枢椎

na.dentata; epistropheus; axis

网络释义：The axis; axis vetebra dentata; atlantoaxial

网络释义

na.1.dentata; epistropheus; axis

1.axis avulsion of scalp 头皮撕裂伤 axis 枢椎 axo-axonal synapse 轴-轴突触 ...

2.epistropheus epistome 口上突 epistropheus 枢椎 epithalamus 丘脑上部 ...

3.dentata Denny-Brown neuropathy 遗传性感觉神经根神经病 dentata 枢椎 dentate gyrus 齿状回 ...

4.The axis ... 图1-14 寰椎 The atlas．Superior aspect 图1-15 枢椎 The axis．Superior aspect ...

5.axis vetebra dentata ... 轴牵引钳 axis traction forceps 枢椎 axis vetebra dentata 轴突-轴突突触 axo-axonal synapse ...

6.atlantoaxial cranial vertebra 颅椎：有人将颅骨与面骨视为变形椎骨 vertebra dentata 枢椎：第二颈椎，同 dorsal vertebrae 胸椎：同 ...

1.To resolve the problem of the point and direction of the fixation of Axis lateral arch screw, using navigator finds the safe trajectory.针对枢椎侧方椎弓螺钉固定时确定进针点和进针方向困难的问题，通过导航仪寻找安全钉道。

2.Atlantoaxial dislocation with high spinal cord compression is a common disease, which endangers peoples health and is difficult to treat.寰枢椎脱位伴高位脊髓压迫症是危害人们健康的常见病，治疗较为棘手。

3.Objective To provide anatomical data for the pathological mechanism of atlantoaxial rotatory deformity in children.目的探讨小儿寰枢椎旋转畸形发病机制的解剖学依据。

4.Objective: To investigate the clinical manifestations and treatment of atlantoaxial subluxation in children.目的：探讨儿童寰枢椎半脱位临床特点及治疗体会。

5.Objective To evaluate clinical results of anterior plate internal fixation in the treatment of traumatic spondylolisthesis of axis (TSA).目的评价C2、C3椎体间植骨、钢板内固定治疗创伤性枢椎前滑移的临床价值。

6.Objective: To evaluate the clinical effects of posterior cervical fusion in treating atlantoaxial instability.目的：探讨枕颈和寰枢后路融合术治疗寰枢椎不稳的临床疗效。

7.There was relative displacement between the atlas and axial vertebrae in 5 patients.5例患者寰枢椎间术后较术前存在相对位移变化。

8.Objective To search for the best method for child semiluxation of circo-axis vertebrae.目的寻找治疗小儿环枢椎半脱位的最佳疗法。

9.OBJECTIVE: To evaluate the three-dimensional CT reconstruction in diagnosis and treatment of traumatic atlantoaxial destabilization.目的：观察三维CT重建成像在诊断和治疗创伤性寰枢椎失稳的作用。

10.Results: The model can offer the optimal distance between the neural arch of atlas and axis.结果：回归模型的计算机界面能够提供寰枢椎弓融合的最佳距离。