结果枕颈交界区显微解剖结构复杂。
Results Microanatomy in the occipital and cervical joint region were complicated.
目的：为神经外科提供显微解剖学资料。
目的：为颅底外科提供展神经的显微解剖学资料。
Objective: To provide applied anatomical data of abducens nerve for the skull base surgery.
目的为临床神经外科提供鞍区显微解剖和解剖参数。
Objective to provide the microanatomy of sellar region for the clinical neurosurgery.
目的为大脑岛叶区域的手术操作提供显微解剖参数。
Objective to provide the microanatomy for surgical operation in the region of the insula.
目的研究小脑后下动脉(PICA)的显微解剖结构。
Objective to study the microsurgical anatomy of the posterior inferior cerebellar artery (PICA).
目的为经岩骨入路手术中保护迷路提供显微解剖学资料。
Objective To obtain more detailed anatomic information about the protection of the labyrinth with the transpetrosal approach.
目的探讨大脑浅静脉吻合静脉的显微解剖及其临床应用。
Objective to study the microanatomy of the anastomotic veins of superficial cerebral veins and discuss its clinical application.
研究者运用了显微解剖技术来分离每个标本中的微输乳管。
The researchers used microdissection techniques to isolate tiny milk ducts in each sample.
表明水分亏缺显著改变了小麦穗轴维管束系统的显微解剖结构。
It showed that the vascular bundle system of rachis in wheat changed apparently under water deficit.
方法在手术显微镜下观测15个头颅标本视交叉池的显微解剖。
Methods Chiasmatic cisterns were observed in 15 cadaveric human heads under an operating microscope.
目的：为经眼上静脉行海绵窦动静脉瘘栓塞提供显微解剖学依据。
Objective:To provide microanatomy data for treatment of carotid-cavernous sinus fistulas using a superior ophthalmic vein approach.
方法：对50个头部标本的鞍区正常垂体以及鞍隔孔的显微解剖观测。
Methods: 50 cadaveric head specimens were observed of the pituitarium and seller septal foramen in sella turcica region.
方法模拟4个手术视角，在14例尸体标本上作28个间隙的显微解剖。
Methods Microsurgical anatomy of 28 Spaces was achieved at 4 operative angles using 14 cadaveric heads.
方法采用显微解剖法分离出耳蜗血管纹，组织块培养法进行体外培养。
Methods Cochlea stria was separated by micrergy from guinea pigs and the stria tissue nubbles were cultured in vitro.
结论：熟悉肌锥间隙的显微解剖，对影像诊断，麻醉及手术均有重要意义。
Conclusion: the microsurgical anatomy data of the muscular cone space are obtained, which has great significance for imaging diagnosis, anaesthesia and operation.
目的：探索胸交感干及其周围的显微解剖，为交感干切断术提供解剖学依据。
Objective:To provide an optimal secure method for procedure of sympathectomy through observing microanatomy of the upper thoracic sympathetic trunk and its adjacent structures.
目的进行内镜辅助下眉外侧锁孔入路的显微解剖学研究，探讨其临床应用价值。
Objective to study the microanatomy of endoscope-assisted pterional keyhole approach with a skin incision of lateral eyebrow, and explore its useful value in clinics.
方法：运用显微解剖技术和体质测量方法，采取CT扫描与三维ct重建技术。
Methods: Microsurgical technique, body-measuring method, scanning of ct and 3dct reconstruction technique were used.
目的探讨听神经瘤涉及的面神经段的显微解剖，为听神经瘤手术提供解剖学数据。
Objective to study the microanatomy of facial nerve related to acoustic neuromas so as to provide the anatomic data and the techniques of intraoperative protection of facial nerve for surgery.
目的：研究臂丛椎管内前后根的显微解剖，为臂丛撕脱伤的诊治提供解剖学基础。
Objective: to provide anatomical basis for diagnose and treatment of roots avulsion of brachial plexus.
方法在熟悉小脑延髓沟显微解剖结构的基础上，临床上经此沟入路切除肿瘤7例。
Methods After reviewing the micro-anatomy of the cerebellomedullary fissure, 7 patients were operated via transcerebellomedullary fissure approach.
方法：对0～3岁正常儿童和唇裂患者的头部标本做显微解剖及铸形和透明标本。
Methods:The microdissection, vessel cast and transparent were carried out on the 0~3 year old cephalocervical specimens of the normal and the specimens with unilateral cleft lip.
目的研究内镜辅助眉间鼻根锁孔入路(GNKA)的显微解剖和显露范围，为临床应用作准备。
Objective to study the detailed microanatomy of endoscope assisted glabellar nasial keyhole approach (GNKA), preparing for its clinical application.
运用大体解剖法、显微解剖法、组织切片法等方法研究了几种典型淡水肉食性鱼类的摄食形态学特征。
Feeding morphological characters of several species of typical freshwater predatory fishes were studied by means of general dissection, micro dissection and tissue sections.
用显微解剖术和扫描电镜方法观察第11～21期鸡胚鳃器官的形态结构．鸡胚鳃器官由4对鳃弓、鳃沟、鳃膜和咽囊组成。
The morphogenesis of the branchial apparatus was examined by scanning electron microscopy in chick embryos from stages 11 to 21.
经过十多年的努力，研究了2万个电子显微镜下蛔虫的解剖结构横截面，怀特博士精准计算出了302个神经元是怎样连接起来的。
After more than a decade's labor, which required examining 20, 000 electron microscope cross sections of the worm's anatomy, Dr. White worked out exactly how the 302 neurons were interconnected.
经过十多年的努力，研究了2万个电子显微镜下蛔虫的解剖结构横截面，怀特博士精准计算出了302个神经元是怎样连接起来的。
After more than a decade's labor, which required examining 20,000 electron microscope cross sections of the worm's anatomy, Dr. White worked out exactly how the 302 neurons were interconnected.
经过十多年的努力，研究了2万个电子显微镜下蛔虫的解剖结构横截面，怀特博士精准计算出了302个神经元是怎样连接起来的。
After more than a decade's labor, which required examining 20,000 electron microscope cross sections of the worm's anatomy, Dr. White worked out exactly how the 302 neurons were interconnected.
应用推荐