1) Edgewise appliance /therapeutic use
方丝弓矫治器/治疗
2) edgewise appliance
方丝弓矫治器
1.
Changes of hard tissues of the Herbst appliance and Edgewise appliance two-phase treatment of class Ⅱ,division 2 Malocclusions;
Herbst矫治器与方丝弓矫治器双期矫治AngleⅡ~2类错的硬组织改变
2.
The clinical effect of edgewise appliance applied in replanted teeth;
方丝弓矫治器用于再植牙固定的临床疗效
3.
Methods The characteristics of soft and hard tissues of 15 patients were analyzed by studying lateral cephalometric radiographs and plaster model,then the mechanism of malocclusion was probed and the scheme of treatment was formulated,the malocclusion was treated by edgewise appliance after extracting bilateral maxil.
方法15名患者通过头颅定位侧位片与记存模型,分析硬组织指标、软组织面型特征,探讨错机制,制定矫治方案,减数拔除双侧上颌第一双尖牙齿,采用方丝弓矫治器进行矫治。
3) straight-wire appliance/therapeutic use
直丝弓矫治器/治疗应用
4) edgewise technique
方丝弓矫治技术
1.
Clinical application and design of rotating auxiliary spring for rotated tooth in edgewise technique;
扭转辅簧的设计及其在方丝弓矫治技术中的临床应用
2.
9 years old), were selected to be treated with standard edgewise technique consisted of 4 first premolars extraction.
方法 对24例广东籍双颌前突患者在拔除4个第一双尖牙后,采用标准方丝弓矫治技术进行矫治,并对矫治前后硬组织侧貌的变化进行分析。
5) MBT straight wire appliance
MBT直丝弓矫治器
1.
Construction of three-dimensional finite element models including TMJ,maxilla,mandible and dentition with MBT straight wire appliance;
包括TMJ上下颌骨及牙列的MBT直丝弓矫治器三维有限元模型的建立
2.
Construction of three-dimensional finite element models of maxillary dentition and MBT straight wire appliance;
上颌牙列及MBT直丝弓矫治器三维有限元模型的建立
3.
Observation and analysis of Class Ⅱ division 1 malocclusion with openbite treated by MBT straight wire appliance
MBT直丝弓矫治器矫治成年人安氏Ⅱ类1分类并开的临床研究
6) straight wire appliance
直丝弓矫治器
1.
Treat deep overbite with straight wire appliance combined with bite plate;
直丝弓矫治器结合小平导矫治前牙深覆
2.
Objective To investigate morphologic changes of Angle class Ⅱ and skeletal class Ⅰ patients during pendulum and straight wire appliances treatment and to analyze the mechanism of this treatment protocol.
目的 分析安氏Ⅱ类骨性Ⅰ类错畸形患者经摆形矫治器结合直丝弓矫治器治疗后的牙颌面形态变化,探讨此方法建立正常牙关系的机制。
3.
Methods:Collecting thirty patient who using controlling root auxiliary arch when anaphase of deploying straight wire appliance,explaining in full clinical steps and bending methods of the auxiliary arch,attaching case reports.
结果:将控根辅弓应用于直丝弓矫治器上,取得了满意的前牙控根移动效果。
补充资料：正畸矫治器
分子式：
CAS号：
性质：矫治错胎牙齿时采用的安放在口内或口外的一种装置。按结构分有活动矫治器和固定矫治器；按力的来源分有机械性矫治器和功能性矫治器。制作矫治器的材料有高分子材料、合金材料和陶瓷材料等。其中高分子材料中的甲基丙烯酸甲酯树脂可制作基托、颌垫、导板等；高强度透明塑料可作托槽；乳胶或合成橡胶弹力圈附加在矫治器中，产生使牙移动的牵引力；各种粘固用水门汀，可用来粘固带及各种附件。合金材料可制作各式金属托槽及金属附件。生物陶瓷材料可制作托槽，强度高且美观。
CAS号：
性质：矫治错胎牙齿时采用的安放在口内或口外的一种装置。按结构分有活动矫治器和固定矫治器；按力的来源分有机械性矫治器和功能性矫治器。制作矫治器的材料有高分子材料、合金材料和陶瓷材料等。其中高分子材料中的甲基丙烯酸甲酯树脂可制作基托、颌垫、导板等；高强度透明塑料可作托槽；乳胶或合成橡胶弹力圈附加在矫治器中，产生使牙移动的牵引力；各种粘固用水门汀，可用来粘固带及各种附件。合金材料可制作各式金属托槽及金属附件。生物陶瓷材料可制作托槽，强度高且美观。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条