椎弓板用英语怎么说，椎弓板的英文翻译

词语导航

基本信息

词语：椎弓板

繁体：椎弓板

拼音：zhuī gōng bǎn

英语翻译

【医】 laminae arcus vertebrae; laminae of vertebral arches

分词翻译

椎的英语翻译：

vertebra

弓的英语翻译：

bend; bow
【医】 arc; arch; arcus; toxo-

板的英语翻译：

bat; board; plank
【计】 board
【医】 assula; bar; board; disc; disci; discus; disk; lamella; lamellae
lamina; laminae; plasue; plate; table; tabula; tile

翻译例句

1. 本研究的目的是评估固定技术如椎板内、狭部和椎弓根的即时节段间固定效果。

The aims of this project were to evaluate the acute segmental fixation afforded by fixation techniques: intralaminar, pars, and pedicle.

2. 目的：本研究的目的是评估3中C2固定技术（椎板内、狭部和椎弓根）的即时节段间固定效果和长期螺钉稳定性。

Objective. The aims of this project were to evaluate the acute segmental fixation and long-term screw stability afforded by 3 C2 fixation techniques: intralaminar, pars, and pedicle.

3. 目的探讨腰椎后路棘突椎板作为骨源椎间植入加椎弓根钉系统固定在下腰椎椎间融合中的可行性和临床效果。

Objective To explore the feasibility and clinical effects of spinal processes and laminae as materials for interbody fusion and pedicle screw fixation in the lower lumbar spine.

4. 目的探讨采用椎板回植与椎弓根钉系统一体化固定腰椎滑脱合并神经损伤手术中的疗效。wWw.wENtiyi.com

Objective To evaluate the effect of regrafted laminae and transpedicular screw system integrated fixation for lumbar spondylolisthesis associated with neurological injury.

5. 确认胸1、2椎板的解剖尺寸，评估椎弓根螺钉和椎板固定螺钉的骨螺钉界面的生物强度。

Objective. Define the T1 and T2 anatomic lamina size and evaluate the bone-screw interface strength of various pedicle screw options and intralamina techniques.

6. 该器械由四枚椎弓根钉，两根纵向连杆和两块横向连接板组成。

This instrument was composed of four pedicles nails, two longitudinal connecting rods and two transverse connecting plates.

7. 目的：探讨加用椎板钩对椎弓根螺钉系统应力变化的影响，为临床应用提供理论依据。

Objective: To evaluate the stress of the spinal pedicle screw internal fixation system after adding the pedicle hooks and provide theoretical data for clinical application.

8. 背景资料概述：对于应用椎弓根螺钉系统固定进行短节段腰椎融合的患者，也可选用经椎板螺钉进行固定。

Summary of Background Data. Translaminar screw fixation represents an alternative operative technique to transpedicular fixation systems for short-segment lumbar fusion.

9. 在C2经椎板安放螺钉内固定对于儿童患者安全性高，但是C2椎板和椎弓根的螺钉安放适用程度尚未在统计学上做过比较。

Translaminar screw placement in C2 has been safely performed in children; yet, suitability of C2 laminae and C2 pedicles has not been systematically compared.

10. 目的探讨经后路全椎板切除摘除椎管内肿瘤，同时行颈椎侧块或椎弓根内固定植骨融合治疗颈椎椎管内肿瘤的临床疗效。

Objective To explore the clinical effects of one-stage surgery of tumor excision and cervical vertebral fusion through posterior approach for cervical intraspinal tumor.

11. 椎板螺钉出现POS所承受的最高IT值比直接向前和沿椎弓根轴线固定的两种固定螺钉要强，而后面两种螺钉使用平均的扭力标记出相似的趋势。

The peak IT showed a stronger correlation with POS in lamina screws than straight-forward or anatomic pedicle screws with a similar trend noted in mean IT.

12. 目的对STB胸腰椎后路椎弓根钉板系统进行生物力学评价及临床应用观察。

Objective: To evaluate biomechanically and clinically the posterior STB thoracolumbar transpedicular screw-plate system.

13. 作者设计了将锯下的棘突椎板原位再植及横卧式自体椎弓重建术，用于腰椎后路手术15例，优良率为86．6％。

The authors designed a procedure of self-lamina of vertebral arches transverse replantation in the posterior route operation for 15 cases. The results showed 86.6% of the patients were excellent.

14. 术中应用经后路通用脊柱椎弓根钉棒矫形固定系统固定，同时在寰椎后弓和枢椎椎板间大量髂骨植骨融合。

Intraoperative posterior approach general spine pedicle screw-rod orthopaedics fixation system used and iliac bone block were implanted in space of posterior atlantal arch and axial vertebral plate.

15. 术中应用经后路通用脊柱椎弓根钉棒矫形固定系统固定，同时在寰椎后弓和枢椎椎板间大量髂骨植骨融合。

Intraoperative posterior approach general spine pedicle screw-rod orthopaedics fixation system used and iliac bone block were implanted in space of posterior atlantal arch and axial vertebral plate.