The results show that posterior height of vertebral body and Upper antero-posterior diameter of vertebral body are positive allometry.
结果表明，椎体后高、椎体上矢径呈正异速生长。
The researchers found that vitamin D supplements decreased the risk of non-vertebral fractures by 14 percent and of hip fractures by 9 percent.
研究人员发现，维生素D补充剂使非椎骨骨折的风险降低14%，使髋骨骨折的风险降低9%。
Therefore, the dwarf mutation in X. helleri is caused by the developmental defect in spinal column, and the vertebral malformation underlies the body type alteration anatomically.
因而推测，剑尾鱼的侏儒突变是由于脊椎的发育缺陷所致，椎体异常是其体型变化的结构基础。
Conclusions: Strut bone graft and artificial vertebral body implant combined with anterior, posterior or circumferential instrumentation is efficacious in reconstruction of spinal stability.
结论：应用椎体间植骨、人工椎体并辅以前、后路内固定可有效重建脊柱稳定性，促进患者术后早期康复。
The vertebral compression rate and restoring rate.
椎体高度压缩率和恢复率。
There were bony defect and sclerosis on the vertebral body edge.
椎体后缘有骨性缺损，缺损边缘硬化。
Severe cases may respond to surgical spinal cord decompression and vertebral stabilization.
严重病例可能需要脊髓减压和椎体稳定性手术。
BACKGROUND: Osteoporotic vertebral fracture is major fracture in post menopause women and aged women.
背景骨质疏松性脊椎骨折是绝经后妇女和老年女性最常见的骨折类型。
There are many approaches to vertebral augmentation surgery, including vertebroplasty or kyphoplasty.
有许多途径用于作椎体扩张术，包括椎体成形术和后凸成形术。
Methods180 patients with vertebral artery type cervical spondylosis were treated by rotational manipulation.
方法对180例椎动脉型颈椎病患者采用颈椎定位旋转手法进行治疗。
Objective: To explore the relationship of cervical dizziness and vertebral rotation, vertebral semi-unsteady.
目的：探讨颈性头晕与颈椎旋转、椎体半失稳间的关系。
The bone in these vertebral bodies demonstrates marked osteoporosis with thinning and loss of bony trabeculae.
椎骨明显的骨质疏松症，可见骨小梁薄弱甚至丧失。
Objective To discuss the method and effect of conservative treatment of senile osteoporotic vertebral fracture.
目的探讨老年骨质疏松性脊柱骨折保守治疗的方法及疗效。
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。
Objective. Evaluation of vertebral augmentation combined with interspinous decompression procedure in the same sitting.
目的：评估椎体加强术联合棘突间减压装置在同一病例中的应用。
Only 53 patients (16%) had a sensory level that was within 3 vertebral levels of the level of compression demonstrated on MRI.
只有53个病人(16%)的异常感觉水平在MRI判断的压迫水平的3个锥体范围内。
Wobbler disease is also known as cervical vertebral instability, cervical spondylomyelopathy, and cervical vertebral malformation.
摇摆病也称为颈椎不稳，脊髓性颈椎病和颈椎畸形。
It involves the removal of the vertebral body as well as the disc Spaces at either end, to completely decompress the cervical canal.
手术包括切除椎体及其相邻的椎间盘，以对椎管彻底减压。
Objective To observe the results of the metastatic tumor of spinal vertebra treated with replacement of the artificial vertebral body.
目的观察人工椎体置换治疗脊椎转移性肿瘤的疗效。
Objective:It summarized operative coordination measures of patients undergoing thoracolumbar vertebral pedicle screw internal fixation.
总结胸腰椎经椎弓根螺钉内固定的手术配合措施。
Objective. To investigate the characteristics and associated risk factors of new-onset vertebral compression fractures after vertebroplasty.
目的：对椎体成形术后新发椎体压缩骨折特点及相关的危险因素进行调查研究。
Study Design. This study investigates the effects of photodynamic therapy (PDT) on the structural integrity of vertebral bone in healthy rats.
研究设计：研究光动力疗法(PDT)对健康大鼠脊椎骨结构完整性的作用。
Our purpose of this study is to examine if a repeat PV is effective on pain-relief at the vertebral levels previously undergoing vertebroplasty.
我们的目的是检验重复PV手术是否对已行PV手术节段残留疼痛的缓解有效。
This section of the vertebral column shows prominent "lipping" of the vertebral bodies from osteophyte formation with degenerative osteoarthritis.
脊柱剖面显示退行性骨关节炎患者由于骨赘形成而使椎体呈现明显唇形变。
The cervical MRI vertebral arteriography could display the effect of side displacement and rotation of lateral masses of atlas on vertebral artery.
颈椎MRI椎动脉造影可显示寰椎侧移和旋转对椎动脉的影响；
MRI is a noninvasive technique that can also define vertebral slippage and neural element compression through cross-sectional axial and sagittal imaging.
MRI是一种非侵入性技术，它能通过轴向横截面及失状位成像明确椎体滑移以及神经结构受压情况。
MRI is a noninvasive technique that can also define vertebral slippage and neural element compression through cross-sectional axial and sagittal imaging.
MRI是一种非侵入性技术，它能通过轴向横截面及失状位成像明确椎体滑移以及神经结构受压情况。
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