附近有个解剖模型，脑子还在外面露着。
那是个用于教学的人体解剖模型。
That was an anatomical model of the human body for use in teaching.
你还会发现解剖模型用于实践。
将人类解剖知识，比如数字解剖模型合并到图形系统，从而产生更多有意义的结果。
Incorporating knowledge of human anatomy, such as numerical anatomical models, into imaging systems to produce more meaningful results.
旨在绘制脑部的内在功能拓扑图、评估神经解剖模型，以及研究神经学与精神学疾病。
Aims at mapping the intrinsic functional topography of the brain, evaluating neuroanatomical models, and investigating neurological and psychiatric disease.
很显然，这些方法的确会很适用于恐龙，所以我们对这些恐龙的详细解剖模型采用这些方法进行了研究。
It became obvious that these methods would be really applicable to dinosaurs so we took detailed anatomical models of these dinosaurs and we applied the methods.
目前，该研究组的主要研究项目有基础解剖模型、数字解剖专家信息系统和华盛顿大学人类大脑计划。
There are currently three major projects underway: the foundational model of anatomy, the digital anatomist information system and the UW human brain project.
所获得的数字化可视人体大脑主要结构的体积等测量数据真实可靠，为构建大脑解剖模型积累了定量资料。
The volume data of the main structure of cerebrum is real and exact, and contributes to the quantitative data accumulation of the cerebral anatomic model.
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。
To establish CT 3D model and 3D anatomical model of lumbar spine and elucidate their solid shape, 3D space position and adjacent relationship.
Xu预测，基于物理学的4 - D VIP - Man将最终在生物医学领域更广泛地用做解剖模型，帮助治疗有呼吸道疾病和心脏病的患者。
Xu expects that the physics-based 4-d VIP-Man will eventually be used as an even more general anatomical modeling tool for the biomedical community to help patients with respiratory diseases.
凭借对某行为的完整解剖——经济学家称之为结构性模型——他们甚至可以在实施之前就确定一项政策或者一个项目是否有效。
With a full anatomy of behaviour-what economists call a structural model-they can determine if a policy or project will work even before it has been attempted.
结果：重建后的经络模型视觉效果好，并可以显示经络线上不同层次的解剖结构。
Results the visual effect of re-building Meridian is very good and it can display the different layers of anatomic structures on the Meridian lines.
目的：建立基于解剖结构的可视化手模型。
OBJECTIVE: To construct visible hand model based on anatomic structure.
人体解剖实验教学所使用的标本、模型、挂图的局限性促使人们去寻找更多的教学媒体。
The limitation of the specimen, model and wall map used in the human anatomy experimental teaching has been urging people to look for more teaching media.
结论数字化标准牙冠模型可以成为牙体解剖教学的有力计算机辅助手段。
Conclusion The digitized models of standard teeth crowns could provide a new computer aided method for dental anatomy instruction.
目的：建立人体整体骨骼系统的高精度三维模型，为解剖教学、生理模拟等应用提供三维数据集。
Objective: to establish three-dimensional modeling of human skeleton system for the applications of anatomy teaching, physiological simulation, etc.
目的：研究兔眼的解剖特点及制作后囊膜混浊模型的方法。
Objective:To study the anatomic structures of rabbit eyes and the method of making posterior capsule opacification(PCO) model in rabbits.
目的：妥善量化椎弓根解剖参数，使用主题：基于CT的三维模型和二维ct横断位图像的数据比较。
Objective. To properly quantify pedicle anatomic parameters, using subject-based ct three-dimensional models and compare the data from 2-dimensional transverse-CT images.
在这个新的层状晶状体模型中，最外层前后表面的非球面系数与解剖学数据相符。
The anterior surface of the lens is prolate, whereas the posterior surface of the lens is oblate which is consistent with the anatomical data.
目的观察犬肝脏解剖学特点，探索建立改良的犬同种异体原位背驮式肝移植模型。
Objective To investigate the anatomical features of canine liver and study whether a modified orthotopic piggyback liver transplantation can be established in canines.
脊髓完全横断模型的主要优点是操作相对简单，解剖定位准确，重复性好，损伤程度较恒定，功能障碍确定。
Spinal cord complete transection models have many advantages, such as simple and easy surgery, correct anatomical position, reproducibility, stable injury, and functional deficits.
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。
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.
结果 建立了兔股骨的完整三维模型，真实模拟了股骨的解剖形态。
Results Whole threedimensional model of rabbit femur was constructed. It simulated actually dissection form of femur.
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。
Results: the elementary visible hand model based on anatomical structures was established and main anatomical structures in the hand were exactly showed.
首次建立了定量表征了解剖指标、收缩和皱缩三者之间的相关数学模型；
The mathematics models of quantitative characterization anatomical index, shrinkage and collapse were established firstly.
结果：所构建髋臼模型共划分为121 239个结点、112 491个单元，客观反映髋臼真实解剖形态及生物力学行为。
Results: the constructed 3d acetabular model was clearly reflected the real acetabulum anatomy and biomechanical behavior, it was divided into 121 239 nodes, 112 491 units.
结果：所构建髋臼模型共划分为121 239个结点、112 491个单元，客观反映髋臼真实解剖形态及生物力学行为。
Results: the constructed 3d acetabular model was clearly reflected the real acetabulum anatomy and biomechanical behavior, it was divided into 121 239 nodes, 112 491 units.
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