1.
Experimental Study on Bone Regeneration after Laminectomy and the Establishment of the Lumbar Spinal Stenosis Animal Models;
椎板再生的研究与椎管狭窄动物模型的制作
2.
Clinical Analysis of 26 Cases of Unilateral Hemilaminectomy Approach Combined with Bone Replantation in the Microsurgical Treatment of the Spinal Cord Tumors
半椎板入路脊髓肿瘤切除后椎板再植26例临床分析
3.
The Outcome Obsevation of Lumbar Lamina Osteotomy and Replantation Discectomy in Treating Lumbar Disc Herniation;
腰椎板截骨再植髓核摘除术治疗腰椎间盘突出症的疗效观察
4.
Anatomic Basis and Biomechanical Evaluation of Distractive Laminoplasty for Lumbar Spinal Stenosis;
腰椎板间撑开减压椎管成形术的解剖基础与生物力学评价
5.
Biomechanical and Clinical Evaluation of Lumbar Lanminotomy and Replantation;
腰椎板截骨原位回植术后腰椎生物力学及临床研究
6.
Structure of Lumbar Vertebral Endplate and Its Biomechanical Properties and Clinical Significance;
腰椎椎体终板的结构和生物力学特征及临床意义
7.
Biomechanical Effects of Intersegmental Stability Due to Cervical Laminectomy and Facetectomy;
椎板切除及小关节切除对颈椎节间稳定性影响的生物力学研究
8.
reclaimed plastics bars and rods, plates and piles
再生塑料杆、板和桩
9.
reclaimed plastics plate and rood for tree protection
再生塑料护树板和杆
10.
reclaimed plastics drain pipe panel for road
公路用再生塑料排管板
11.
EFFECT OF STAPLE ON GROWTH RATE OF VERTEBRAL GROWTH PLATES IN GOAT SCOLIOSIS
Staple对侧凸山羊椎体生长板生长率的影响
12.
Peripheral neuropathy also occurs with demyelization and degeneration of the axis cylinder.
随着骨髓的枢椎管的再生作用也产生末梢神经
13.
A New Anterior Cervical Spine Plate with Biological Induction Characteristics: Design and the Related Study;
生物诱导型颈椎前路钢板的设计和相关研究
14.
Experimental Study of Biomechanical Property of Cervical Endplate Structure;
颈椎终板结构生物力学特性的实验研究
15.
Biomechanical Evaluation of Anterior Multifunctional Cervical Plate System Made of a New Type of Titanium-alloy
新型钛合金颈椎前路钢板的生物力学评价
16.
Particle regeneration through steam explosion and particle board manufacture.
爆破法刨花再生及再生刨花板的制造技术
17.
Treatment of Atlantoaxial Instability with C_2 Translaminar Screw and C_1 Pedicle Screw Fixation
枢椎椎板螺钉联合寰椎椎弓根螺钉固定治疗寰枢椎脱位
18.
Design and Biomechanical Study of the Novel Posterior Atlantoaxial Fixator Composed of Bilateral Transarticular Screws and C1 Laminar Hooks;
新型双侧经寰枢关节螺钉及寰椎椎板钩内固定系统的设计及生物力学研究