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1·The objective is to observe the expression of MMP-1and TIMP-1 in nucleus pulposus cells of intervertebral disc degeneration.

目的是测定 MMP-1 及 TIMP-1 在人退变椎间盘髓核中的表达。

2·The degree and type of intervertebral disc protrusion were observed.

观察椎间盘突出的程度及类型。

3·Mesenchymal stem cells; Intervertebral disc; Retrograde degeneration.

间质干细胞；椎间盘；逆行变性。

4·Objective To explore MRI diagnostic value of intervertebral disc infection.

目的探讨MRI对感染性 椎间盘炎的诊断价值。

5·Objective To explore MRI diagnostic value of intervertebral disc infection.

目的探讨MRI对感染性椎间盘炎的诊断价值。

6·In addition, the waist cushion and armrest, also can reduce the intervertebral disc pressure.

除此之外，腰垫和扶手也可以减少椎间盘的压力。

7·Objective To discuss why the Collagenase cure the intervertebral disc disease but not effective .

目的探讨胶原酶对部分椎间盘突出病人治疗无效的原因。

8·Application of Mackenzie's treatment in the nursing care of prolapse of lumbar intervertebral disc.

麦肯基疗法在腰椎间盘突出症护理中的应用。

9·Percutaneous laser disc decompression; Subarachnoid root block; Lumbar intervertebral disc protrusion.

经皮激光椎间盘减压；神经根阻滞；腰椎间盘突出。

10·Such specific structural properties may be needed to meet specific function of the intervertebral disc.

此为椎间盘的一个结构特性，以满足椎间盘的特殊功能的需要。

椎间盘

1·FSU consists of two adjacent vertebrae, the intervertebral disc and all adjoining ligaments between them and excludes other connecting tissues such as muscles.

一个FSU包括相邻的两个椎体及两者间的椎间盘和所有韧带，但不包括肌肉等连接组织。

2·AIM: To discuss the relationship between the abnormal element metabolism and intervertebral disc.

目的：探讨异常元素代谢与椎间盘之间的关系。

3·Objective:To study the relationship between the end-plate calcification and cervical intervertebral disc degeneration and vertebral osteophyte formation.

目的：研究颈椎软骨终板钙化与颈椎间盘退变和颈椎椎体骨赘形成的关系。

4·Objective: to provide an anatomical basis for the design of artificial intervertebral disc.

目的：为人工椎间盘的设计提供解剖学基础。

5·Result: After the tissue of intervertebral disc entered the epidural space, it would contact the blood system and be absorbed by the T-cell and monocytes in the blood system gradually.

结果：脱出的椎间盘组织进入硬膜外腔后接触血液系统，逐渐被血液系统中的T细胞及单核细胞清除吸收。