To study and design a kind of lumbar zygapophysial joint fusion cage

腰椎 关节 突关节融合器的研究与设计

After artificial cervical intervertebral disc replacement the strain of C4 C5 and C4-5 zygapophysial joints under all kinds of postur and loading was slightly smaller than that of normal cervical vertebra ( P > 0.05 ) .

人工颈椎间盘置换后，C4，C5和C4～5 关节 突关节在各种体位及载荷下均较正常颈椎的应变略小（P>0.05）。

A biomechanical study on pressure changes of zygapophysial joints after cervical spine anterior operations

颈椎前路手术后 邻近 节 段运动变化的生物力学研究

The animal test showed zygapophysial joint play an important role in interbody fusion .

动物实验表明 切除 单侧 关节 突关节 将显著影响椎间融合。

Measurement and evaluation of sagittal inclination angle of zygapophysial joints and

腰椎 关节 突 关节及 椎 弓 峡部 裂 间隙矢状倾角测量和价值

After cervical intervertebral disc prosthetic replacement the strain value of C4 C5 and C4-5 zygapophysial joints slightly decreased than that of normal group ( P 0.05 ) .

颈椎间盘假体置换后，C4，C5和C4～5 关节 突关节的应力值较正常组略减小（P0.05）。

Influence of unilateral zygapophysial joint resection on intervertebral fusion

单侧 关节 突关节切除对腰椎间融合 器 长期融合 效果的影响

Effects of Wallis Posterior Dynamic Stabilization System on the Range of Motion of Lumbar Spine and the Stress of Zygapophysial Joints

Wallis棘突间固定对腰椎活动度和 关节 突 关节 内 压的影响

For discogenic low back pain and zygapophysial joint pain can play a definite role in the diagnosis and differential diagnosis .

对于椎间盘源性、 关节 突源性的疼痛诊断的可以起到明确诊断和鉴别诊断作用。

Zygapophysial joint syndrome is one of the causes of chronic cervical and low back pain .

小 关节综合征是导致颈部、腰背部慢性疼痛的病因之一。

The relationship between the shape and area of cervical zygapophysial joint facet and cervical vertebral disease

颈椎 间关节面的形态和面积与颈椎病的关系

Treatment of dislocation of bilateral zygapophysial joints of cervical vertebrae with method of Three-step reduction

三步法复位颈椎双侧 关节 突关节脱位

The elements of cartilages and contact pairs were constructed on the joint surfaces of the zygapophysial joints to simulate contact behavior of joints .

在关节 突 关节处 添加 不同 厚度的软骨单元和接触对，模拟关节接触的 力学行为。

The Clinical Applied Anatomy of Lumbar Zygapophysial Joints and Govern Nerves

腰椎 关节 突关节及支配神经的临床应用解剖

Objective : To measure the angles of zygapophysial joints and to investigate their internal regularity on lumbosacral vertebrae in order to provide the morphological data for clinical application .

目的：探讨腰骶椎 关节 突关节角的内在变化规律，为临床应用提供形态学依据。

Objective To investigate the role of transforming growth factor β( TGF - β) in the regulation of the gene expression of matrix metalloproteinase-13 ( MMP-13 ) in the human hyaline chondrocytes of zygapophysial joint of the cervical vertebrae .

目的探讨转化生长因子β（TGF-β）对人的颈椎 关节 突关节透明软骨细胞基质金属蛋白酶13（MMP-13）基因表达的作用，旨在阐明颈椎退行性变的相关发生机理。

Objective To explore the biomechanical mechanism of long-term complication of cervical spinal operations by measuring pressure changes of zygapophysial joints using pressure sensitive film ( PSF ) after cervical spine anterior operations .

目的利用压敏片（PSF）技术，测量颈椎前路手术后 关节 突 关节内压力的变化，探讨颈前路手术后远期 邻近 节 段退变的生物力学发病机制。

Conclusion : The ipsilateral articular capsule ligamentum flavum and anterior longitudinal lig are important to the stability of cervical zygapophysial joints .

结论：关节突关节的关节囊、黄韧带和前纵韧带是 维持颈椎 关节 突 关节稳定性的重要结构。

In recent years ultrasound as a non-radioactive convenient real-time technology was found to be able to guide the interventional diagnosis and treatment of zygapophysial joint syndrome .

近年来，由于超声无辐射、便捷、可实时观测等优点，其作为引导工具被应用于 脊椎 小 关节综合征的诊断和治疗中。