model of the mandible, clearly shows the arrangement of teeth.
完全透明的下颌骨，清楚展示了牙齿的排列情况。
The long-standing 19th-century anatomical model of the brain's language network just got a 21st-century upgrade.
现存已久的19世纪大脑语言网络解剖模式在21世纪得以升级。
Methods This paper presents a 4D digital anatomical model for studying effects of organ motion on radiation treatment and delivery.
方法本文阐述了一个用在放射治疗计划上来研究器官运动影响的四维数字化人体模型。
To establish CT 3D model and 3D anatomical model of lumbar spine and elucidate their solid shape, 3D space position and adjacent relationship.
建立脊柱腰段的CT三维重建、三维解剖模型，阐明脊柱腰段及其周围主要结构的立体形态、三维空间位置及其毗邻关系。
Results: the elementary visible hand model based on anatomical structures was established and main anatomical structures in the hand were exactly showed.
结果：初步建立了基于解剖结构的可视化手模型并精确显示手掌部主要解剖结构。
OBJECTIVE: This article aims to emphasize by using the finite element method to spine disease, spine anatomical, related operation, and spinal finite element model of the brief elaboration.
目的：旨在强调运用有限元法对脊柱解剖，脊柱疾病，脊柱相关手术，以及脊柱的有限元模型的建立进行简要的阐述。
A 4d mathematical model is established for the non-rigid motion and deformation of the anatomical region, from a set of CT or other 3d images.
从一组CT或其他3d图像中，为解剖区域的非刚性运动和变形建立4d数学模型。
It is so intuitionistic, if the 3d model of human tissues and organs are applied to anatomical study, surgery and medical education it will play an immeasurable role.
由于它的直观性，人体组织器官的三维模型如果成熟的运用于解剖学研究、外科手术及医学教学将起到不可估量的作用。
Objective: produce a 3D model of finger's anatomical structures by CAD.
目的应用计算机辅助模拟技术（CAD）建立手指解剖结构的三维模型。
It helps people to a better understanding of anatomical structures and memory. We also can use this model to design surgical operation.
结论应用三维建模软件进行解剖结构的三维演示是可行的，它有助于人们更好的理解和记忆解剖结构，进行外科手术设计。
The utility model relates to a radius distal palmar anatomical steel plate, which belongs to the internal fixation steel plate for treating the fracture of radius.
一种桡骨远端掌侧解剖型钢板，涉及一种用于治疗桡骨骨折的内固定钢板。
A three-dimensional finite element model was built by using central maxillary incisor as its anatomical basis.
本研究以上颌中切牙天然牙为解剖学基础建立了三维有限元模型。
A three-dimensional finite element model was built by using central maxillary incisor as its anatomical basis.
本研究以上颌中切牙天然牙为解剖学基础建立了三维有限元模型。
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