A Scanning Electron Microscopic Study of Collagen Fibrous Anulus of TMJ Disc in Dogs 颞下颌关节盘环形胶原纤维环的扫描电镜研究
Diagnosis of CT Scanning on Lumbar Intervertebral Disc Protrusion Combination With Lumbar Nerves Passage Entrapment CT扫描对腰椎间盘突出症合并腰神经通道卡压的诊断
The data houseware of plant biology can be gained by these ways: downloading from Internet, scanning from paper prints, collecting from video disc and developing by oneself. 多媒体教学资料可从互联网下载、文字和图片扫描、光盘采集和自己制作等多种途径进行构建。
Objective To evaluate the application of different CT scanning angles in lumbar intervertebral disc prolapse. 目的分析和评价不同的倾斜角度CT扫描对显示腰椎间盘突出的价值。
We can find that the vibration isolation system can improve the measurement performance of AFM though scanning image of disc and carbon nanotubes. 微观上,通过检测光盘和碳纳米管来验证对AFM检测性能的提高,发现通过弹簧阻尼减振系统后扫描光盘结构清晰,碳纳米管图像光滑,扫描质量好。
Furthermore, there was no statistical difference among the three groups 'data acquired at various scanning angles. Study on the CT Scanning Angles of Lumbar Intervertebral Disc Prolapse 不同扫查角度的三组数据比较无统计学差异。腰椎间盘突出CT扫描角度的探讨
Study on the CT Scanning Angles of Lumbar Intervertebral Disc Prolapse 腰椎间盘突出CT扫描角度的探讨
Diagnostic Value of Clinical Manifestation Myelography and CT Scanning of Prolapsed Lumbar Disc 临床表现、脊髓造影及CT在腰椎间盘突出症中的诊断价值
Conclusion The three laminae can be the routine CT scanning angles in displaying the prolapse of intervertebral disc, for the X ray radiation is the least. X-ray measurement and clinical significance of lumbar laminae interval space 结论腰椎间盘突出的多角度CT扫描应常规包括上述三个层面,同时减少其他不必要的扫描层面,降低X线辐射量。腰椎椎板间隙的X线片测量及临床意义
The introduction of Scanning Probe Microscope and its application in optical disc RD 扫描探针显微镜及其在光盘开发中的应用
MRI scanning images of 40 normal and 80 clinical cases with cervical intervertebral disc disease were analyzed comparatively. 选取40例正常MRI扫描图像与80例临床具有颈椎椎间盘症状患者的MRI扫描图像进行分析。
The primary myocardial tissue culture of human fetus: scanning electron microscopic observations on development and formation of intercalated disc in cardiac muscle cells 心肌细胞发育及细胞间闰盘样连接形成的扫描电镜观察
The system was also designed in high precision simulation turntable disc and laser linear scanning motion platform. The discs are encoded by the informations of diameter and angle on the disc with the LED. 系统中还设计了高精度模拟光盘转台和激光直线扫描运动平台,通过LED在光盘上的直径信息和角度信息对光盘进行编码。
The system inputs signals through lasing the phototransistors by the LED arrays simulation disc and locates the input points by scanning. In the system, the LED switch is controlled by the singlechip and through the LED the ablation is closed in the process of disc burning. 系统由LED阵列模拟光盘,通过激光照射光敏三级管实现信号输入,采用扫描检测方式确定输入点的位置,单片机控制LED开关,通过LED关闭模拟光盘烧录过程中的烧蚀。
All took the routine and dynamic X-ray test, multilayer CT and MRI scanning for vertebral body and intervertebral disc. 入院后均接受常规正侧位及动态X线检查。采用多层螺旋CT及MRI扫描腰椎椎体及间盘。