Digitized Human brain Atlas is an important tool for visualization of medical images and investigation of brain science.
数字化人脑图谱是医学图象可视化及脑科学研究的重要工具。
AIM: to study the morphological features of the hepatic sectional anatomy of digitized virtual human database.
目的：研究数字化虚拟人体肝脏数据集图像中肝脏及肝脏管道结构特征。
The exploitation and application prospect of digitized virtual human.
数字化虚拟人体数据集的开发及应用前景。
Conclusion: the registration method of picking-up eigenvector and fast coordinate transformation is more applicable to register the dataset of digitized visible human.
结论：采用特征提取和快速坐标变换的配准方法可较好地应用于数字化可视人数据集的图像配准。
For example, the application of VR in digitized virtual human, the simulation of surgical operation, long-distance medical diagnosis, virtual hospital, higher medical education technology and so on.
探讨了虚拟现实技术在现代医学中的应用范围，如：虚拟人体的应用、虚拟外科手术模拟、远程医疗、虚拟医院以及高等医学教育等。
In 2003, the 208th Xiangshan Science Conference was held and again pushed forward the research and application of the Chinese Digitized Virtual Human.
2003年第208次香山科学会议的召开，再一次向前推动了中国数字化虚拟人的研究与应用。
Objective to establish digitized visible model of the laryngeal cartilages of the visible human, providing morphological data for image diagnosis and laryngectomy.
目的提供数字化可视人体有关喉软骨横断面的形态学资料和数字化可视模型，为影像学诊断及喉外科手术治疗提供形态学依据。
Objective: To build digitized visible model of the female pelvic floor of the Chinese visible human.
目的：建立中国人体女性盆底部局部可视化数字模型。
Objective To build digitized visible model of the male pelvic floor of the Chinese visible human.
目的建立中国人体男性盆底局部可视化数字模型。
Objective To build digitized visible model of the female pelvic of the Chinese visible human.
目的建立中国女性盆腔三维可视化数字模型。
Objective To build digitized visible model of the ear of the Chinese visible human and explore the role of virtual endoscopy of the inner ear.
目的建立人体耳部可视化数字模型，探索虚拟耳内窥镜在内耳解剖研究中的作用。
Conclusions: The visible human model can provide 3-d morphological data for diagnosis and treatment of some diseases of hand, as well as provide digitized model for virtual reality.
结论：可视化手模型为手部某些疾病的诊断和治疗提供了三维的形态学资料，也为虚拟现实技术提供了数字模型。
Conclusions: The visible human model can provide 3-d morphological data for diagnosis and treatment of some diseases of hand, as well as provide digitized model for virtual reality.
结论：可视化手模型为手部某些疾病的诊断和治疗提供了三维的形态学资料，也为虚拟现实技术提供了数字模型。
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