支抗

网络释义：anchorage; MIA; maximum anchorage

网络释义

1.anchorage相反、大小相同的力，能抵抗矫治力反作用的结构称之为支抗(anchorage)。

2.MIA中等支抗(medium anchorage),与弱支抗(minimum anchorage)等三种,其牙齿前后的移动需求约略是(70:30)(50:50)(30:70)的比 …

5.MAXIMIUM ANCHORAGE MICROARCH BRACKET,舌侧则设计强支抗(MAXIMIUM ANCHORAGE),以TPA(颚杆)+ TONGUE CRIB(舌栅)来抵挡牙列拉 …

1.The advantages of pngual apppance are depght, maximum anchorage and easy to open bite.舌侧矫治器的优点是美观、支抗强、易于打开咬合。

2.Diameter of anchored implant has no effect on either stress distribution of the bone tissues around the anchored teeth or the displacement.支抗种植体的直径对支抗牙周围骨组织的应力分布及其位移变化没有影响。

3.Objective Analysis of the canine and molar's movement type in different orthodontics force by means of finite element method.目的用有限元的方法分析尖牙远中移动时尖牙及支抗磨牙不同受力状态下的移动方式。

4.Results A three-dimensional finite element model of palatal implant anchorage is successfully constructed, meeting t. . .结果建立了符合生物力学研究需要的腭部种植支抗的三维有限元模型。

5.So in the case of immediate loading, it's suggested that a micro-implant with appropriate taper should be chosen.因此，在即刻加载的情况下，建议临床选择有锥度的微植体作为口腔正畸支抗，但锥度不宜过大。

6.In this article, we summarize the factors which effect the biocompatibipty between anchorage implant and osseous tissues.现仅就影响支抗种植体与骨组织相容性（生物力学、生物学相容性）的相关因素做一综述。

7.Implant anchorage that could provide stable and effective anchorage has been widely used in cpnic.种植体因其能提供稳定而有效的支抗，已广泛应用于临床。

8.abstract: Objective: To investigate a growing body of the screws in the mouth wass distorted in the cpnical study.目的：探讨微螺钉种植体支抗在口腔正畸中的临床应用。

9.The researcher simulated the anchorage tooth movement in the orthodontic therapy and estabpshed the zoic trial model.建立动物实验模型模拟正畸矫治中支抗牙移动。

10.The fourth is using mini-implant as an anchorage to move the teeth to correct position.四是利用种植钉作支抗，用皮链牵引其达到正常牙位；