前纵韧带

方法取正常国人8具新鲜尸体颈椎C1-C4、C4-T1不同节段前纵韧带在ShimadzuAUTOGRAPH电子万能试验机上进行单向拉伸实验研究。

Methods Anterior longitudinal ligament of C1-C4 ? C4-T1 segments was obtained from 8 fresh Chinese cadavers to test their tensile strength using Shimadzu AUTOGRAPH electronic universal testing machine .

MRI的共同表现是前纵韧带、椎间盘、椎旁肌肉和韧带断裂征象；

The common MRI manifestations were ruptures of anterior longitudinal ligament , intervertebral disc , paraspinal muscles , and spinous process ligaments .

结果骶前纵韧带可承受拉力2～5kg。

Results The presacral vertical ligament was able to support 5 2 kg pulling force .

C组：10只，在B组的基础上切断C5~C6间前纵韧带。以BIM-II型撞击机在同样致伤条件下对这3组动物进行撞击实验。

In group C , anterior longitudinal ligaments between C 5 ~ C 6 were destroyed on the basement of management done in group B.All the dogs of the three groups were struck by the type of BIM-II biomechanical machine .

结果得出了前纵韧带C1-C4、C4-T1段的拉伸破坏载荷、伸长比、Lagrange张应力、Lagrange张应变、Euler应力、弹性模量等数据。

Results Mechanical properties of anterior longitudinal ligament of C1-C4 ? C4-T1 segments were obtained , including maximal tensile load and strain , Lagrange tensile stress and strain , Euler stress and elastic modulus With the least square method the stress and strain of the anterior longitudinal ligament of C1-C4 ?

颈椎前纵韧带及椎间盘损伤的影像学诊断

Clinical diagnosis for the injury of anterior longitudinal ligament and the cervical disc

保留前纵韧带植骨加内固定治疗脊柱爆裂骨折稳定性分析

Three Internal Fixations in Treating Spinal Burst Fracture with Bone Graft and Intact Longitudinal Ligament

保留前纵韧带的椎体间植骨术的稳定性实验研究

A biomechanical study of the stability of interbody strut bone graft with anterior longitudinal ligament intact

前纵韧带和最表层纤维环内常可见一些血管。

Anterior longitudinal ligament and surface of annulus fibrosus often the most visible some blood vessels .

不伴脊髓损伤的颈椎前纵韧带合并椎间盘损伤，可考虑早期行前路椎间盘切除融合术。

Early anterior discectomy and fusion should be done for cervical disc and longitudinal ligament injury without spinal cord injury .

两节段融合提高相邻运动节段前纵韧带应力峰值，平均要高于单节段融合者。

Two-level fusion increased ALL strain in the adjacent motion segments , on average , greater than single-level fusion did .

胸腰椎压缩性骨折患者过伸复位过程中前纵韧带动态力学的有限元分析

Dynamic biomechanics of anterior longitudinal ligament in the treatment of thoracolumbar spine compression fracture by hyperextending : A finite element analysis

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。

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

取成年猪新鲜胸腰椎脊柱6具，切断前纵韧带、椎间盘纤维环、后纵韧带，造成前中柱不稳定损伤15处。

Fifteen specimens with anterior and middle columns disrupted and posterior column intact were made from six fresh , frozen swine thoracic and lumbar spines .

目的研究垫枕治疗胸腰椎压缩骨折中胸腰椎椎体前缘和前纵韧带的力学分布状况。

Objective To study the mechanics distributed law of the anterior longitudinal ligament and anterior vertebra in the thora-co-lumbar spine when using the pillow to treat flexion fracture .

方法在35例颈椎病椎体次全切术中，将捆扎的植骨块镶嵌入骨槽后，缝合于两侧颈长肌上，再紧密缝合前纵韧带和两侧颈长肌加固。

Methods Tied bone graft was inlaid into the trench , then it was sewed to bilateral muscles longus colli , last anterior longitudinal ligament and muscles longus colli were tightly sewed for further stabilization in subtotal vertebrectomy of cervical spondylosis for 35 cases .

但在某些前、后纵韧带完整性已遭破坏的爆裂型骨折、脱位病例，推移复位法可作为AF内固定系统的必要补充。

But in the cases with burst fractures and disrupted anterior and / or posterior longitudinal ligaments , push reduction was complementary to AF internal fixation system .

X线表现是脊椎椎体骨质增生，前、后纵韧带及侧韧带骨化和骨桥形成；

The x & ray appearances were hyperostosis of the anterior and posterior margins of vertebral body , ossification of the anterior and posterior longitudinal ligaments , ossification of the lateral ligaments and formation of the ossify bridge .

尸体解剖结果表明：交感干直接分支到椎前筋膜和前纵韧带。

Result of autopsy indicated : sympathic trunk directly divides branches into prevertebral fascia and anterior longitudinal ligament .

方法：回顾性分析56例腰椎间盘前突或/和侧前突合并腰大肌和前纵韧带受累的CT表现。

Methods : CT findings of 56 cases with anterior herniation of lumbar intervertebral disc were reviewed retrospectively .

方法：通过横突前，沿横突、椎弓根和椎体腰部，严格的从骨膜下向前剥离，直达前纵韧带下方。

Methods : Through the anterior transverse process along the transverse process , pedicle and vertebral body waist from subperiosteal forward to stripped until the below of longitudinal ligament .

利用有限元软件Ansys的前处理功能，在脊柱模型骨性结构的基础上，补充建立终板、椎间盘、髓核、前纵韧带、后纵韧带、黄韧带、棘间韧带、棘上韧带等结构。

With the pretreatment function of finite element software Ansys the structure of lamina terminalis intervertebral discs nucleus pulposus anterior longitudinal ligament posterior longitudinal ligament ligamenta flava interspinal ligaments supraspinal ligament were established supplementarily based on the osseous structure of spinal model .