所附的胸板，让你命令只用一个按键的声音效果。
The attached chest plate lets you command the sound effects with just the touch of a button.
目的观察前路减压、植骨融合及钛板固定治疗胸腰椎骨折合并脊髓损伤的临床疗效。
ObjectiveTo investigate the clinical effect of anterior decompression and bone graft with Titanic plate fixation on thoracolumbar fractures with spinal cord injuries.
结论：胸椎椎板倾斜角和黄韧带所受张力可能是胸椎黄韧带骨化多发于下胸段的解剖学和力学因素之一。
Conclusions: thoracic LSA and tension acting on ligamentum flavum may be the anatomical and biomechanical factors for the predilection on lower thoracic spine of TOLF.
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.
胸段肿瘤2例采用半椎板切除，1例采用全椎板切除。
Thoracic tumor was resected by semi-laminectomy in 2 cases, by whole laminectomy in 1.
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.
吸气，压跨、展胸、抬头，眼睛看向天花板的方向。
Inspiratory pressure span exhibition chest rise, eyes to watch the direction of the ceiling.
目的：采用脊柱三维运动分析系统对胸腰段部分椎板切除术和多节段椎板切除术的生物力学特性。
Objective:To study the biomechanics on the partial removal of thoracolumbar lamina and removal of multi-vertebral lumbosacral with three-dimensional exercise analysis system. Methods;
目的：采用脊柱三维运动分析系统对胸腰段部分椎板切除术和多节段椎板切除术的生物力学特性。
Objective:To study the biomechanics on the partial removal of thoracolumbar lamina and removal of multi-vertebral lumbosacral with three-dimensional exercise analysis system. Methods;
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