1.Summary of Background Data. FEM has been reported to predict vertebral strength in vitro, but has not been used clinically.
背景资料概要：非线性有限元模型被报道来猜测体外的椎体强度，但尚未应用于临床。
2.It is possible that seeding from the superior sagittal sinus to the vertebra occurred by way of the vertebral venous system.
肿瘤细胞有可能是从上矢状窦经脊椎静脉系统转移到第三腰椎的。
3.Sometimes, in a case of dynamic DS the vertebral slipping cannot be seen on the standard supine radiographs or MRI.
有时在动态退行性椎体滑移时，标准的仰卧位放射检查或者MRI检查可能无法发现椎体滑移。
4.We present a case of a nine month old girl with an established diagnosis of vertebral osteomyelitis.
本病例的九个月岁女孩与一个既定诊断椎体骨髓炎。
5.The failure to recognize the peridural catheter as the cause of vertebral pain led to therapeutic delay in two cases.
不承认硬膜外导管的原因导致脊椎疼痛治疗延误两起案件。
6.Among the congenital vertebral anomalies, hemivertebrae are the most likely to cause neurologic problems.
在所有先天性脊柱畸形中，半椎是最容易导致神经疾病的。
7.This pose arches the back like the curve of a snake, toning and strengthening the vertebral muscles.
做这个姿势时如同一条蛇弓着背，伸展脊柱后背的肌肉。
8.Conclusion. New-onset vertebral compression fractures occurred repeatedly within a few years after vertebroplasty.
结论：在椎体成形术后几年内多次发生新的椎体压缩骨折。
9.At the time of diagnosis the patient had severe osteomalacia with multiple vertebral fractures of the thoracic and lumbar spine.
在确诊时患者有严重的骨软化症与多个椎体骨折的胸腰椎。
10.The vertebral body of the FEA model consisted of a solid tetrahedral core of trabecular bone surrounded by a cortical shell.
椎体的有限元模型包括了坚实的四面体核心，骨小梁周围有皮质外壳。