artificial root

英 [ˌɑːtɪˈfɪʃl ruːt] 美 [ˌɑːrtɪˈfɪʃl ruːt]

网络  人工牙根

医学



双语例句

  1. Effects of Artificial Drought Stress on Laminae and Root Ultrastructure of Cabernet Sauvignon Sprout
    人工模拟干旱胁迫对赤霞珠幼苗叶片及根系超微结构的影响
  2. Endotoxin deactivation in artificial glass root canals with ultrasonic treatment
    超声振荡对于模拟根管内毒素的灭活作用研究
  3. It could be suggested that exploiting advantages in rooting ability and root vigor of relatives of common wheat and relative artificial materials could improve root and grain traits of common wheat.
    综合来看,近缘种、人工合成材料具有发根力强、根系活力高等优势,在小麦改良中具有重要利用价值。
  4. One that sets written material into type; a typesetter. A dental implant is an artificial tooth root that a periodontist places into your jaw to hold a replacement tooth or bridge.
    排字工把书面材料置于版面上的工人;排版工种植牙是一种通过专科医生植入颌骨的人工牙根,用以镶复牙冠或牙桥。
  5. Objective: The cutting ability and apical transportation of curved artificial root canals, which were prepared by routine preparation technique with K-Flex or Unifile, were compared.
    目的:比较K-Flex和Unifile用常规预备弯曲人工根管的切削能力和根尖偏移。
  6. Study of preparing curved artificial root canal with K-flex and Unifile
    K-FIex和Unifile预备弯曲人工根管的研究
  7. It is very important to improve the surface characteristics of titanium alloy ( Ti6A14V) for developing medical treatment appliance as artificial bone, such as artificial joints artificial root of tooth and artificial bone, etc.
    钛合金表面改性对于开发用于骨植入的医疗器械,如人工关节、牙根种植体、人工骨等有重要意义,是当今生物医学材料研究的前沿课题之一。
  8. Effects of preparing curved artificial root canals with two kinds of K file endodontic instruments
    两种K型锉预备弯曲人工根管效果的比较
  9. In order to strengthen artificial selection and to increase grain yield, the roles of root signals in wheat crops should be reduced.
    在作物生产中,作物水环境得到了改善,强大的多年生竞争者基本消失,为强化人工选择力度,提高作物产量,麦类作物的根信号作用应当有所消弱。
  10. Object to study the genetic toxicity of the gas emitted from the artificial wood-based board. To expose the gases containing formaldehyde 1.24mg/m3 and 3.71mg/m3 on the vicia faba root tip, the micronucleus rates of the root tip cells were observed with a microscope.
    为了研究木质人造板材释放气体的遗传毒性,用木质人造板材释放的不同浓度的甲醛气体对蚕豆Viciafaba根尖进行染毒,用显微镜观测根尖细胞的微核率。
  11. Conclusion The artificial vertebral laminae of the biomimetic n-HA/ PA66 composites can effectively prevent the compression to the nerve root and dural sac from the scar and restore the vertebral laminae.
    结论新型n-HA/PA66复合生物活性人工椎板,可有效防止外源性瘢痕压迫神经根及硬膜囊,有效恢复椎管结构。
  12. Conclusion Not only The treatment of making more surgical artificial opening to prowl in spinal canal to reduce pressure& ablation of vertebral pulp totally reduce oppressing on neural channel to neural root, but also the wound is little, which keeps the stability of the vertebra.
    结论多开窗潜行椎管减压加髓核摘除术不仅彻底减除了神经根通道上对神经根的压迫因素,而且创伤小,保持了脊椎的稳定。
  13. A SEM study of effect of microbiotic collagenase in artificial root surface caries lesions
    胶原酶在人工根面龋样损害中作用的超微结构研究
  14. Methods: 80 cases were implanted with 94 screw artificial dental root in this article. After 7~ 10 days, temporarily crown prostheses were performed and after about 6 months the permanent ester crown prostheses were used.
    方法:对80例失牙患者植入CDIC锥状螺旋种植体94枚,术后7~10d行暂时冠修复,6个月左右行永久性酯套冠修复。
  15. In the second part, the reasonable place of artificial plastic hinge is explored. The result shows that the suggestion of shifting the beam hinge for one h_o from the beam root can be adopted.
    第二部分对设置人工铰的合理位置进行了探讨,结果表明,将梁铰从梁根转移出一个梁高ho的建议是可取的;
  16. The results of field research at Xinjiang in 2000 indicate that the model of artificial neural network is of high practical value and high precise for the simulation of complicated nonlinear relations between root and canopy.
    结果表明,所建立的人工神经网络模型对描述不同水分条件下根、冠复杂的非线性关系方面具有较高的精度和应用价值。
  17. As backing bar for grooved weld on beam flange exists, artificial crack is formed because of lack of fusion at the root of flange weld.
    由于梁翼缘的平坡口焊缝垫板结构存在,梁翼缘焊缝根部融合不良而形成人工裂纹。
  18. Application of titanium artificial implants of dental root
    钛人工牙根种植体和临床应用
  19. The infection after artificial joint replacement has its own pathogenesis and features. The root cause of the incurable infection is related with the biomembrane formation on the surface of prothesis.
    人工关节置换术后感染有自身的发病机制和特点,其难以治愈的根本原因和假体表面生物膜的形成有关。