查询词典 tooth

Some babies may have a hard time with the emergence of each tooth, whereas others sail through the experience.

有些婴儿可能很难与时间的出现，每个牙齿，而另一些航行通过的经验。

Sanin, such as, Huiji, Yuyao, tooth numerous offices of the House Land, for less than half .

如山阴、会稽、余姚，生齿繁多，本处室庐田土，半不足供。

No. 2 Satiate the sweet tooth.

第2，不吃甜食。

The saw-toothed geometric boundary of Cartesian Grid has bad influences to the simulation convergence. However, under the circumstances that grid is smooth (i.e. without the saw-tooth boundary), the simulation converges better as the grid level increases.

卡氏网格在几何边界所形成之锯齿状边界对於模拟计算之收敛性有不良的影响，然而，在边界平滑无锯齿状的情形下，卡氏网格层数越多，程式收敛情形越佳。

Then he sawed away my tooth into two.

医生把我的呀锯成两半。

When patient's mouth cavity presses to print to do out, can cast into hard rubber mold to pretend the scaleboard that the comfort that the tooth is used matches each other.

当病人口腔的压印做出来时，可以把硬橡皮模铸成装假牙用的舒适相配的底板。

Objective:To regenerate tooth root by using SCAP and PDLSCs in miniature pig. Methods:Five miniature pigs were used and their SCAP and PDLSCs were separated and cultured in vitro.

目的：提出生物牙根再生的新理念，利用根尖牙乳头干细胞及牙周膜干细胞复合生物支架在小型猪体内探讨生物牙根再生的可行性。

PDLSCs and SCAP grew very well on the scaffold of HA/TCP in vitro. Conclusion:The miniature pig PDLSCs and SCAP, which can be cultured successfully in vitro, may be useful cell sources for the regeneration of periodontal and tooth tissues.

小型猪牙周膜干细胞及根尖牙乳头干细胞可被成功的分离培养，在体外表现出良好的生长状态，有望为牙周组织再生和生物牙根再生提供有用的细胞来源。

There are 99% deposit in bone and tooth, only. 1% avoirdupois in cell outer fluid scilicet blood and inter soft tissue fluid. Over the middle age the bone will lost 0.7-1% every year, climacteric and postmenopausal women will lose increase.

其中99%存在骨骼和牙齿中，仅1%分布在细胞外液，即血液和软组织间液中，人过中年，骨质每年丢失0.7～1%，妇女更年期及绝经期后，骨质丢失进一步增加。

Fine tooth thread self-locking bolts of good, mainly for thin-walled parts and stiffer structure.

细牙螺纹的螺栓的自锁性较好，主要用于薄壁的零件和较硬的结构上。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。