可视人数据集是人体解剖结构的基础信息数据集。
The visual human data set is the fundamental data set for anatomical information of the human body.
艺用人体解剖学是通过剖析正常的人体组织，从中获得对人体造型结构，表情及运动规律的科学知识。
The skill with the anatomy is through the analysis normal body tissue, obtains to the human body modeling structure, the expression and the law of motion scientific knowledge.
医学界为了更好的了解人体结构，往往通过解剖以找出生病的原因。
Medical science researches are helpful in knowing about the body structure. Through dissection they may find the reason of disease.
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.
人体结构的描述是以人体解剖方位的设想为基础的。
All descriptions of the human body are based on the assumption that the person is in the anatomical position.
解剖学是研究人体结构的科学。
核磁共振成像是一种先进的医学成像技术，它可以提供有关人体软组织解剖结构丰富的信息。
MRI (Magnetic Resonance imaging) is an advanced medical imaging technique providing rich information about the human soft tissue anatomy.
结果快速清晰地显示出人体器官的解剖结构，对器官的切割可以基于鼠标任意操作。
Results We reconstructed the human organs configuration quickly and cut them arbitrarily based the mouse.
人体解剖学是研究正常人体形态结构的科学。
Human Anatomy is a science studying the morphological structure of normal human body.
局部解剖学是在人体系统解剖学的基础上，着重研究人体局部由浅入深的组成结构、形态特点及其层次和毗邻关系的解剖学。
The Regional Anatomy deals with the form, position, and relationship of the structures of several systems located in a particular region of the body.
局部解剖学是在人体系统解剖学的基础上，着重研究人体局部由浅入深的组成结构、形态特点及其层次和毗邻关系的解剖学。
The Regional Anatomy deals with the form, position, and relationship of the structures of several systems located in a particular region of the body.
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