翼点入路,Pterional approach
1)Pterional approach翼点入路
1.Microsurgical removal of sellar region tumors via pterional approach: a report of 46 cases;经翼点入路显微手术切除鞍区肿瘤46例
2.Anatomical observation of interspace lateral to interal carotid artery via pterional approach under different visual angles;经翼点入路颈内动脉外侧间隙的临床解剖
3.Modified pterional approach based on imaging characteristics for removal of invasive pituitary adenomas;基于影像学特征修正翼点入路显微手术治疗侵袭性垂体腺瘤
英文短句/例句

1.Microsurgical removal of pituitary adenoma via transpterional approach (a report of 44 cases)经翼点入路显微手术治疗垂体瘤44例体会
2.Observations on Anatomic Changes of Opticocarotia Triangle in Operations by Pterional Approach;经翼点入路视神经—颈内动脉间隙病理解剖观察
3.Resection of Large and Huge Sphenoid Ridge Meningiomas via Modified Pterional Approach;改良翼点入路切除大型及巨大型蝶骨嵴脑膜瘤
4.Evaluate the Clinical Effection of Two Dissociate in the Pterion Approach;翼点入路两种肌皮瓣分离方式的比较分析
5.Establishment of a cat model of acute optic nerve injury via pterional approach应用翼点入路构建猫急性视神经损伤动物模型
6.Surgical treatment through pterional approach amplification for sylvian fissure contusion of brain扩大翼点入路手术治疗对冲性侧裂区脑挫裂伤
7.Postoperative Nursing Care for Patients with Invasive Pituitary Adenomas Undergoing Pterional Craniotomy翼点入路切除侵袭性垂体腺瘤的术后护理
8.Microsurgery Through Modified Pterional-Approach for Fronto-temporal Severe Contrecoup Injury扩大翼点入路治疗对冲性额颞部重型颅脑损伤
9.The TRR in 6 patients with the pterional approach was 67% and one case died of internal carotid injury.6例翼点入路组全切除率 67% ,1例因颈动脉损伤而死亡。
10.The Anatomical Study of the Operating Spaces in Sellar Region via Pterional Approach under Different Visual Angles;翼点入路不同视角下鞍区手术间隙的解剖学研究
11.Microsurgical Anatomy and Clinical Applied Study of Internal Carotid Artery upper Space from Pterional Approach;经翼点入路颈内动脉上间隙的显微解剖和临床应用研究
12.The Diagnosis and Microneurosurgical Treatment via Improved Pterional Way to the Invasive Pituitary Adenomas侵袭性垂体腺瘤的诊断及经改良翼点入路的显微外科治疗
13.Microsurgery through Transfronto-venteicular Approach Combined with Pterional Approach for Craniopharyngiomas Both Inside and Outside the Third Cerebral Ventricles经额侧脑室联合翼点入路显微切除第三脑室颅咽管瘤
14.Microsurgical anatomy on A1 segment of anterior cerebral artery and anterior communieating artery and their perforating arteries through pterional approach经翼点入路大脑前动脉A1段和前交通动脉及其穿通支的显微解剖
15.Analysis of Causes of Damage to Eyesight and Visual Field after Microsurgery through Pterional Approach for Large Pituitary Adenomas经翼点入路切除大型垂体腺瘤术后视力、视野受损原因分析
16.Influence of raising frontal lobe on sellar region operation's exposure via pterional approach翼点入路鞍区手术上抬额叶对鞍区显露面积的影响
17.Microsurgical Anatomy of Pterional Approach on A_1 Segment of Anterior Cerebral Artery and Anterior Communieating Artery and Their Perforating Arteries经翼点入路大脑前动脉A_1段和前交通动脉及其穿通支的显微解剖研究
18.Microsurgery through Pterional Keyhole Approach for Tumors in Sellar Regions翼点锁孔入路显微手术切除鞍区肿瘤
相关短句/例句

Pterion approach翼点入路
1.Microsurgical removal of 8 cases of large craniopharyngiomas through pterion approach;翼点入路显微手术切除巨大复杂颅咽管瘤8例
2.Microsurgical treatment of sphenoid ridge meningiomas via pterion approach;经翼点入路切除蝶骨嵴脑膜瘤16例分析
3.Modified pterion approach in the treatment of cerebral contusion and hematoma at the base of skull:A report of 78 cases;改良翼点入路治疗颅底脑挫伤及血肿78例分析
3)transpterional approach翼点入路
1.Quantitive study of range of exposure to sellar region by transorbital keyhole approach and transpterional approach;眶上锁孔及翼点入路对鞍区显露范围的定量研究
2.Technic of modified transpterional approach and its clinical application;改良翼点入路操作技术及其临床应用
3.Objective To summarise the clinical experience on transpterional approach for treatment of procirculated aneurysm by microsurgery.目的总结翼点入路显微外科技术治疗颅内前循环动脉瘤的临床体会。
4)transpterional approach经翼点入路
1.Objective To explore the relationship of Heubner recurrent artery with surrounding structures, and provide microanatomical data for transpterional approach.结论Heubner回返动脉的识别并明确其与大脑前动脉A1段、额极动脉以及额眶动脉的关系,对经翼点入路的手术安全显露术区,避免损伤重要的血管和神经结构具有重要意义。
5)pterion keyhole approach翼点锁孔入路
6)pterional approach amplification扩大翼点入路
1.Objective To explore the value of pterional approach amplification in the treatment of severe head injury in local hospitals.目的探讨基层医院应用扩大翼点入路治疗重型颅脑损伤的临床价值。
延伸阅读

CATIA中调入数据点的方法 catia可以以点云的形式调入数据点,但是点云形成的曲面片体无法进行剪裁、等距、增厚等处理。如果就是想用点云的话,那么就由点云形成点云曲面片体,再通过参考面与点云曲面片体相交形成曲线,此时的曲线也不能进行loft处理,那么再求过此时的曲线上一定点的曲线,这是的曲线可以进行loft等处理。这种方法得到的曲面有一定的误差。我们可以交流这种方法。 点云的方法无法处理一条曲线点。 其实,还有一种更好的方法,那就是把点当成catia的特征点调入。用catia生成仅仅含有几个点的文件,存成iges文件,比较一下iges文件的内容,你就发现那是很有规律,我们可以通过编程的手段,把一系列的数据点形成iges文件格式,然后用catia直接打开即可。iges文件就是一个文本文件,可以用任意文本编辑器打开,推荐用windows自带的写字板,欢迎交流。