目的建立种植体支抗向后牵引上颌骨的动物模型。
Objective To establish the animal model for backward traction of maxilla with zygomatic implant anchorage.
目的：研究微型纯钛种植体支抗的临床治疗效果。
Objective: To investigate the effects of clinical application on the reinforcement of orthodontic anchorage with micro implant system.
结论：微螺钉种植体支抗在口腔正畸中效果明显，值得临床推广使用。
Conclusion: Micro-screw implant anchorage in orthodontic results in significant, is worthy of clinical use.
目的评价腭部种植体支抗系统在临床固定矫治技术正畸治疗中的稳定性。
Objective To evaluate the clinical stability of the palatal implant anchorage system in orthodontic treatment.
目的：探讨种植体支抗在涉及磨牙拔除和保留的正畸病例中的应用效果。
Objective:The purpose of this study was to evaluate the application result of self-drilling miniscrew implant anchorage in orthodontic patient who involved in molar extraction and retention.
目的：探讨种植体支抗在涉及磨牙拔除和保留的正畸病例中的应用效果。
Objective:To evaluate the application of psychological suggestion in old peoples extraction of teeth.
摘要目的探讨上颌前牙区微种植体支抗压低上前牙改善露龈笑的临床疗效。
Abstract: Objective to explore the clinical effects of anterior maxilla micro-implant anchorage on the anterior teeth intrusion to improve gum-smile.
目的：应用自攻型微螺钉种植体作为支抗内收前牙，评价种植体支抗的疗效。
Conclusion:Self-tapping screw-type micro-implant could provide good control in the orthodontics treatment.
方法分析了近年来我们应用各类种植体进行支抗控制的情况，并简要总结了各种种植体支抗的应用方法及临床应用体会。
Method The application of different kinds of implant anchorage in our clinical work was analyzed, and the clinical experience was summarized.
目的∶采用种植体支抗直接牵张上颌骨骨缝成骨技术探索颅颌面骨发育不足治疗新方法，观察在牵引力的作用下支抗种植体的骨结合情况。
Objective:To evaluate the effect of segmental arch technique and implant reinforcing anchorage on depressing the(dongated opposed teeth for preparing enough space for mandibular dental implant.
结论：种植体一骨界面能达到骨性结合，受到正畸力系作用下，能够提供足够的支抗。
Conclusion: Interface of implant and bone have good osseointegration. It can provided sufficient anchorage for orthodontic force.
目的：研究扭转力载荷对支抗种植体骨界面应力分布的影响，以指导临床正确选择支抗种植体的植入部位。
AIM: to investigate the effects of torque force load on the stress distribution in implant bone interface, so as to help the clinical selection of implant location.
目的：通过建立一个含不同直径、不同长度种植体的上颌骨三维有限元模型，并进行应力分析，选出最佳的支抗种植体。
Objective: Built a three-dimensional finite element maxillary model including different diameter and length anchorage implant and analysis it, which can be used to chose the best implant.
目的：研究不同厚度的骨皮质支持下，支抗种植体-骨界面应力分布的影响，为临床提供参考。
Objective: to investigate the effect of different cortical bone thickness on stress distribution of implant-bone interface, thus to provide reference in clinics.
不同直径的支抗种植体在加强磨牙支抗时体现出来的支抗效能等同。
Anchored implants with various diameters showed the same anchorage effect when they reinforced the anchorage of molar.
目的：研究微种植体在即刻的正畸力影响下的支抗能力和组织学特征。
Objective:To investigate the anchorage ability and histological characteristic of microimplants under immediate and continuous orthodontic loadings.
利用种植体作为支抗来进行口腔正畸和矫形治疗是一种有效、理想的方法。
The use of implants anchorage for the orthodontic and orthopedic treatment is a effective method.
结果在所有实验中支抗种植体稳定性良好。
Results The new anchorage implants were stable almost in every protraction experimental study.
结论：HA涂层种植体在短期内受矫形力作用下稳定，可用做正畸矫形支抗。
Conclusion: The HA coated titanium implant can be used as orthopedic anchorage.
种植体自1990年以来已作为一种新的支抗手段应用于临床，极大地方便了正畸医师和患者。
Implant as a new anchorage method has been applied in clinic since 1990, which is convenient for dentists and patients enormously.
种植体自1990年以来已作为一种新的支抗手段应用于临床，极大地方便了正畸医师和患者。
Implant as a new anchorage method has been applied in clinic since 1990, which is convenient for dentists and patients enormously.
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