1)micro-implant微种植体
1.Subjective responses of patients who received micro-implant anchorage:a questionnaire study正畸患者对于微种植体支抗使用的主观反应:临床问卷调查
2.Comparative evaluation of two kinds of micro-implant system with different size不同尺寸微种植体支抗系统的临床应用比较
3.The influence of micro-implant insertion angle on the stability of micro-implant微种植体植入角度对微种植体稳定性的影响
英文短句/例句
1.The influence of micro-implant insertion angle on the stability of micro-implant微种植体植入角度对微种植体稳定性的影响
2.Experience Study of Interface and Stability of Mini-implant;微种植体界面及其稳定性的实验研究
3.The Study of the Injury in the Rabbits Periodontium Caused by the Anchorage Mini-implants支抗微种植体对兔牙周组织损伤的实验研究
4.Study of Micro-screw's Stability in Different Healing Time before Loading;不同愈合时间下正畸微种植体稳定性的研究
5.Scanning electron microscopic observation of immediate and early loading of mini-screw implants微种植体支抗即刻和早期加载的电镜观察
6.An evaluation of the orthodontic treatment effects by mini-implant in adults with maxillary protrusion微种植体用于上颌前突正畸治疗的效果评价
7.Implanting operation and normal implanting position of mini-implant微小种植体的植入方法及一般植入部位
8.A Guide for Microscrew Implant Positioning in the Safe Zone of Alveolar Bone;指导微螺钉种植体植入的牙槽骨安全区域研究
9.Measurement of Maxillary and Mandibular Anatomy for Miniscrew Insertion in Cone Beam Computed Tomography Images;微螺钉种植体植入区域颌骨解剖的CBCT测量分析
10.Experimental Study on Immediately Loaded Micro-implant;微型支抗种植体即刻负载的实验研究
11.Orthodontic clinical application of mini-implant anchorage微小种植体支抗在正畸临床中的应用
12.A Study on Stability of Micro-implant Anchorage微型支抗种植体稳定性的动物实验研究
13.Clinical application on the reinforcement of orthodontic anchorage with micro implant system微型种植体增强后牙支抗的初步临床研究
14.Study on histological alterations of mini-screws anchorage implant with jaw bones微螺钉支抗种植体与颌骨结合的组织学表现
15.NEW ALBIAN MICROPHYTOPLANKTON FROM THE SONGLIAO BASIN, NORTHEAST CHINA松辽盆地阿尔必期微体浮游植物新属种
16.A Clinical Study of Stability of Miniscrew Implant Used as Orthodontic Anchorage自攻型微螺钉种植体支抗稳定性的临床研究
17.Clinical study of stability of micro implant used as orthodontic anchorage正畸微型种植体支抗稳定性的临床研究
18.Effect of Surface Microtopography on Bone-formation in the Interface of Bone and Implant;种植体表面微形态对骨形成影响的研究
相关短句/例句
mini-implant微种植体
1.Clinical application of mini-implant anchorage for simultaneous incisor retraction treatment微种植体支抗在内收前牙中的应用
3)mini-implant微型种植体
1.Remodelling of the periodontal tissue in the application of mini-implant anchorage for posterior tooth intrusion in dogs;应用微型种植体支抗压低犬后牙过程中牙周组织改建的组织学研究
2.Objective:The experiments were carried out to study whether the loaded mini-implants had effects on growing and developing of the length of mandibular and height of dento-alveolar about young dogs or not.目的:探讨加载微型种植体支抗对幼犬下颌骨生长发育的影响,为儿童正畸支抗的选择及设计提供参考。
4)micro implant微型种植体
1.Study on the treatment of Angle class I bimaxillary protrusion malocclusion with micro implant anchorage.;微型种植体支抗在安氏I类双颌前突矫治中的应用研究
2.Clinical study of stability of micro implant used as orthodontic anchorage;正畸微型种植体支抗稳定性的临床研究
3.Objective: To study the stability of micro implant anchorage under orthodontic force.微型种植体植入2周后加力。
5)micro-implant微型种植体
1.Position changes of incisors and molars in the treatment of bimaxillary protrusion with micro-implantorthodontic anchorage;微型种植体支抗在正畸治疗双颌前突中切牙及磨牙位置变化的研究
2.Objective To study the peri-implant bone reaction to the immediately loaded micro-implant.结论微型种植体植入后即刻可承载200 g正畸力而不影响其骨性愈合过程。
3.Micro-implant was implanted into .目的:探讨微型种植体-牙联合支抗牵张成骨治疗牙槽突裂的可行性,以及微型种植体对支抗牙的影响。
6)Micro-implant微小种植体
1.In control group extraoral arch was applied to distalize molar and micro-implant anchorage used in experimental Group.目的:探讨分别以微小种植体作支抗和利用颅部作支抗,推上颌第一磨牙向远中,比较其临床效果及矫治特点。
2.Objective: The purpose of this study is to establish a three-dimensional finite element model for micro-implant-bone and to analyze the influence of different direction of force and different height of thread on the biomechanical characteristics of micro-implant-bone interface.目的:通过建立微小种植体及其支持骨组织的三维有限元模型,对微小种植体及其支持骨组织的生物力学进行精确的定量分析。
延伸阅读
人工牙种植体分子式:CAS号:性质:将牙科植入材料制成各种类型的牙科植入体,经手术植入口腔组织内,再在植入体伸出牙槽膜的支柱或基桩上制作义齿。牙科植入材料有金属及其合金植入材料如纯钛和钛合金;陶瓷植入材料如生物惰性陶瓷和表面活性生物陶瓷;高分子植入材料如聚甲基丙烯酸甲酯、超高分子量聚乙烯、聚四氟乙烯、聚砜、硅树脂等;复合植入材料如生物陶瓷与金属的复合材料等。