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- 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。
- Objective To creating A three-dimensional finite element model of palatal implant anchorage for the further investigation on the biomechanics around palatal implant to enhance molars anchorage. 目的建立含腭部种植体(支抗种植体)的上颌骨三维有限元模型,为进一步研究腭部种植体加强磨牙支抗的生物力学特征打下基础。
- Clinical study on the stability of palatal implant anchorage 腭部种植体支抗稳定性的临床研究
- The creation of a three-dimensional finite element model of palatal implant anchorage 腭部种植支抗三维有限元模型的建立
- Palatal implant anchorage 种植体支抗
- With respect to the protection of the anchorage of molar, it is more suitable for the palatal implant to connect with the first permanent molar than with the maxillary second bicuspid. 就保护磨牙支抗来说，种植体连接在上领第一性磨牙较之连接在上领第二双尖牙更加合适。
- Conclusion With respect to the protection of the anchorage of molar, it is more suitable for the palatal implant to connect with the first permanent molar than with the maxillary second bicuspid. 结论就保护磨牙支抗来说，种植体连接在上领第一性磨牙较之连接在上领第二双尖牙更加合适。
- Objective:To investigate and evaluate the treatment effects of implant anchorage and J hook in gummy smile. 目的:研究和比较露龈微笑的正畸治疗方法中种植体支抗和J钩的治疗效果和优缺点。
- Objective: Discuss stability,osseous reaction and metabolizability of implant anchorage affter received orthodontic force. 目的:本研究旨在探讨种植体支抗受正畸力力系作用后的稳定性,骨组织的反应及骨代谢的情况。
- The research of how to improve the stability and the biocompatibility to faciliate the use of implant anchorage has become one of the popular spheres. 如何提高种植体与骨组织相容性及稳定性,从而方便于临床应用已经成为当今正畸领域研究的热点之一。
- Method The application of different kinds of implant anchorage in our clinical work was analyzed, and the clinical experience was summarized. 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。
- Among various kinds of clinical orthodontic anchor approaches,the study of implant anchorage in orthodontics has recently become very popular. 种植体支抗的研究应用,为正畸医生提供了可靠而崭新的支抗控制手段。
- XUN Chun-lei,ZENG Xiang-long,HANG Jia-xing.Clinical application of miniscrew implant anchorage for anterior teeth intrusion treatment[J].Chin J Orthodont,2004,11(1):29-32. [1]寻春雷;曾祥龙;梁甲兴.;微型自攻钛种植体支抗压低切牙的初步应用研究[J]
- Methods Spiral CT scanning, image processing and CAD technology and FEM software were employed in the study to construct the three-dimensional finite element model of maxilla with a palatal implant. 方法采用螺旋CT断层扫描、计算机图像处理、计算机辅助设计和有限元软件处理,建立含腭部种植体的上颌骨三维有限元模型。
- Three-dimensional finite element analysis of palatal implant reinforcing anchorage of posterior teeth 腭部种植体在加强后牙支抗的三维有限元分析
- Objective:To determine the relationship between the rate of anterior teeth root resorption and orthodonc-tic treatment applying microscrew implant anchorage or orthognathia surgery. 目的:观察微型种植体作矫正支抗和正颌手术配合矫正治疗后患者上前牙牙根吸收情况,了解牙根吸收率与牙齿移动距离和受力时间的关系。
- The Latest Study on Implant Anchorage 种植支抗研究进展
- micro -screw implant anchorage(MIA) 微螺钉种植支抗
- Keywords maxilla;palatal implant;three-dimensional finite element; 上颌骨;腭部种植体;三维有限元;
- The Clinical Study of Distalizing Upper Molar by Implant Anchorage 正畸种植体支抗远移上颌磨牙的临床研究
