查询词典 sciatic foramen

There were two layers of tissue in the pterygopalatine fossa,they are posteromedial nerve layer and anterolateral vessel layer.The distance from the internal carotid artery to the sphenopalatine foramen was 16.4±3.3 mm.

结果：蝶腭孔、圆孔、翼腭裂距离前鼻嵴的距离分别为(62.3±2.7)、(64.2±4.8)、(51.5±0.6) mm，翼腭窝内的结构可以分为在后内的神经层和在前外的血管层，颈内动脉与蝶腭孔之间的距离为(16.4±3.3) mm。

Methods There were 12 cases, 10 of them were corpse specimens, the other 2 were clinic cases. Firstly we dissociate the contralateral C7 root from the intervertebral foramen to its divisions, secondly we set up a tunnel between the cone and the anterior scalenus, thirdly we moved the C7 root to the gap between the thyroid and the opposite carotid theca through the mentioned tunnel, then we dissociate the injured brachial plexus extensively, lastly we anastomose the contralateral C7 and the injured inferior trunk.

尸解10例，临床应用2例，将健侧颈7神经近端游离至神经根孔，远端游离至前后股处，于前斜角肌后椎体前建立通道，将健侧颈7神经引导至患侧颈血管鞘和甲状腺间隙处，然后患侧行下干、内侧束、尺神经、及正中神经内侧头广泛游离，患侧屈肘屈肩关节后，将健侧颈7神经直接与患侧下干无张力下吻合。

The distance from the inforior pole sphenoidal sinus aperture to the sphenopalatine foramen was (12.20±1.10,8.10-16.35) mm.

蝶窦口是经蝶窦蝶鞍区手术的重要标志；开放蝶窦时宜从蝶窦口内下方开放，以免损伤蝶胯动脉。

The position, shape,size and their correlational data of sphenopalatine foramen of 5 cadaver heads (10 sides) in adults fixed with formalin were dissected and measured.

选用5具(10侧)固定后的成人尸颅进行位置、形状、大小及毗邻关系的观察与有关数据的测量。

Results: The distances from the root of columella nasi to the inforior pole of sphenoidal sinus aperture and the sphenopalatine foramen were (60.40±3.21,58.10-72.76) mm and (62.14±1.93,59.50-73.40) mm, respectively.

结果：鼻小柱根部至蝶窦口下极及蝶腭孔的距离分别为(60.40±3.21，58.10~72.76)mm和(62.14±1.93，59.50~73.40)mm；蝶腭孔至蝶窦口下极的距离为(12.20±1.10，8.10~16.35)mm，在蝶腭孔处蝶腭动脉的外径为(1.99±0.13，1.50~2.80)mm；蝶窦口下极至鼻中隔后上动脉及鼻中隔后下动脉的距离分别为3.49±0.24，2.78~5.20）mm和(6.42±1.08，4.30~8.50mm。

Results:77.5% of sphenoid ostia can be identified by endoscope directly.The distances from sphenoid ostia to the superior and lateral wall of sphenoid sinus,the foramen of sphenopalatine artery,the anterior wall of sella,posterior nasal septum and nasal column were 9.6±4.1 mm,9.2±1.8 mm,11.1±1.6 mm,14.7±3.6 mm,3.6±0.5 mm and 61.6±3.7 mm respectively.

结果：77.5%的蝶窦口内窥镜直接窥见，窦口距离蝶窦顶壁、外壁、蝶腭动脉孔、鞍前壁、鼻中隔后端分别为8.6±3.1 mm、9.2±1.8 mm、11.1±1.6 mm、14.7±3.6 mm、3.6±0.5 mm，距离鼻小柱根部前缘61.6±3.7 mm，与鼻底夹角31.8°±5.2°。

METHODS: The neonatal and adult rats facial nerve was ligated at stylomastoid foramen.

于新生及成年大鼠茎乳孔处结扎面神经，于3， 7， 14， 21， 28， 56， 84 d采用NADPHd组织化学方法观察NADPHd阳性细胞在面神经核中的变化。

Methods Ligation of facial nerve outside stylomastoid foramen with 3-0 silk, observation of histopathological changes of facial nerve on the 1st day, 3rd day and 5th day after ligation.

用丝线结扎茎乳孔以外的面神经总干，观察结扎后1天、3天及5天面神经的组织病理改变。

Methods: We operated on ten adult cadaver heads(20 sides)fixed in 10% formalin by mimicking the approach combined transmastoid and middle cranial fossa under surgical microscope,exposed the facial nerve from cerebellopontine angle segment to stylomastoid foramen, the different segment and anatomic landmarks of facial nerve and its surroundings were observed and measured.

对 10 列(20 侧)10%福尔马林固定的成人头颅湿标本模拟经乳突联合颅中窝径路暴露面神经从桥延沟到茎乳孔全程，对面神经各段及其毗邻结构进行观测。

Methods: We operated on ten adult cadaver heads(20 sides)fixed in 10% formalin by mimicking the approach combined transmastoid and middle cranial fossa under surgical microscope,exposed the facial nerve from cerebellopontine angle segment to stylomastoid foramen, the .

对 10 列(20 侧)10%福尔马林固定的成人头颅湿标本模拟经乳突联合颅中窝径路暴露面神经从桥延沟到茎乳孔全程，对面神经各段及其毗邻结构进行观测。

You can snipe the second and third union leaders from this position.

您可以鹬第二和第三工会领袖从这一立场出发。

Aiming at the currently shortage of XML streams quality detecting, this paper proposes a new forecasting method of XML streams quality by least squares support vector machines, which is used the method of XML keys' vector matrix as windows, and vector product wavelet transform to multilevel decompose and refactor the XML streams series, that can fulfill real-time checking demand of XML quality, and ensure constraint, consist- ency and integrality. For even more adapting net load, it proposes a control strategy by weight and adaptive adjustment to ensure XML streams quality.

针对当前XML数据流质量检测存在的不足，提出构建XML键的矢量矩阵作为窗口，利用矢量积小波变换多级分解与重构XML数据流，再结合最小二乘支持向量机对XML数据流质量进行预测的一种方法，满足XML数据流质量重构时实时检测的要求，保证XML数据的约束性、一致性与完整性；为了更好的适应网络负载，采取加权与自适应窗口调整等调度策略充分保证XML数据流的质量检测。