目的对前床突及床突间隙进行显微外科解剖学研究，为手术入路提供解剖学基础。
Objective to study the microsurgical anatomy of the anterior clinoid process and the clinoid process interspace, and provide anatomical basis for operative approach.
目的研究下鼓室窦的形态及变异，为下鼓室及迷路下显微外科手术提供应用解剖学资料。
Objective To provide applied anatomic data for the microsurgery of hypotympanum and infralabyrinthine by studying the shape and variation of hypotympanumic sinus.
目的：研究下颌骨的血供，为有关下颌骨的外科临床提供解剖学基础。
Objective:To observe the blood supplies system of the lower jaw bone and provide anatomical basis for clinical surgery of mandible.
临床外科是应用解剖学研究的主战场。
Clinical surgery should be the main research field in clinical anatomy.
研究数据为显微外科学和介入放射学提供解剖学依据。
The above datas provides anatomical evidence for microsurgery and interventional radiology.
以此进行三维重建和虚拟手术的研究，有益于肝脏解剖学和肝脏外科的研究。
And research on digitized virtual liver and virtual hepatic surgery may be beneficial to the development of the hepatic anatomy and surgery.
目的：研究视神经管的显微外科解剖，为视神经管减压术提供解剖学依据。
Objective:To investigate the microsurgery anatomy of optic canal and provide detailed anatomical data for optic canal decompression.
布鲁塞尔的一位叫韦萨里斯的外科医生和法国的一位外科医生帕雷都于16世纪研究了解剖学。
A surgeon in Brussels called anDreas Vesalius and a French surgeon called Ambroise Pare both studied anatomy in the 16th century.
应用显微外科解剖学及光镜与电镜观察方法，研究了股薄肌的肌外血管应用解剖及肌内血管三维构筑的特点和规律。
The extramuscular and the intramuscular vascular supplies of the gracilis muscle were studied by method of microsurgical anatomy and light and scanning electron microscopy.
本文对现代解剖学、生理学及外科学研究得出的关于大脑前额的结构与功能进行了探讨。
It discuss the modern anatomy, physiology and surgery to learn a research in this thesis the concerning the brain structure of the ex-sum and some new meaning of the function of carry on a study.
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。
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。
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.
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